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Company Profile
Crompton Corporation and Great Lakes Chemical Corporation have merged to form Chemtura, one of the largest publicly traded specialty chemicals companies in the United States and one of the top producers and marketers of plastics additives in the world.
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PRODUCT LISTINGS
Vinyl Additives
Organotin Heat Stabilizers
Mixed-Metal Heat Stabilizers
Epoxy Plasticizers
Phosphate Ester Plasticizers
Brominated Plasticizers
Impact Modifiers
Chemical Foaming Agents
Organic Based Stabilizers (OBS (TM))
Liquid Phosphites
Light Stabilizers, Benzophenone
Light Stabilizers, Benzotriazoles
Light Stabilizers, HALS
Smoke Suppressants
Lubricants
Antistats
Olefins & Styrenics Polymer Additives
Aluminum Alkyls Catalysts
Antioxidants, Phenolics
Antioxidants,Amines
Antioxidants, Thioesters
Metallocene Catalysts, Co Catalysts
Mold Flow Improvers
Mold Release Agents
Polymer Modifiers
Polymerization Inhibitors
Thiochemicals
Brominated Flame Retardants
Phosphorus Flame Retardants
Light Stabilizers, HALS
Light Stabilizers, Nickel Organic
Light Stabilizers, Benzophenones
Light Stabilizers, Benzotriazoles
Coupling Agents
Antimony Oxide, FR Synergists
Zinc Borate, FR Synergists
Chemical Foaming Agents
Engineering Polymer Additives
Antioxidants, Phenolics
Antioxidants, Amines
Antioxidants, Thioesters
Antioxidants, Phosphites
Light Stabilizers,Benzotriazoles
Light Stabilizers, HALS
Flame Retardants, Brominated
Flame Retardants,Phosphorus
Antimony Oxide, FR Synergists
Zinc Borate, FR Synergists
Chemical Foaming Agents
Coupling Agents
Processing Aids
Chemical Foaming Agents
Actafoam® AZ 150
Efficient general purpose chemical foaming agent for cellular rubber and expanded plastics. Non discoloring, non staining and odorless nitrogen releasing foaming agent. Average particle size 5.0 micron
Actafoam® AZ 120
Efficient general purpose chemical foaming agent for cellular rubber and expanded plastics. Nondiscoloring, nonstaining and odorless nitrogen-releasing foaming agent. Average particle size 2.0 micron
Actafoam® AZ 130
Efficient general purpose chemical foaming agent for cellular rubber and expanded plastics. Non discoloring, nonstaining and odorless nitrogen releasing foaming agent. Average particle size 3.0 micron
Actafoam® AZ for Plastics
Actafoam® AZ is a general-purpose azodicarbonamide powder suitable for use in a variety of polymers, including polyolefins, PVC, and styrenics. Its decomposition temperature of 401°F (205°C) can be lowered by materials such as zinc oxide and zinc stearate.
Actafoam® AZ-1901 for Plastics
Actafoam® AZ-1901 is a large particle size azodicarbonamide designed specifically for crosslinked rubber and plastics foams. It provides a smaller and more uniform cell size in crosslinked systems compared to other azodicarbonamides.
Actafoam® AZ-760-A for Plastics
Actafoam® AZ-760-A is a nonplateout azodicarbonamide that reduces foaming agent residue build-up on dies and equipment. Decomposition temperature is 392°F (200°C).
Actafoam® Applications for Plastics
Actafoam® foaming agents or chemical foaming agents (CFAs) are sometimes referred to as chemical blowing agents (CBAs) and are used to foam plastics to impart a cellular structure into the resins using various processing techniques.
Actafoam® OT for Plastics
Actofoam® OT is a low-temperature sulfonylhydrazide used in low process temperature plastics, such as LDPE, EVA, and soft vinyl compounds. It decomposes at 320°F (160°C).
Actafoam® OT for Rubber
Actafoam® OT is a nonstaining, nondiscoloring and odorless nitrogen foaming agent for sponge rubber and expanded plastics. Decomposes slowly at 130ºC (266ºF).
Catalysts
TMA-Trimethylaluminum
Trimethylaluminum, TMA, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts (Axion 1300). Methylating agent. Used in the electronic industry for production of semi conductor components (Axion 1301)
TEA-Triethylaluminum
Triethylaluminum, TEA, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts. Ethylating agent.
TBA-Tributylaluminum
Tributylaluminum, TBA, can be used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts. Butylating agent. Intermediate.
TIBA-Triisobutylaluminum
Triisobutylaluminum, TIBA, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts. Reducing agent. Intermediate.
THA-Trihexylaluminum
Trihexylaluminum, THA, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts.
TOA-Trioctylaluminum
Trioctylaluminum, TOA, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts. Octylating agent.
TIOA-Triisooctylaluminum
Triisooctylaluminum, TIOA, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts.
TDDA-Tridodecylaluminum
Tridodecylaluminum, TDDA, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts.
DMAC-Dimethylaluminum chloride
Dimethylaluminum chloride, DMAC, is used as a catalyst component for olefin polymerization and synthetic rubber with Ziegler-Natta-catalysts. Friedel Crafts catalyst. Methylation agent in organic synthesis.
MASC-Methylaluminum sesquichloride
Methylaluminum sesquichloride, MASC, is used as a catalyst component for olefin polymerization and synthetic rubber with Ziegler-Natta-catalysts. Friedel Crafts catalyst. Methylation agent in organic synthesis.
DEAC-Diethylaluminum chloride
Diethylaluminum chloride, DEAC, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts. Ethylating agent.
EASC-Ethylaluminum sesquichloride
Ethylaluminum sesquichloride, EASC, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts. Intermediate.
EADC-Ethylaluminum dichloride
Ethylaluminum dichloride, EADC, is used as a catalyst component for olefin polymerization and synthetic rubber with Ziegler-Natta-catalysts and for the dimerisation of olefins. Friedel Crafts catalyst.
IBADIC-Isobutylaluminum dichloride
Isobutylaluminum dichloride, IBADIC, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts. Organic synthesis.
DIBAH-Diisobutylaluminum hydride
Diisobutylaluminum hydride, DIBAH, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts. Intermediate. Selective reducing agent for the synthesis of fine chemicals, fragrances and pharmaceuticals.
DEALOX-Diethylaluminum ethoxide
Diethylaluminum ethoxide, DEALOX, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts.
EAPOXC-Ethylaluminum propoxyl chloride
Ethylaluminum propoxyl chloride, EAPOXC, is used as a catalyst component for ring-opening metathesis polymerization.
IPRA-Isoprenylaluminum (70% in hexane)
Isoprenylaluminum solution in hexane, IPRA, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts.
DEZ-Diethylzinc
Diethylzinc, DEZ, is used as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta catalysts. Ethylating and reducing agent in organic synthesis. Agent in solar cell applications.
TEB-Triethylboron
Triethylboron, TEB, is used as a catalyst component for the production of polyolefins.
MAO 30T-Methylaluminoxane (30% in Toluene)
MAO 30T-Methylaluminoxane as a 30% solution in toluene is used as a catalyst component for olefin polymerization and olefin oligomerization. MAO 30T increases the activity of metallocene based polymerization catalysts.
MAO 10T-Methylaluminoxane (10% in Toluene)
MAO 10T-Methylaluminoxane as a 10% solution in toluene is used as a catalyst component for olefin polymerization and olefin oligomerization. MAO 10T increases the activity of metallocene based polymerization catalysts.
MAO-5-Methylaluminoxane Suspension
MAO 5-Methylaluminoxane as a suspension is used as a catalyst component for olefin polymerization and olefin oligomerization. MAO 5 increases the activity of metallocene based polymerization catalysts.
TEAO-Tetraethyldialuminoxane (20% in Hexane)
TEAO Tetraethylaluminoxane as a 20% solution in hexane is used as a catalyst component for olefin polymerization and olefin oligomerization. TEAO increases the activity of metallocene based polymerization catalysts.
EAO-Ethylaluminoxane (10% in Heptane/10% in Toluene)
EAO Ethylaluminoxane as a 10% solution in heptane/toluene is used as a catalyst component for olefin polymerization and olefin oligomerization. EAOT increases the activity of metallocene based polymerization catalysts.
TIBAO-Tetraisobutyldialuminoxane (30% in Cyclohexane)
TIBAO Tetraisobutyldialuminoxane as a 30% solution in cyclohexane is used as a catalyst component for olefin polymerization and olefin oligomerization. TIBAO increases the activity of metallocene based polymerization catalysts.
HIBAO-Hexaisobutyltetraaluminoxane (20% in Hexane)
HOIBAO Hexaisobutyltetraaluminoxane as a 20% solution in hexane is used as a catalyst component for olefin polymerization and olefin oligomerization. HOIBAO increases the activity of metallocene based polymerization catalysts.
IBAO-Isobutylaluminoxane (15% in Heptane)
IBAO Isobutylaluminoxane as a 15% solution in heptane is used as a catalyst component for olefin polymerization and olefin oligomerization. IBAO increases the activity of metallocene based polymerization catalysts.
HAO-Hexylaluminoxane (20% in Cyclohexane)
HAO Hexylaluminoxane as a 20% solution in cyclohexane is used as a catalyst component for olefin polymerization and olefin oligomerization. HAO increases the activity of metallocene based polymerization catalysts.
EURENOR® 5020
EURENOR® 5020 is isobutylisopropyldimethoxysilane as a pure liquid. This product is used as a stereomodifier (stereoregulator) in the production of polypropylene. Its use in the polymerization process helps minimize undesired atactic resins.
EURENOR® 5021
EURENOR® 5021 is diisopropyldimethoxysilane as a pure liquid. This product is used as a stereomodifier (stereoregulator) in the production of polypropylene. Its use in the polymerization process helps minimize undesired atactic resins.
EURENOR® 5022
EURENOR® 5022 is diisobutyldimethoxysilane as a pure liquid. This product is used as a stereomodifier (stereoregulator) in the production of polypropylene. It's use in the polymerization process helps minimize undesired atactic resins.
EURENOR® 5023
EURENOR® 5023 is dicyclopentyldimethoxysilane as a pure liquid. This product is used as a stereomodifier (stereoregulator) in the production of polypropylene. Its use in the polymerization process helps minimize undesired atactic resins.
Eurenor® 5025
EURENOR® 5025 is n-Propyltrimethoxysilane. This product is used as a stereomodifier (stereoregulator) in the production of polypropylene. Its use in the polymerization process helps minimize undesired atactic resins.
Eurenor® 5026
EURENOR® 5026 is Cyclohexylmethyldimethoxysilane. This product is used as a stereomodifier (stereoregulator) in the production of polypropylene. Its use in the polymerization process helps minimize undesired atactic resins.
EURECEN® Al 5100 10T
EURECEN® Al 5100 10T is methylaluminoxane as a 10% solution in toluene and used as a catalyst component for olefin polymerization and olefin oligomerization. This MAO solution increases the activity of metallocene based polymerization catalysts.
Bis(methylcyclopentadienyl)zirconium dichloride, Eurecen® 5030, is a organometalic compound, metallocene. In conjunction with an activator, such as MAO, it is used for olefin polymerization.
Bis(n-butylcyclopentadienyl)zirconium dichloride, Eurecen® 5031, is a organometalic compound, metallocene. In conjunction with an activator, such as MAO, it is used for olefin polymerization.
Bisindenylzirconium dichloride, Eurecen® 5032, is a organometalic compound, metallocene. In conjunction with an activator, such as MAO, it is used for olefin polymerization.
Biscyclopentadienylzirconium dichloride, Eurecen® 5034, is a organometalic compound, metallocene. In conjunction with an activator, such as MAO, it is used for olefin polymerization.
Eurecen® 5036- rac-1,2-Ethylenebisindenylzirconium dichloride is a metallocene catalyst component for polymerization of alpha-olefins
rac-1,2-Ethylenebisindenylzirconium dichloride, Eurecen® 5036, is a organometalic compound, metallocene. In conjunction with an activator, such as MAO, it is used for olefin polymerization.
rac-Dimethylsilylbisindenylzirconium dichloride, Eurecen® 5037, is a organometalic compound, metallocene. In conjunction with an activator, such as MAO, it is used for olefin polymerization.
TA 02823-Bis(n-butylcyclopentadienyl)hanium dichloride, metallocene catalyst
Bis(n-butylcyclopentadienyl)hanium dichloride, TA 02823, is a organometalic compound, metallocene. In conjunction with an activator, such as MAO, it is used for olefin polymerization.
TA 02882-Bis(n-propylcyclopentadienyl)zirconium dichloride, metallocene catalyst
Bis(n-propylcyclopentadienyl)zirconium dichloride, TA 02882, is a organometalic compound, metallocene. In conjunction with an activator, such as MAO, it is used for olefin polymerization.
TA 03144-Biscyclopentadienyltitanium dichloride, metallocene catalyst
Biscyclopentadienyltitanium dichloride, TA 03144, is a organometalic compound, metallocene. In conjunction with an activator, such as MAO, it is used for olefin polymerization.
TA 02773-Bis(tetrahydroindenyl)zirconium dichloride, metallocene catalyst
Bis(tetrahydroindenyl)zirconium dichloride, TA 02773, is a organometalic compound, metallocene. In conjunction with an activator, such as MAO, it is used for olefin polymerization.
TA 02849-rac-1,2-Ethylenebis(tetrahydroindenyl)zirconium dichloride, metallocene catalyst
-rac-1,2-Ethylenebis(tetrahydroindenyl)zirconium dichloride, TA 02849, is a organometalic compound, metallocene. In conjunction with an activator, such as MAO, it is used for olefin polymerization.
BOMAG®-A
BOMAG®-A is a 20% solution of butyloctylmagnesium in heptane. The product is used to manufacture catalyst components for the polyolefins industry.
BEM- Butylethylmagnesium (20% in heptane)
BEM® is a 20% solution of Butylethlmagnesium in heptane. The product is used to manufacture catalyst components for the polyolefins industry.
Axion® CS 1450
Axion® CS 1450 is an esterification and transesterification catalyst, especially for polyesters.
Axion® CS 2455
Axion® CS 2455 is an esterification and curing catalyst, especially for cataphoretic coating applications.
Axion® CS 2460
Axion® CS 2460 is a curing catalyst, especially for cataphoretic coating applications.
Axion® CS 2470
Axion® CS 2470 is a catalyst for condensation of special silicones and for esterifications.
Axion® GS 1430
Axion® GS 1430 is a precursor for hot end glass coating.
Axion® PS 3410
Axion® PS 3410 is used as a reagent for highly selective organic synthesis.
Axion® PS 3430
Axion® PS 3430 is used as a reactive intermediate for special organic syntheses.
Axion® PS 3830
Axion® PS 3830 is used as a reactive intermediate for special organic syntheses.
DBTCL
DBTCL is an intermediate for producing dibutyltin compounds, a precursor for glass coating, and a reactive additive for modification of synthetic rubber.
DBTO
DBTO is an esterification catalyst and an intermediate for producing dibutyltin compounds.
DOTCL
DOTCL is an intermediate for producing dibutyltin compounds.
DOTO
DOTO is an esterification catalyst and an intermediate for producing dibutyltin compounds.
MBTCL/ DBTCL (60/40)
MBTCL/ DBTCL (60/40) is a mixture of mono-n-butyltin trichloride and di-n-butyltin dichloride, used as an intermediate for producing PVC stabilizers.
MOTCL
MOTCL is an intermediate for producing monooctyltin compounds.
TBT 80
TBT 80 is an intermediate for producing mono- and dibutyltin compounds.
TBT
TBT is an intermediate for producing mono- and dibutyltin compounds.
PetCat®R100
PetCat®R100 is a high-quality, performance grade of antimony trioxide used as a catalyst in the manufacture of PET.
PetCat®R9
PetCat®R9 is a high-quality, performance grade of antimony trioxide used as a Catalyst in the manufacture of PET
PetCat® H
PetCat® H is a high-quality, performance grade of antimony trioxide used as a catalyst in the manufacture of PET.
PetCat® UF
PetCat® UF is a high-quality, performance grade of antimony trioxide used as a catalyst in the manufacture of PET.
Impact Modifiers
Blendex® 131
Blendex® 131 is a 35% rubber ABS impact modifier providing excellent impact resistance and forming ability for calendered films.
Blendex® 200
Blendex® 200 is a 20% rubber ABS concentrate powder to allow high pigment loadings in concentrates.
Blendex® 338
Blendex® 338 is one of the highest efficiency ABS impact modifiers (70% rubber) for PVC and ETPs available.
Blendex® 362
Blendex® 362 is a high rubber ABS impact modifier, based on polybutadiene rubber.
Blendex® 449
Blendex® 449 is PTFE encapsulated in SAN. The product is a free flowing powder which is easy to disperse in the polymer system used for anti-drip properties.
Blendex® 587S
Blendex® 587S is a heat modifier (AMSAN) resin to increase service temperature of plastics such as PVC and ABS.
Blendex® 589S
Blendex® 589S is a heat modifier (AMSAN) resin to increase service temperature of plastics such as PVC and ABS in high flow applications.
Blendex® 703
Blendex® 703 is a high heat ABS resin based on alphamethyl styrene acrylonitrile butadiene styrene (AMSABS) used in PVC for HDT, impact and grain retention improvements.
Blendex® 863
Blendex® 863 is a medium/high flow SAN used as a carrier resin or process aid for PVC.
Blendex®BMAT
Blendex® BMAT is a matting agent/low gloss additive for plastics such as ABS, PVC, and acrylic.
Royaltuf® 372P20
Royaltuf® 372P20 is a SAN graft on an EPDM polymer and used as an impact modifier for SAN, PC, and PC/polyester alloys. It has outstanding weatherability and UV resistance.
Royaltuf® 485
Royaltuf® 485 is a Maleic Anhydride functionalized EPDM used as an impact modifier for polyamides and polyamide/polypropylene alloys.
Royaltuf® 498
Royaltuf® 498 is a Maleic Anhydride functionalized EPDM used as an impact modifier for polyamides and polyamide/polypropylene alloys. It provides excellent low temperature impact properties.
Royaltuf® 960A is a 60% rubber ASA used as an impact modifier for PVC, PC, PBT and SAN.
Royaltuf® 970E is a 60% rubber AES used as an impact modifier for PVC, PC, PBT and SAN.
Antioxidants
Anox® 20 for Plastics
Anox® 20 for Plastics is a versatile antioxidant capable of giving excellent processing stability and long term heat aging characteristics. It is used in a variety of polymers where elevated processing temperatures are encountered.
Naugard® 412S
Naugard® 412S is a low-volatility, high molecular weight, organic sulfur-containing antioxidant developed for polyolefins and engineering thermoplastics. It is specifically recommended for high-temperature, long-term applications for polypropylene, polyethylene and engineering thermoplastics.
Naugard® 431
Naugard® 431 is a low volatility hindered phenolic antioxidant. It is effective for use in processing and long-term heat stabilization. Synergistic with thioesters and phosphites for improved performance.
Naugard® 445 for Plastics
Naugard® 445 for Plastics is a highly effective non-discoloring aromatic amine type antioxidant finding utility as a thermal stabilizer in a wide variety of applications, including polyolefins, styrenics, polyols, hot melt adhesives, lubricants and polyamines.
Alkanox ® 240
Alkanox® 240 is a solid phosphite antioxidant with excellent hydrolytic stability. Recommended for use in combination with amine/phenolic antioxidants, Naugard 524 functions synergistically to retard oxidative degradation of most polymeric substances.
Naugard® 536
Naugard® 536 is a low cost, but effective, antioxidant that does not stain or discolor. It was specifically designed to be used in emulsion polymerization processes, such as in ABS.
Anox® PP-18 for Plastics
Anox® PP-18 for Plastics is a cost-effective antioxidant used in a wide variety of polymers.
Naugard® A
Naugard® A is a cost-effective amine based antioxidant finding use in polyamides and carbon black filled olefin formulations for use in geomembranes, wire and cable jacketing, and irrigation piping.
Naugard® DLTDP
Naugard® DLTDP (Dilauryl Thiodipropionate) is an FDA-sanctioned (21 CFR 181.24) antioxidant for use in polyolefins and other polymeric systems.
Naugard® DSTDP
Naugard® DSTDP (Distearyl Thiodipropionate) is an FDA-sanctioned (21 CFR 181.24) antioxidant for use in polyolefins and other polymeric systems.
Naugard® DTDTDP
Ditridecyl Thiodipropionate (DTDTDP)is a liquid thioether for use as secondary stabilizer in the stabilization of polyolefins and other polymeric systems.
Naugard® PS-30
Naugard PS-30 is a liquid amine antioxidant developed specifically for use in polyether polyols to reduce scorch associated with flexible polyurethane foam production. Being liquid, Naugard PS-30 can be easily blended into polyol at ambient temperature.
Naugard® PS-48
Naugard® PS-48 is a liquid hindered phenolic for use as an antioxidant across many applications. It is a low volatility, low viscosity antioxidant providing good protection against degradation due to heat and oxygen.
Naugard® Q
Naugard® Q is a general purpose antioxidant offering good protection against heat and oxygen. It has minimal interference with a peroxide cure.
Naugard® Ultra Q
Naugard® Ultra Q is a special variation of the general purpose polymerized quinoline antioxidant. It prevents reversion of insoluble sulfur, allowing use at higher levels. Gives good protection against degradation due to heat and oxygen .
Naugard® RM 51-S
Naugard® RM-51 is a low cost, extremely effective liquid antioxidant. It is nonstaining and nondiscoloring. Use in natural and synthetic rubbers for protection against oxygen, light and heat.
Naugard® Super Q
Naugard® Super Q is an effective processing and long-term heat stabilizer for a variety of application areas in LDPE, LLDPE, HDPE, and ethylene-propylene copolymers. It is particularly efficient in carbon black-filled polymer systems.
Naugard® TNPP
Naugard® TNPP is a cost effective secondary liquid phosphite antioxidant that functions as a peroxide decomposer and as a processing stabilizer.
Naugard® TNPP-HR
Naugard® TNPP HR is a hydrolytically resistant version of Naugard® TNPP. It is a cost effective secondary liquid phosphite antioxidant that functions as a peroxide decomposer and as a processing stabilizer.
Naugard® XL-1 for Plastics
Naugard® XL-1 is a unique antioxidant, which incorporates a metal deactivation function in the same product. This product may be used where there is interference from metallic ions.
Aminox provides excellent protection against heat and oxygen.
Anox ® 1315
Anox® 1315 is a highly effective, non-discoloring, liquid hindered phenol antioxidant.
Anox® 70
Anox® 70, is a highly effective sulfur containing phenolic antioxidant that provides exceptional processing and end-use stability to polymers.
Anox® IC-14
Anox® IC-14 is a high molecular weight hindered phenolic antioxidant that provides very low volatility and excellent resistance to extraction from polymer compounds.
Anox® 330
Anox® 330 is a high molecular weight phenolic antioxidant that can be used in a wide variety of applications, including elastomers, hot melt adhesives, tackifiers and engineering blends.
Lowinox® 22M46
Lowinox® 22M46 is an excellent, non-discoloring, non-staining sterically hindered bis-phenol stabilizer.
Lowinox® 44B25
Lowinox® 44B25 is a non-discoloring antioxidant, based on a sterically hindered alkylated bis-phenol.
Lowinox® 22IB46
Lowinox® 22IB46 is a non-discoloring antioxidant, based on a sterically hindered alkylated bis-phenol.
Lowinox® AH 25
Lowinox® AH25 is an excellent non-staining and non-discoloring stabilizer, based on sterically hindered dihydroxybenzene.
Lowinox® CA 22
Lowinox® CA 22 is a high performance hindered phenol antioxidant that provides excellent extraction resistance and color performance.
Lowinox® 1790
Lowinox® 1790 is a high performance, sterically hindered phenolic antioxidant of the trisphenol class with a cyanuric acid central moiety.
Lowinox® CPL
Lowinox® CPL is a highly effective, polymeric, non-discoloring phenolic antioxidant.
Lowinox® GP45
Lowinox® GP 45 is a high molecular weight hindered phenolic antioxidant that provides very low volatility and excellent resistance to extraction from polymer compounds
Lowinox® HD98
Lowinox® HD 98 is an efficient and extraction resistant, hindered phenol antioxidant.
Lowinox® TBM6
Lowinox® TBM-6 is a non-staining and non-discoloring hindered thiophenol antioxidant
Lowinox® TBP6
Lowinox® TBP-6 is a non-staining and non-discoloring hindered thiophenol antioxidant.
Lowinox® WSP
Lowinox® WSP is a non-staining phenolic antioxidant.
Lowinox® MD24
Lowinox® MD24 is a metal deactivator that additionally acts as a hindered phenolic antioxidant.
Anox® BB140
Anox® BB140 is from a family of binary synergist blends used to protect polymers during processing and long-term aging.
Anox® BB2777
Binary blend containing Lowinox® 1790 and Alkanox 240
Anox® BB2888
Binary blend containing Lowinox® 1790 and Alkanox 240
Anox® MDA011
Binary blend containing Lowinox® MD 24 and Anox® 20
Anox® MDA058
Binary blend containing Lowinox® MD 24 and Anox® 20
Anox® MDAO85
Binary blend containing Lowinox® MD 24 and Anox® 20
Anox® TB311
Ternary blend containing Anox® 20 and Alkanox® 240 3T
Anox® TB321
Ternary blend containing Anox® 20 and Alkanox® 240 3T
Anox® FiberPlus
Anox® Fiber Plus LL is a proprietary blend for processing stabilization of polypropylene fibers.
Anox® NDBs
Anox® NDBs are completely homogeneous blends of several additive components that are incorporated into a unique, free flowing, low friability, palletized physical form
bGenox® EP
Genox® EP is a high performance solid, nitrogen-based melt process stabilizer.
Phosphites
Weston 705
Weston 705 is a versatile phosphite stabilizer. It is useful in a variety of polymer applications such as HDPE, LLDPE, SBR, ABS, and PVC. Based on proprietary chemistry, it has been designed to replace TNPP in those instances where a TNPP alternative is sought.
Ultranox® 626
Ultranox® 626 is a high performance solid organophosphite antioxidant that contains no more than 1.0% by weight Triisopropanolamine, (CAS # 122-20-3.)
Ultranox® 627A
Ultranox® 627A is a high performance solid organophosphite antioxidant that contains no more than 1.0% by weight of Triisopropanolamine (CAS # 122-20-3).
Weston® TNPP
Weston® TNPP is a versatile phosphite stabilizer which is useful in a large number of polymers such as HDPE, LLDPE, SBR, ABS, PVC and others
Weston® 399
Weston® 399 is a versatile phosphite stabilizer which is useful in a large number of polymers such as HDPE, LLDPE, SBR, ABS, PVC and others
Weston® 618
Weston® 618F is a phosphite that is a highly effective color and molecular weight stabilizer for polyolefins, polyesters, elastomers, styrenics, engineering thermoplastics, and adhesive formulations.
Weston® 619
Weston® 619F is a phosphite that is a highly effective color and molecular weight stabilizer for polyolefins, polyesters, elastomers, styrenics, engineering thermoplastics, and adhesive formulations.
Weston® 439
Weston 439 phosphite is used to improve the color and light stability and clarity of PVC and vinyl chloride copolymers. Improved performance is found when Weston 439 is used in conjunction with primary metal stabilizers and epoxy stabilizers. Weston 439 is sanctioned by the FDA for use in rigid PVC and rigid vinyl chloride copolymers in food packaging applications.
Weston® 600
Weston 600 is a pentaerythritol-based diphosphite which is usefule as a stabilizer for a variety of systems, including polycarbonate, where regulatory approval for food contact is not required. It may also be used as as antioxidant or corrosion inhibitor in lubricants.
Weston® DHOP
Weston® DHOP is a high molecular weight phosphite with relatively high phosphorus content. It is useful as a secondary stabilizer for PVC resins where regulatory approval for food contact is not required.
Weston® DPDP
Weston® DPDP is an alkyl-aryl phosphite with which can be used a color and processing stabilizer in ABS, polycarbonate, polyurethane, coatings, and PET fiber where regulatory approval for food is not required. It can be used as a secondary stabilizer to improve color and heat stability in PVC.
Weston® DPP
Weston DPP is a diaryl phosphite which is used to improve the color of unsaturated polyesters. In polyolefins, Weston DPP is used as a stabilizer in applications where regulatory approval for food is not required. It is also used as a secondary stabilizer to improve the light and color stability and prevent plate-out of polyvinyl chloride.
Weston® EHDP
Weston® EHDP is an alkyl-aryl phosphite with which can be used a color and processing stabilizer in ABS, polycarbonate, polyurethane, coatings, and PET fiber where regulatory approval for food is not required. It can be used as a secondary stabilizer to improve color and heat stability in PVC.
Weston® PDDP
Weston® PDDP is an alkyl-aryl phosphite with which can be used a color and processing stabilizer in ABS, polycarbonate, polyurethane, coatings, and PET fiber where regulatory approval for food is not required. It can be used as a secondary stabilizer to improve color and heat stability in PVC.
Weston® PNPG
Weston PNPG is a specialty aryl-alkyl phosphite with a very high phosphorus content. It is an effective secondary stabilizer for a variety of polymers.
Weston® PTP
Weston PTP is a specialty phosphite that is useful when a high molecular weight phosphite is needed. Weston PTP is used in foamed polyurethanes to control color development and prevent bun scorching.
Weston® TDP
Weston® TDP is a trialkyl phosphite with which can be used a color and processing stabilizer in ABS, polycarbonate, polyurethane, coatings, and PET fiber where regulatory approval for food is not required. It can be used as a secondary stabilizer to improve color and heat stability in PVC.
Weston® TIOP
Weston TIOP is a specialty diphosphite which is useful as a secondary stabilizer in many polymers, including PVC, where regulatory approval for food contact is not required.
Weston® TLP
Weston TLP is a trialkyl phosphite which can be used as a lubricant additive to improve antifriction and antiwear characteristics. It also functions as a sulfur deactivator. Weston TLP can be used as a stabilizer in PVC, polyester fibers, and polypropylene when regulatory approval for food contact is not required.
Weston® TPP
Weston® TPP is a versatile aryl phopshite which can be used as a stabilizer in many types of polymers including adhesives, styrenics, engineering thermoplastics, polyesters (to regulate viscosity and improve color stability), polyolefins (as a catalyst adjuvant), polyurethanes (to prevent scorching during curing and improve color stability), coatings, epoxies, and PVC where regulatory approval for food contact is not required.
Weston® 502B
Weston 502B is an antioxidant blend that features the combined activity of primary and secondary stabilizers in one easy to handle form. In most polymers, Weston 502B improves color and inhibits degradation of molecular weight during recovery, drying, compounding, processing, and end use.
Brominated Flame Retardants
PDBS-80™
PDBS-80™ is a polymeric flame retardant for polyamides and thermoplastic polyesters (PBT and PET).
Firemaster® CP-44HF
Firemaster® CP-44HF is a polymeric flame retardant designed for polyamides and thermoplastic polyesters (PBT and PET).
Firemaster® PBS-64HW
PBS-64HW™ is a polymeric flame retardant for polyamides and thermoplastic polyesters (PBT and PET).
PHT4™
PHT-4™ is an off white crystalline powder containing approximately 68% bromine reactive intermediate.
PHT4-Diol™
PHT-4-Diol™, tetrabromophthalate diol, is a reactive flame retardant for rigid polyurethane foam.
Firemaster® 520
Firemaster® 520 is a brominated polyol that imparts flame redundancy for thermosets, without detrimentally affecting physical properties.
DP-45™
DP-45™ is a brominated liquid flame retardant plasticizer for polyvinylchloride adhesives, coatings and elastomers including SBR, Neoprene and EPDM.
Firemaster® BZ-54
Firemaster® BZ-54 is a liquid brominated flame retardant used in a range of applications where a liquid additive is required.
Firemaster® 550
Firemaster® 550 is a low viscosity liquid flame retardant for polyurethane foams and other applications, which require a liquid product.
Firemaster® 552
Firemaster® 552 is a low viscosity liquid flame retardant for polyurethane foams which is recommended for mechanically cooled foams.
Firemaster® 600
Firemaster® 600 is a low viscosity high efficiency, liquid flame retardant for polyurethane foams and other applications.
Firemaster® 602
Firemaster® 602 is a low viscosity high efficiency, liquid flame retardant for flexible polyurethane foams and is recommended for mechanically cooled foams.
CD-75P™
CD-75P™, hexabromocyclododecane, is a highly brominated cyclo-aliphatic flame retardant.
SP-75™
SP-75™ is a stabilized grade of Great Lakes CD-75P. SP-75 provides excellent performance at low loading levels with minimum effect on polymer properties at higher processing temperatures.
BA-59P™
BA-59P™ is a brominated flame retardant used as an additive in thermoplastics and a reactive in thermoset resins.
PE-68™
PE-68™ is a unique flame retardant containing both aromatic and aliphatic brominewith particular efficiency in polypropylene applications.
BE-51™
BE-51™ is a brominated aromatic flame retardant used in EPS and other applications.
BC-52™
BC-52™ is a brominated, aromatic flame retardant for thermoplastic resin systems for engineering thermoplastics.
BC-58™
BC-58™ is a brominated, aromatic flame retardant for thermoplastic resin systems for engineering thermoplastics.
Firemaster ® 2100
Firemaster® 2100 is a general purpose, brominated, high-purity, non-DPO based flame retardant for a variety of polymers including styrenics, engineering polymers, polyolefins, and elastomers.
DE-83R™
DE-83R™ is a high purity fully brominated aromatic flame retardant with excellent thermal stability.
PH-73FF™
PH-73® FF is a reactive intermediate containing over 70% bromine recommended for phenol-based reactions in a free flowing briquette form.
PHE-65™
PHE-65™ is an aromatic brominated flame retardant whose unique structure aids in the initiation of FR performance, allowing for the reduction or potential elimination of peroxide synergists in textile and thermoplastic applications.
FF-680™
FF-680™ is a brominated aromatic flame retardant for thermoplastic and thermoset resin systems.
Phosphorus Flame Retardants
Reofos® 35
Reofos® 35 is a low viscosity synthetic isopropylated triaryl phosphate ester that finds utility in a wide variety of applications as a flame retardant plasticizer.
Reofos® 50
Reofos® 35 is a synthetic isopropylated triaryl phosphate ester, which can be used in a wide variety of resins, particularly PVC.
Reofos® 65
Reofos® 65 is a flame retardant plasticizer used primarily in PVC and phenolic resins.
Reofos® 95
Reofos® 95 is a flame retardant plasticizer used primarily in PVC an phenolic resins.
Reofos® NH-1
Reofos® NH-1 is a low viscosity liquid flame retardant engineered for use in flexible polyurethane foams.
Kronitex® CDP
Kronitex® CDP is a naturally derived triaryl phosphate ester based on phenol and cresol.
Kronitex® TCP
Kronitex® TCP is a triaryl phosphate ester produced from naturally derived cresols.
Kronitex® TXP
Kronitex® TXP is a triarly phosphate ester produced from naturally derived xylenols.
Reofos® RDP
Reofos® RDP is a high molecular weight phosphate ester flame retardant, which can impart superior flammability performance and lower volatility than is obtainable with conventional triaryl phosphates with applications in styrenic blends such as PC/ABS.
Reofos® BAPP
Reofos® BAPP, structure proprietary, is a liquid phosphate ester flame retardant for thermoplastics, in particular styrenic blends such as PC/ABS.
Reofos® NHP
Reofos® NHP, structure proprietary, is a low viscosity liquid flame retardant engineered for use in flexible polyurethane foams.
Antimony Trioxide(Timonox®,,Fireshield®, Trutint® and Thermoguard®,
Antimony products have a wide variety of uses. In today's world their use as a flame-retardant synergist is a large and important application.
Sodium Antimonate( Pyrobloc® and Thermoguard®)
Sodium Antimonate used as the antimony source halogen synergist used to flame retard selected polymers as well as for pigment applications.
Zinc Borate
Zinc Borate is a white, non-hygroscopic, free flowing powder. The principal application is as a flame retardant/smoke suppressant a broad variety of polymers from PVC to polyamide.
Smokebloc® Thermoguard® Fireshield ®
Smoke suppressants for PVC applications.
Ongard® 2
Ongard® 2 is a proprietary inorganic complex free of antimony, which has been developed as a flame retardant and smoke suppressant for rigid and flexible PVC.
Oncor® 75RA
Oncor® 75RA is a proprietary formulated synergistic additive based on antimony trioxide having lower tinting strength.
Polymerization Inhibitors
Naugard® I-2
Naugard® I-2 is a commercially proven polymerization inhibitor for reducing polymer formation in the manufacture of several monomers.
Naugard® I-5
Naugard® I-5, 2,4-dinitro-o-sec-butylphenol (DNBP), is a commercially proven polymerization inhibitor for reducing polymer formation in the manufacture of several monomers. Available in ethylbenzene and other solvents at customer specified concentrations.
Naugard® I-4
Naugard® I-4 is a commercially proven polymerization inhibitor used to reduce polymer formation in monomer manufacturing processes.
Naugard® I-403
Naugard® I-403 is an efficient polymerization inhibitor for reducing polymer formation in the manufacture of several monomers.
Naugard® I-4701
Naugard® I-4701 is a commercially proven formulated blend for reducing polymer formation in both aqueous an organic phases of the manufacture of acrylic monomers.
Naugard® SFR®
Naugard® SFR® is a high efficiency, stable free radical polymerization inhibitor for reducing polymer formation in the manufacture of styrene, acrylics, and other monomers.
Naugard® 300E
Naugard® 300E is a commercially proven unique combination of retarder, true inhibitor, and a novel pre-inhibitor for reducing polymer formation in the manufacture of styrene and its derivatives.
Coupling Agents
Polybond® 1001
Polybond® 1001 is an acrylic acid grafted polypropylene offering good adhesion to many substrates including aluminum and stainless steel. It is also recommended for coupling of fillers in polypropylene composites
Polybond® 1002
Polybond® 1002 is an acrylic acid grafted polypropylene offering good adhesion to many substrates including aluminum and stainless steel. It is also recommended for coupling of fillers in polypropylene composites.
Polybond® 1009
Polybond® 1009 is an acrylic acid grafted polyethylene offering good adhesion to a many substrates including aluminum, stainless steel and tin plated steel. It is also recommended for coupling of fillers in polyethylene composites.
Polybond 1103
Polybond ® 1103 is a high melt flow acrylic acid grafted polypropylene offering good adhesion to many substrates including aluminum, stainless steel, and tin plated steel.
Polybond® 3000
Polybond® 3000 is a maleic anhydride grafted polypropylene recommended for coupling of glass and other fillers in polypropylene composites. Its high level of functionality (1.2 wt. % MA) allows for low addition levels.
Polybond® 3002
Polybond® 3002 is a maleic anhydride grafted polypropylene recommended for coupling of glass and other fillers in polypropylene composites. It features a low melt flow, high molecular weight that may fit specific blending needs.
Polybond® 3009
Polybond® 3009 is a maleic anhydride grafted high density polyethylene recommended for coupling of glass, mica, ATH, wood fiber and other fillers in polyethylene composites. It is also recommended as a compatibilizer for PE blends with polar polymers.
Polybond® 3150
Polybond® 3150 is a maleic anhydride grafted polypropylene recommended for coupling of glass and other fillers in polypropylene composites.
Polybond® 3200
Polybond® 3200 is a maleic anhydride grafted polypropylene recommended for coupling of glass and mineral fillers, and cellulose fibers in polypropylene composites. It also acts as a compatibilizer in blends of polypropylene with polar engineering thermoplastics like Nylon, EVOH, and polyesters.
Polybond® 3029
Polybond® 3029 is a high density polyethylene containing a high level of Maleic Anhydride functionality and recommended for coupling of glass, mica, ATH, wood fiber and other fillers in polyethylene composites. It is also recommended as a compatibilizer for PE blends with polar polymers.
Polybond® 3039
Polybond® 3039 is a high density polyethylene containing a high level of Maleic Anhydride functionality and recommended for coupling of glass, mica, ATH, wood fiber and other fillers in polyethylene composites. It is identical in melt flow and functionality to Polybond® 3029. However, its physical form is powdery micropellet designed for use in applications where powdered ingredients are pre-blended prior to processing.
Polybond® 3049
Polybond® 3039 is a high density polyethylene containing an extremely high level of Maleic Anhydride functionality and recommended for coupling of wood and other cellulose fibers in polyethylene composites.
Dispersants
Polywet® ND-2
Polywet® ND-2 is a water soluble anionic polyelectrolyte. It is non-foaming and is effective over a broad pH range. Polywet ND-2 disperses pigments, extenders, and fillers in aqueous systems. It is highly efficient in all latex paints.
Polywet® Z-1766
Polywet® Z-1766 is a water-soluble anionic polyelectrolyte used to disperse coating pigments. It is non-foaming and allows reduction in the use of anti-foams and defoamers in coating formulations.
Rubber Chemicals
Arazate® is a nondiscoloring and nonstaining ultra accelerator for fast curing. It has a low activation temperature and medium curing range, up to 121ºC (250ºF). It is an effective ultra accelerator to eliminate airborne nitrosamines.
BLE 25™,65,70,75 general purpose antioxidants that are used in natural, IR, SBR, BR, Neoprene and nitrile (NBR) rubbers when staining and discoloration can be tolerated. BLE 25 is 100% active liquid. Also available as 65, 70 and 75% active powders.
Aminox®.
Aminox provides excellent protection against heat and oxygen in rubber and Nylon 6
Durazone® 37 Flake
DURAZONE® 37 is a compounding ingredient, Durazone 37 is added into rubber above its melting point of 75 ºC (167 ºF) in quantities of 2 to 4 parts per 100 parts RHC
Flexzone® 4L
Flexzone® 4L shows outstanding antioxidant and antiozonant properties. The antiozonant action is mainly developed in static conditions. It synergizes with other antiozonants in dynamic conditions. Because it is prone to staining it is recommended for use in black compounds
Hepteen® Base
Hepteen® Base is a fast curing, high temperature accelerator which gives high modulus compounds with excellent processing safety.
Naugard® PS4830
Naugard PS-4830 is a liquid blend of phenolic and aminic antioxidants for use across many applications. It is a low volatility, low viscosity antioxidant package providing good protection against degradation due to heat and oxygen. PS-4830 is an efficient AO blend for reducing thermal scorch effects in flexible polyurethane manufacture and provides an effective balance of phenolic and aminic antioxidants to minimize surface discoloration of products such as flexible polyurethane foams.. It is readily soluble in polyols.
Naugard® Q Drop
Naugard Q is a general purpose solid antioxidant. It is used in natural rubber, polyisoprene, SBR, polybutadiene, nitrile, and EPDM compounds. It finds application in tire carcasses, belts, hose, seals, mechanical goods, footwear and wire and cable. Naugard Q is slightly staining and gives good protection against heat and oxygen with fair protection against ozone and flexing fatigue.
Novazone® AS Flake
Novazone® AS is a strong antioxidant / antiozonant. Offers excellent long term protection against degradation due to heat, ozone and oxygen.
Naugard® 445 for Rubber
Naugard 445 is a white powder that is relatively nondiscoloring during heat aging. The combination of high amine antioxidant activity and good color make it an ideal antioxidant and heat stabilizer for rubbers and plastics.
Anox® PP-18 for Rubber
A low volatility phenolic antioxidant that provides good long term heat aging and high temperature processing stability. Available in powder, granular and flake form.
Anox® 20 for Rubber
Anox® 20 is a versatile antioxidant capable of giving excellent processing stability and long term heat aging characteristics. It is used in a variety of polymers where elevated service temperatures are encountered.
Naugard® P for Rubber
Effective nondiscoloring and nonstaining stabilizers. Minimize gel build-up during processing. Provide unusually good properties when used in combination with amine or phenolic type antioxidants. Available as both liquid and 70% active powder.
Naugard® RM 51-S
Naugard® RM-51-S is a low cost, extremely effective liquid antioxidant. It is nonstaining and nondiscoloring. Use in natural and synthetic rubbers for protection against oxygen, light and heat.
Naugawhite®
Naugawhite® is a low cost but effective antioxidant that does not stain or discolor.
Naugawhite® Powder
Naugawhite® is a low cost but effective antioxidant that does not stain or discolor.
Naugard® 431
Naugard® 431 is nondiscoloring and nonstaining in dry rubber and latex. Synergistic with phosphites (e.g. Polygard®) for processing and long term heat stabilization
OPEX® 80
Opex® 80 is widely used by compounders in the rubber and plastics industries due to its excellent performance as a chemical foaming agent.
Polylite® SE
Polylite® is general-purpose antioxidant effective in natural rubber, SBR, BR, IR, CR and NBR.
Polygard® is an effective nondiscoloring and nonstaining stabilizers. Minimize gel build-up during processing. Often used in combination with amine or phenolic type antioxidants. Polygard is available as both liquid and 70% active powder.
Polygard® HR
Polygard® HR is a cost effective liquid phosphite antioxidant that functions as a peroxide decomposer and as a processing stabilizer.
Retarder ESEN™
Retarder ESEN is a general antiscorch for use in all stocks with all accelerators. It is most effective with basic accelerators or combinations containing a basic activator. Retarder ESEN functions in natural rubber, SBR, butyl, polyisoprene, polybutadiene, and nitrile rubber. Retarder ESEN is a powerful retarder of vulcanization at processing temperatures with a minimum retarding action at curing temperatures.
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Sunproof® Extra.
A selected blend of waxes for a variety of compounds. Provides resistance to static atmospheric cracking and frosting.
Sunproof® Improved
A selected blend of waxes for a variety of compounds. Provides resistance to static atmospheric cracking and frosting.
Sunproof® Junior FT
A selected blend of waxes for a variety of compounds. Provides resistance to static atmospheric cracking and frosting.
Sunproof® Super
A selected blend of waxes for a variety of compounds. Provides resistance to static atmospheric cracking and frosting.
Trimene Base™
Trimene Base is a high-temperature accelerator with a medium to long curing range. It has a rather low critical curing temperature. It is basic and tends to stiffen uncured rubber mixes. This, together with a rapid cure rate, has been found beneficial in preventing sagging of stocks in the early stages of air curing. It is retarded by air floated, clays, and acid materials in general.
Trimene Base finds its widest application as a heat sensitizer and film tougheners in natural rubber, SBR and Neoprene latex foam sponge. It is water soluble and may be added to the latex directly. Trimene Base is also particularly effective as an accelerator in polyacrylic rubbers and in air-cured footwear, proofing and molded sundries. It has been used as a nonmigratory accelerator in natural rubber latex tire cord dip.
Naugard® XL-1 for Rubber
Naugard® XL-1 is a unique antioxidant, which incorporates a metal deactivation function in the same product.
Miscellaneous Chemicals
CHO and Naugard® CHO
CHO and Naugard® CHO are commercial grades of the chemical cyclohexene oxide.
Epoxy PVC Plasticizers
Drapex® 39 (Liquid, FDA)
Drapex® 39 is an epoxidised soya bean oil, slightly yellowish, medium viscosity liquid with typical odour and FDA approved. Drapex® 39 is a non-toxic co-stabiliser used in rigid and plasticised PVC.
Drapex® 392 (Liquid, FDA)
Drapex® 392 is an epoxidised soya bean oil, slightly yellowish, medium viscosity liquid and FDA approved. Drapex® 392 is an organoleptically improved modification of Drapex® 39. It is used in calcium/zinc stabilised rigid PVC.
Drapex® 4.4 (Liquid)
Drapex® 4.4 epoxy plasticizer is an epoxidized octyl tallate which imparts low temperature flexibility as well as excellent heat and light stability to vinyl compounds.
Drapex® 6.8 (Liquid)
Drapex® 6.8 epoxy plasticizer is an epoxidized soybean oil specifically designed to provide optimum heat and light stabilizing performance together with maximum compatibility in vinyl compounds.
Polyester Polyols
Fomrez® 22-44U
A hydroxyl terminated saturated linear polyester which is an uncatalyzed poly (ethylene adipate) glycol, suggested for use in cast elastomers
Fomrez® E24-58
A hydroxyl terminated saturated linear polyester which is poly (ethylene/butylene adipate) glycol with 70/30 molar ratio of ethylene glycol/1,4-butanediol, suggested for use in cast elastomers and microcellular systems.
Fomrez® F15-175
A hydroxyl terminated saturated linear polyester which is poly (diethylene/neopentyl adipate) glycol, suggested for use in coatings.
Fomrez® G21-55
. A hydroxyl terminated saturated linear polyester which is poly (ethylene/diethylene adipate) glycol, suggested for use in microcellular systems.
Fomrez® 1024-56
A trimethylolproprane based ethylene glycol/butanediol adipate with a molecular weight of 2160, suggested for use in microcellular systems.
Fomrez® i21-37
A hydroxyl terminated saturated linear polyester which is poly (ethylene/diethylene adipate) glycol, suggested for use in microcellular systems.
Fomrez® 1066-187
A trimethylolproprane based hexanediol adipate with a molecular weight of 900, suggested for use in coatings.
Fomrez® 1066-310
A trimethylolproprane based hexanediol adipate with a molecular weight of 540, suggested for use in coatings.
Fomrez® 1066-560
A trimethylolproprane based hexanediol adipate with a molecular weight of 300, suggested for use in coatings.
Fomrez® 11-112
A diethylene glycol adipate with a molecular weight of 1000, suggested for use in coatings and adhesives.
Fomrez® 11-225
A diethylene glycol adipate with a molecular weight of 500, suggested for use in coatings, adhesives and as a dispersing medium for pigments.
Fomrez® 11-45
A diethylene glycol adipate with a molecular weight of 2500, suggested for use in coatings and adhesives.
Fomrez® 11-56
A diethylene glycol adipate with a molecular weight of 2000, suggested for use in coatings and adhesives.
Fomrez® 22-112
An ethylene glycol adipate with a molecular weight of 1000, suggested for use in cast elastomers.
Fomrez® 22-114U
An uncatalyzed ethylene glycol adipate with a molecular weight of 1000, suggested for use in cast elastomers.
Fomrez® 22-54U
An uncatalyzed ethylene glycol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
Fomrez® 22-56
An ethylene glycol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
Fomrez® 22-56U
An uncatalyzed ethylene glycol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
Fomrez® 22-93
An ethylene glycol adipate with a molecular weight of 1200, suggested for use in cast elastomers.
Fomrez® 2C53
A glycerine-branched hydroxyl terminated saturated linear polyester, suggested for use in textile flexible polyester foams.
Fomrez® 2C76
A glycerine-branched hydroxyl terminated saturated linear polyester, suggested for use in clickable flexible polyester foams.
Fomrez® 44-111
A butanediol adipate with a molecular weight of 1000, suggested for use in thermoplastic urethanes.
Fomrez® 44-112
A butanediol adipate with a molecular weight of 1000, suggested for use in cast elastomers.
Fomrez® 44-114U
A uncatalyzed butanediol adipate with a molecular weight of 1000, suggested for use in cast elastomers.
Fomrez® 44-160
A butanediol adipate with a molecular weight of 700, suggested for use in thermoplastic polyurethanes.
Fomrez® 44-27
A butanediol adipate with a molecular weight of 4000, suggested for use in thermoplastic polyurethanes.
Fomrez® 44-37
A butanediol adipate with a molecular weight of 3000, suggested for use in thermoplastic polyurethanes.
Fomrez® 44-54U
An uncatalized butanediol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
Fomrez® 44-57
A butanediol adipate with a molecular weight of 2000. Suggested for use in thermoplastic polyurethanes.
Fomrez® 45
A trimethylolpropane branched diethylene glycol adipate with a molecular weight of 2960, suggested for use in hydrophilic flexible foam.
Fomrez® 55-112
A neopentyl glycol adipate with a molecular weight of 1000, suggested for use in coatings and radiation curing.
Fomrez® 55-225
A neopentyl glycol adipate with a molecular weight of 500, suggested for use in coatings.
Fomrez® 55-56
A neopentyl glycol adipate with a molecular weight of 2000, suggested for use in coatings and radiation curing.
Fomrez® 66-112
A hexanediol adipate with a molecular weight of 1000, suggested for use in coatings and adhesives.
Fomrez® 66-20
A hexanediol adipate with a molecular weight of 5600, suggested for use in reactive hot melt adhesives.
Fomrez® 66-225
A hexanediol adipate with a molecular weight of 500, suggested for use in coatings.
Fomrez® 66-28
A hexane diol adipate with a molecular weight of 4000, suggested for use in reactive hot melt adhesives.
Fomrez® 66-32
A hexanediol adipate with a molecular weight of 3500, suggested for use in reactive hot melt adhesives.
Fomrez® 66-56
A hexanediol adipate with a molecular weight of 2000, suggested for use in coatings and adhesives.
Fomrez® 8012-56
A diethylene ethylene glycol adipate/phthalate with a molecular weight of 2000, suggested for use in coatings and adhesives.
Fomrez® 8066-72
A hexanediol adipate/phthalate with a molecular weight of 1560, suggested for use in coatings and adhesives.
Fomrez® A23-55
An ethylene/propylene glycol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
Fomrez® C23-33U
An uncatalized ethylene/propylene glycol adipate with a molecular weight of 3200, suggested for use in cast elastomers.
Fomrez® C24-53U
An uncatalyzed ethylene glycol/butanediol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
Fomrez® E24-54U
An uncatalyzed ethylene glycol/butanediol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
Fomrez® E24-56
An ethylene glycol/butanediol adipate with a molecular weight of 2000, suggested for use in cast elastomers and microcellular systems.
Fomrez® E65-56
A hexanediol/neopentyl glycol adipate with a molecular weight of 2000, suggested for use in coatings.
Fomrez® I24-56
A hydroxyl terminated saturated linear polyester which is poly (ethylene/butylene adipate) glycol with 50/50 molar ratio of ethylene glycol/1,4-butanediol, suggested for use in TPU.
Fomrez® F46-56
A butanediol/hexanediol adipate with a molecular weight of 2000, suggested for use in thermoplastic polyurethanes.
Fomrez® I46-40
A hydroxyl terminated saturated linear polyester which is poly (butylene/hexamethylene adipate) glycol with 50/50 molar ratio of 1,4-butanediol/1,6-hexanediol, suggested for use in TPU.
Fomrez® G24-112
An ethylene glycol/butanediol adipate with a molecular weight of 1000, suggested for use in cast elastomers.
Fomrez® G24-56
An ethylene glycol/butanediol adipate with a molecular weight of 2000, suggested for use in cast elastomers.
Fomrez® 2011-54B
A glycerine branched hydroxyl terminated saturated polyester which is poly(glycerine/diethylene adipate) glycol, suggested for use in microcellular systems.
Fomrez® 0049-49
A hydroxyl terminated saturated polyester, suggested for use in foam hardener.
Fomrez® 45
A TMP (trimethylolpropane) branched hydroxyl terminated saturated polyester which is poly(glycerine/diethylene adipate) glycol, suggested for use in hydrophilic flexible polyester foams.
Fomrez® 55-56
A hydroxyl terminated saturated linear polyester which is poly (neopentyl adipate) glycol, suggested for use in coatings.
Fomrez® 55-112
A hydroxyl terminated saturated linear polyester which is poly (neopentyl adipate) glycol, suggested for use in coatings.
Fomrez® 66-56
A hydroxyl terminated saturated linear polyester which is poly (hexamethylene adipate) glycol, suggested for use in adhesives and coatings.
Fomrez® 66-32
A hydroxyl terminated saturated linear polyester which is poly (hexamethylene adipate) glycol, suggested for use in adhesives.
Polyurethane Catalysts
Fomrez® SUL 4 (Liquid)
FOMREZ SUL-4 catalyst is a premium quality dibutyltin dilaurate.It is used widely in the manufacture of polyether-based, rigid urethane foams for spray or pour-in-place applications made by one-shot or prepolymer techniques. This catalyst can be used
Fomrez® SUL-11A Catalyst
Organotin catalyst for polyurethane applications.
Fomrez® SUL-4 Catalyst
Organotin catalyst for polyurethane applications.
Fomrez® UL 1 (Liquid)
FOMREZ UL-1 catalyst provides urethane foam manufacturers and systems suppliers with important new advantages over dibutyltin dilaurate (DBTDL) for preparation of one-shot or prepolymer-type polyether- based, rigid urethane foams for spray or pour-in-
Fomrez® UL 22 (Liquid)
FOMREZ UL-22 catalyst is a more active analog of FOMREZ UL-1 catalyst for water/fluorocarbon-blown foams. This product provides urethane foam manufacturers and systems suppliers with important new advantages over dibutyltin (DBTDL) for preparation of
Fomrez® UL 28 (Liquid)
FOMREZ UL-28 catalyst is a more active analog of FOMREZ SUL-4 catalyst, (dibutyltin dilaurate, or DBTDL) and thus offers a potentially significant cost/performance advantage. For example, FOMREZ UL- 28 catalyst, can be used at approximately one-half (
Fomrez® UL 32 (Liquid)
FOMREZ UL-32 catalyst is a more delayed action analog of FOMREZ UL-1 catalyst for water/fluorocarbon blown urethane foams. This product provides foam manufacturers and systems suppliers with important new advantages over dibutyltin dilaurate (DBTDL) w
Fomrez® UL-1 Catalyst
Organotin catalyst for polyurethane applications.
Fomrez® UL-22 Catalyst
Organotin catalyst for polyurethane applications.
Fomrez® UL-28 Catalyst
Organotin catalyst for polyurethane applications.
Fomrez® UL-29 Catalyst
Organotin catalyst for polyurethane applications.
Fomrez® UL-32 Catalyst
Organotin catalyst for polyurethane applications.
Fomrez® UL-38 Catalyst
Organotin catalyst for polyurethane applications.
Fomrez® UL-6 Catalyst
Organotin catalyst for polyurethane applications.
PVC Stabilizers
Anox® 20 for PVC
Anox® 20 is used in production, compounding and processing of PVC. Anox® 20, a sterically hindered phenolic antioxidant, is a highly effective, non discoloring stabilizer for organic substrates such as plastics and adhesives
Anox® PP-18 for PVC
Anox® PP-18 is used in production, compounding and processing of PVC. Anox® PP-18, a sterically hindered phenolic antioxidant, is highly efficient, non discoloring stabilizer for organic substrates such as plastics and adhesives
Mark® 1034 (Ca/Zn solid, FDA)
Mark® 1034 is a non-toxic, calcium-zinc type PVC stabilizer recommended for use in flexible and semi-rigid compounds including "blown" film for meat and produce wrap where excellent initial color and clarity are of prime concern.
Mark® 1038
Mark® 1038 acts as a Heat stabilizer for flexible vinyl applications; synergistic heat stabilizer/lubricant for use in combination with high-efficiency organotin mercaptides in rigid PVC; catalyst for urethanes; curing agent for silicones.
Mark® 1221 (Ca/Zn liquid)
Mark® 1221 is a low-cost calcium-zinc organic complex liquid stabilizer system for clear plastisols, organosols, spread coating and dipping applications, and organosol toys.
Mark® 1495C (Ca/Zn liquid)
Mark® 1495C is an economical general purpose calcium/zinc liquid stabilizer for filled and clear plastisol PVC compounds. It imparts excellent moderate temperature heat stability.
Mark® 1232
Mark® 1232 is an organometallic complex used in the manufacture of expanded vinyl via the plastisol process.
Mark 152
Mark® 152 is an FDA-cleared, non-toxic, paste PVC heat stabilizer recommended for use in plasticized vinyl compounds.
Mark® 152S
Mark® 152S is an FDA-cleared, non-toxic, solid PVC heat stabilizer recommended for use in plasticized vinyl compounds.
Mark® 17 M (BuSnS, Liquid)
Because of its excellent performance MARK 17 M can be used as thermostabilizer in almost every PVC processing method.
Mark® 17 MLS (BuSnS, Liquid)
Mark 17 M-LS has been specially developed to be used on modern rigid PVC calender lines, where due to the fast ``material flow rate'' the longterm heat stability is less critical and the initial colour becomes more important.
Mark® 17 MOK (OcSnS, Liquid, FDA)
MARK®17 MOK is mainly used in the production of rigid PVC packaging materials to comply with food regulations.
Mark® 17 MOK D (OcSnS, Liquid, FDA)
MARK 17 MOK D is mainly used in the production of rigid PVC packaging materials to comply with food regulations.
Mark® 17 MOK N (OcSnS, Liquid, FDA)
MARK 17 MOK N is mainly used in the production of rigid PVC packaging materials to comply with food regulations.
Mark® 17 MOK S (OcSnS, Liquid, FDA)
Mark 17 MOKS is a high mono-octyl-tinstabilizer, mainly used in rigid calendaring for clear formulations
Mark® 176 M (BuSnO/S, Liquid)
MARK 176 M is a special product for rigid PVC formulations containing emulsion PVC with a high emulsifier content. In such formulations MARK 176 M confers to excellent initial color and good long-term stability.
Mark® 1900
Mark® 1900 vinyl heat stabilizer is a higher efficiency mercaptide type for the extrusion of PVC siding and window profiles, as well as other rigid PVC compounds
Mark® 1900S
Mark® 1900S is a methyltin mercaptide heat stabilizer recommended for the extrusion of PVC siding and window profiles, as well as many other rigid PVC compounds.
Mark® 1925, Methyl Tin
Mark® 1925 vinyl heat stabilizer is a methyltin mercaptide type for the extrusion of PVC pipe and other rigid PVC compounds. Suggested for the manufacture of PVC pipe used in potable-water, conduit, duct applications, etc.
Mark® 1939, Methyl Tin
Mark® 1939 vinyl heat stabilizer is a liquid methyltin for rigid PVC, compound such as pipe and siding substrate. Provides excellent retention of initial color together with superior dynamic heat stability.
Mark® 1939F
Mark® 1939F is a low cost liquid methyltin heat stabilizer for rigid PVC.
Mark® 1974
Mark® 1974 is a methyltin mercaptide type the extrusion of PVC pipe siding and window profiles as well as other rigid PVC compounds.
Mark® 1984E (MeSnS, Liquid, FDA)
Mark® 1984 can be used for stabilizing suspension and mass PVC, copolymers and graft polymers containing vinyl chloride.
Mark® 1987, Methyl Tin
Mark® 1987 is a liquid, methyl/butyltin carboxylate/mercaptide stabilizer designed for a wide variety of rigid PVC formulations. Mark® 1987 affords excellent light stability performance versus the typical tin mercaptide stabilizers.
Mark® 1989
Mark® 1989 vinyl heat stabilizer is a liquid methyltin for rigid PVC.
Mark® 1993, Methyl Tin
Mark® 1993 is a liquid methyltin reverse ester mercaptide stabilizer for rigid PVC applications. Mark® 1993 is formulated for demanding applications such as complicated profiles and pipe fittings.
Mark® 2129
Mark 2129 is an FDA-cleared, non-toxic PVC heat stabilizer recommended for use in plasticized vinyl compounds.
Mark® 2137
Mark 2137 is a liquid phosphite-antioxidant stabilizer blend predominantly for non-vinyl applications
Mark® 2211
Mark 2211 is a liquid dibutyltin mercaptide, an organotin heat stabilizer for PVC designed for siding and profile applications.
Mark® 2225
Mark® 2225 is an alkyl tin mercaptide stabilizer, which will provide polyvinyl chloride compositions with outstanding heat stability and crystal clarity.
Mark® 224
Mark 224 is a liquid epoxy-type stabilizer and acid acceptor for the stabilization of chlorinated paraffins or of PVC compositions containing chlorinated paraffins. It is typically used in place of a standard epoxy plasticizer such as Drapex® 6.8
Mark® 2244
Mark® 2244 is a liquid organotin heat stabilizers based on butyltin mercaptide for extruded, calendered or injection molded rigid PVC articles that will be subjected to gamma radiation used to sterilize medical devices.
Mark® 2255
Mark® 2255 vinyl heat stabilizer is a sulfur-container organotin solid, recommended for use in rigid PVC compounds.
Mark® 2270F
Mark® 2270F is a liquid, maleate free butyltin carboxylate/mercaptide stabilizer designed for a wide variety of both rigid and flexible PVC formulations.
Mark® 2284A
Mark® 2284A vinyl heat stabilizer is a higher efficiency organotin mercaptide type for the extrusion of PVC pipe, siding and window profiles, as well as other rigid PVC compounds.
Mark® 2288
Mark® 2288 is a liquid organotin mercaptide stabilizer for rigid and semi-rigid PVC compositions where retention of initial color is an important requirement, such as in crystal-clear blow-molded bottles.
Mark® 2294
Mark® 2294 is a liquid butyltin mercaptide stabilizer developed for the extrusion of rigid PVC formulations.
Mark® 273
Mark® 273 phosphite/epoxy is an FDA-regulated, proprietary liquid blend of phosphite chelator and epoxy oil for stabilizing PVC compounds.
Mark® 2903
Mark® 2903 vinyl heat stabilizer is a methyltin mercaptide type for the extrusion of PVC vinyl siding and other rigid PVC compounds.
Mark® 2909
Mark® 2909 is a liquid methyl tin reverse ester mercaptide stabilizer for rigid PVC applications.
Mark® 292
Mark® 292 is a tin mercaptide stabilizer for rigid, semi-rigid and flexible PVC providing excellent heat stability and crystal clarity.
Mark® 292S
Mark® 292S is a tin mercaptide stabilizer for rigid, semi-rigid and flexible PVC providing excellent heat stability and crystal clarity.and is mainly used in C-PVC
Mark® 3023
Mark® 3023 is an FDA-sanctioned liquid Ca-Zn stabilizer for plasticized vinyl compounds.
Mark® 3062
Mark® 3062 is a liquid octyltin mercaptide stabilizer for Rigid PVC, especially designed for PVC articles that will be subjected to gamma radiation used to medical devices.
Mark® 3101S
Mark® 3101S is an octyltin stabilizer for PVC articles intended for food contact use.
Mark® 3123A
Mark® 3123A is a non-toxic, Ca-Zn type PVC stabilizer recommended for use in plasticized and semi-rigid compounds where excellent initial color and clarity are of prime concern.
Mark® 3123B
Mark® 3123B is a non-toxic fatty acid lubricant that offers heat stabilizing properties when used in combination with conventional Ca-Zn, non-toxic PVC heat stabilizers such as Mark 3123A.
Mark® 3710
Mark® 3710 is a PVC heat stabilizer intended for the stabilization of clear mineral water bottle compounds.
Mark® 4050
Mark® 4050 is an economical, liquid Ba-Zn general-purpose non-cadmium stabilizer for clear and filled flexible PVC compounds including plastisols.
Mark® 4119
Mark® 4119 is a liquid calcium/zinc/phosphite heat stabilizer for clear and filled plastisols and organosols.
Mark® 4520
Mark® 4520 is a general purpose non-cadmium stabilizer blended with Drapexâ 6.8 epoxidized soybean oil.
Mark® 4716 (Ba/Zn Liquid)
Mark® 4716 is an economical general purpose non-cadmium stabilizer for filled and clear PVC compounds. Mark® 4716 is recommended for all flexible PVC compounds where excellent initial color hold and long term heat stability is required.
Mark® 4727
Mark 4727 is an economical liquid Ba-Zn, general purpose (non-cadmium) stabilizer for PVC/Nitrile rubber roofing membranes.
Mark® 4734 (Ba/Zn liquid for plastisol)
Mark® 4734 is an economical general purpose non-Cd stabilizer for filled and clear PVC compounds. Designed for a variety of applications, Mark® 4734 is particularly well suited for use in low-fog plastisol applications.
Mark 4754LV
Mark 4754LV is a liquid Ba-Zn, high-efficiency non-Cd stabilizer for flexible PVC compounds. It features lower VOC and provides excellent initial color hold and clarity.
Mark® 4781A (Ba/Zn Liquid)
Mark® 4781A is a general purpose non-Cd stabilizer intended to be used in flexible and semi-rigid PVC compounds requiring excellent process heat stability as well as excellent initial color hold.
Mark® 4782A
Mark 4782A is a high efficiency general purpose Ba-Zn stabilizer for filled and clear PVC compounds.
Mark® 4825
Mark® 4825 is a liquid Ba-Zn, high efficiency non-Cd stabilizer for flexible and semi-rigid PVC compounds, especially calendered sheet that will be printed.
Mark® 4830 (Ba/Zn liquid)
Mark® 4830 is a general purpose non-Cd stabilizer intended to be used in flexible PVC compounds requiring excellent process heat stability ,clarity, and initial color hold. It will eliminate sulfide stain problems.
Mark® 4848
Mark® 4848 is a high-efficiency, liquid non-Cd stabilizer for flexible PVC compounds.
Mark® 4852
Mark® 4852 is a general-purpose, high-efficiency Ba-Zn heat stabilizer for filled and clear PVC compounds.
Mark® 4880
Mark® 4880 is a high-efficiency, liquid non-Cd stabilizer for flexible PVC compounds.
Mark® 4884
Mark® 4884 is a general purpose, liquid Ba-Ca-Zn stabilizer for filled and clear PVC compounds primarily for extrusion and calendaring operations.
Mark® 5152
Mark® 5152 is also known as dimethyl monothiodipropionate, or DMD. It is a specialty thiochemical used as a reaction intermediate for the synthesis of thiodipropionic acid and its esters. It als has use as a specialty solvent and in the stabilization of polyesters during their polymerization.
Mark® 6045 (perchlorate solid)
The Mark® 6045 system for vinyl is designed for the stabilization of automotive interior compounds that will be in contact with urethane foam. Offered as a two component system, it will provide exceptional resistance to urethane staining.
Mark® 6045 ACM (Solid)
Mark® 6045 ACM is the milled form of Mark® 6045. It contains sodium perchlorate in low concentration, absorbed on silicates in a desensitized form. It is used as a costabilizer together with liquid or solid heat stabilizers.
Mark® 6055
The Mark® 6055 non-Cd system for vinyl is designed for the stabilization of automotive interior compounds that will be in contact with urethane foam.
Mark® 6055ACM
Mark® 6055ACM is a vinyl co-stabilizer designed for the stabilization of automotive interior compounds that will be in contact with urethane foam.
Mark® 6071
Mark® 6071 is a solid Barium-Zinc PVC heat stabilizer for both flexible and rigid compounds.
Mark® 6076 ACM
Mark® 6076 ACM is designed for the co-stabilization of automotive interior compounds that will be in contact with urethane foam.
Mark® 6087 ACM (Solid)
The Mark® 6087 ACM system for vinyl is designed for the stabilization of automotive interior compounds that will be in contact with urethane foam. Offered as a two component system, it will provide exceptional resistance to urethane staining.
Mark® 6092ACM (Mg/Zn solid)
Mark® 6092ACM is a solid Mg/Zn PVC heat stabilizer for flexible and rigid automotive interior compounds. Mark® 6092ACM is suggested as a non Barium stabilizer for various PVC compounds currently stabilized with solid barium-cadmium materials.
Mark® 6102
Mark 6102 is a solid perchlorate based booster stabilizer intended for the stabilization of Rigid and flexible PVC compounds. It is designed to be used in combination with primary additives such as liquid and solid Ba/Zn or Ca/Zn stabilizers.
Mark® 6105 ACM
Mark® 6105 ACM is a solid Ba-Zn PVC heat stabilizer for filled flexible and compounds with low fogging properties.
Mark® 645
Mark® 645 is a solid, sulfur-free organotin stabilizer.
Mark® 6708
Mark® 6708 is a solid Barium-Zinc PVC heat stabilizer for both flexible and rigid compounds. It is sometimes used in conjunction with a Na booster such as Mark 6055.
Mark® 6710 ACM
Mark® 6710 ACM is a solid barium-zinc PVC heat stabilizer for flexible and rigid compounds.
Mark® 6734 (Ba/Zn solid)
Mark® 6734 is a solid Barium/Calcium/Zinc PVC heat stabilizer for flexible and rigid compounds. Mark® 6734 is suggested as a stabilizer for various PVC compounds currently stabilized with solid barium-cadmium materials.
Mark® 6776 ACM
Mark® 6776 ACM is a solid Ba-Zn PVC heat stabilizer for flexible electrical tape.
Mark® 6777 ACM
Mark® 6777 ACM is a solid Ba-Zn based PVC heat stabilizer intended for wire and cable compounds.
Mark® 9304
Mark® 9304 is part of Chemtura's Mark 9300 series of non-phenol liquid stabilizers. It is based on our low-phosphorus, phenol-free technology for filled and clear PVC compounds.
Mark® BZ 812 (Liquid, REACh)
Mark® BZ 812 is a general used Ba-Zn-stabilizer for PVC-Plastisols requiring excellent clarity and initial color hold.
Mark® BZ 813 (Liquid, REACh)
Mark® BZ 813 is a Ba-Zn-stabilizer intended to be used in PVC-Plastisols requiring excellent clarity, initial color hold and low emission.
Mark® BZ 830 (Liquid, REACh)
Mark® BZ 830 is a general used Ba-Zn-stabilizer for flexible, pigmented PVC calendering, requiring good thermal stability and color control.
Mark® BZ 855 (Liquid, REACh)
Mark® BZ 855 is a Ba-Zn-stabilizer intended to be used in flexible PVC calendering providing excellent clarity and initial color hold.
Mark® BZ 861 (Liquid, REACh)
Mark® BZ 861 is a high performance Ba-Zn-stabilizer intended for general use in flexible and semi-rigid PVC providing good clarity, initial color hold and excellent heatstability.
Mark® BZ 891 (Liquid, REACh)
Mark® BZ 891 is a high performance Ba-Zn-stabilizer intended for general use in flexible and semi-rigid PVC requiring excellent clarity and initial color hold and weatherability.
Mark® BZ 912 (Liquid, REACh)
Mark® BZ 812 is a general used phenolfree Ba-Zn-stabilizer intended to be used in PVC-Plastisols requiring excellent clarity and initial color hold.
Mark® BZ 913 (Liquid, REACh)
Mark® BZ 913 is a phenolfree Ba-Zn-stabilizer intended to be used in PVC-Plastisols requiring excellent clarity and initial color hold.
Mark® BZ 930 (Liquid, REACh)
Mark® BZ 930 is a general used, phenolfree Ba-Zn-stabilizer intended to be used in flexible, pigmented PVC calendering, requiring good thermal stability and color control.
Mark® BZ 955 (Liquid, REACh)
Mark® BZ 955 is a phenolfree Ba-Zn-stabilizer intended to be used in flexible PVC calendering providing excellent clarity and initial color hold.
Mark® BZ 961 (Liquid, REACh)
Mark® BZ 961 is a phenolfree, high performance Ba-Zn-stabilizer intended for general use in flexible and semi-rigid PVC providing good clarity, initial color hold and excellent heatstability.
Mark® BZ 991 (Liquid, REACh)
Mark® BZ 991 is a high performance, phenolfree Ba-Zn-stabilizer intended for general use in flexible and semirigid PVC requiring excellent clarity and initial color hold and weatherability.
Mark® CE 350 (Liquid)
Mark CE 350 is a liquid perchlorate based booster, intended to the stabilisation of plasticized PVC against discoloration caused by amines.
Mark® CE 387 (Solid)
Mark CE 378 is a solid booster for organotin- and Ca-Zn-Stabilizes to enlarge the amine staining resistance of flexibel PVC.
Mark® CE 583 (Solid)
CE 583 is a solid booster for organotin- and Ca-Zn-Stabilizer to increase the congo red value of PVC.
Mark® CH 300 (Liquid)
Mark® CH 300 is a phenyl-di-i-decylphosphite, clear, colourless to yellowish, low viscosity liquid. Organophosphites are used in PVC formulations as co-stabilisers. In combination with metal soap stabilisers they improve heat stability as well as the initial color.
Mark® CH 301 (Liquid)
Mark®CH 301 is a diphenyl alkyl phosphite, clear, colourless to yellowish, low viscosity liquid. In combination with metal soap stabilisers the co-stabiliser improves heat stability,initial colour and weatherability.
Mark® CH 302 (Liquid)
Mark®CH 302 is a phenolfree aryl-alkyl phosphite, clear, colourless to yellowish liquid. In combination with metal soap stabilisers the co-stabiliser improves heat stability, initial colour and weatherabilit
Mark® CH 304 (Liquid)
Mark®CH 304 is a phenolfree tris alkyl phosphite, clear, colourless to yellowish, low viscosity liquid with low odour. In combination with metal soap stabilisers the co-stabiliser improves heat stability, initial colour and weatherability
Mark® CH 305 (Liquid)
Mark® CH 305 is a tris alkyl phosphite, clear, colourless to yellowish, low viscosity liquid with very low odour. Organophosphites are used in PVC formulations as co-stabilisers. In combination with metal soap stabilisers they improve heat stability and initial colour and weatherability.
Mark® CH 55 (Liquid, FDA)
Mark® CH 55 is a tris(nonylphenyl)phosphite. slightly yellowish, high viscosity liquid and FDA approved. Organophosphites are used in PVC formulations as co-stabilisers. In combination with metal soap stabilisers they improve e. g. heat stability.
Mark® CZ 11 (CaZn, Paste, FDA)
MARK CZ 11 is primarily used in the production of plasticised PVC articles which meet the requirements for food approval, e.g. tubes and plasticised film which come into contact with food. There are no restrictions with respect to processing methods -
Mark® CZ 11 G (CaZn, Powder, FDA)
Mark CZ 11 G is primarily used in the production of plasticized and semirigid PVC articles which meet the requirements for food approval, e.g. tubes and films which come into contact with food. There are no restrictions with respect to processing methods
Mark® CZ 113 (CaZn, Paste, FDA)
A Ca-Zn stabilizer (paste) for articles which come into contact with food.
Mark® CZ 116 E (CaZn, Liquid, BGVV)
Mark CZ 116 E is a non-toxic calcium/zinc stabiliser for plastisol processing, providing very good clearity.
Mark® CZ 118 E (CaZn, Liquid, BGVV)
Mark CZ 118E is a liquid non-tox Ca-Zn stabiliser with good thermo stability properties for most of flexible applications.
Mark® CZ 122 E(CaZn, Paste, BGVV)
Mark® CZ 122 E is a stabilizer for impact modified rigid PVC articles.
Mark® CZ 123 (CaZn, Paste, BGVV)
Mark® CZ 123 is a Ca-Zn (paste) stabilizer for impact modified rigid PVC.
Mark® CZ 2000 (CaZn, Solid)
A solid Ca-Zn stabilizer for window profiles or rigid extrudes sidings
Mark® CZ 2026 (CaZn, Solid)
Mark® CZ 2026 is a solid CZ Stabilizer for flexible and pigmented calendaring.
Mark® CZ 2039 (CaZn, Solid)
Mark® CZ 2039 is a solid Ca-Zn Stabilizer for flexible calendering especially for amine resistant automotive application.
Mark® CZ 2060 (CaZn, Solid)
Mark® CZ 2060 is a solid CZ Stabilizer for flexible and rigid calendering especially for clear application
Mark® CZ 400 (CaZn, Liquid)
Mark® CZ 400 is a high performance stabilizer for most flexible applications with excellent outdoor properties.
Mark® CZ 97 (CaZn, Solid, FDA)
A solid Ca-Zn stabilizer for tubes, films, toys or flooring.
Mark® CZ 942 (CaZn, Liquid, REACh)
Mark® CZ 942 is a low viscous, liquid stabilizer designed for flooring and roofing membranes with outstanding weatherability
Mark® CZ 949 (CaZn, Liquid, REACh)
Mark® CZ 949 is a phenolfree, low odour Ca-Zn stabilizer especially for transparent flooring top coat.
Mark® CZ 960 (CaZn, Liquid, REACh)
Mark® CZ 960 is a liquid Ca-Zn stabilizer fo general use in flexible, clear and pigmented PVC calender applications.
Mark® EZ 781 (Liquid)
Mark® EZ 781 is a liquid, phenol free, low metal-containing stabilizer especially designed for the requirements of the Automotive industry for plastisol applications.
Mark® I 489 (Liquid)
MARK® I 489 is used as inhibitor for chemically foamed floor and wall coverings where a relief effect of the surface is required. The product is almost insensitive to hydrolysis unlike anhydrides often used for this application. Therefore it confers
Mark® K 102 ( Liquid)
A fast kicker with good initial color.
Mark® K 104 (Liquid)
A non-toxic, fast acting kicker.
Mark® K 902(Liquid)
A fast kicker with good initial color fulfilling new REACh requirements.
Mark® K 904(Liquid)
A non-toxic, fast acting kicker fulfilling new REACh requirements.
Mark® OBS 1100 (Liquid, Organic based)
Mark® K 1100 is a liquid, phenol-free stabilizer for plastisol applications, especially for flooring or artificial leather.
Mark® OBS 1200 (Liquid, Organic based)
Mark® OBS 1200 is a liquid, phenol-free stabilizer for plastisol applications especially low odour for automotive industry.
Mark® OBS 1360 (Liquid)
Mark OBS1360 is a liquid perchlorate based booster, intended to the stabilisation of plasticized PVC in combination with OBS 1200 or OBS 2302 and OBS 2305.
Mark® OBS 2302 (Liquid)
Mark OBS 2302 is an organic based, phenolfree stabilizer for flexible applications, which has to be used in combination with OBS 1360.
Mark® OBS 2305 (Liquid)
Mark OBS 2305 is an organic based, nonylphenol-free and phenolfree stabilizer for flexible applications, which has to be used in combination with OBS 1360.
Mark OTM
Mark OTM is di(n-octyl)tin-S,S'-bis(isooctyl mercaptoacetate). This organotin heat stabilizer is cleared by the FDA, with certain limitations, for use in PVC articles for food-contact use under 21CFR178.2650. And it provides very good performance in C-PVC applications.
Mark OTM-S
Mark OTM-S is di(n-octyl)tin-S,S'-bis(isooctyl mercaptoacetate). This organotin heat stabilizer is cleared by the FDA, with certain limitations, for use in PVC articles for food-contact use under 21CFR178.2650. And it provides very good performance in C-PVC applications.
Mark® QTS
Mark® QTS is an FDA-cleared, non-toxic PVC heat stabilizer recommended for use in plasticized vinyl compounds. It is designed for use in the production of calendered or extruded non-toxic film and for the manufacture of clear beverage tubing.
Mark® T 150 (BuSnO, Liquid)
MARK T 150 is used for stabilising plasticised PVC. In mass and suspension PVC it confers adequate heat stability; in some grades of emulsion PVC, however, the initial colour is poor. Butyltin carboxylates are mainly used for finished articles.
Mark® T 216 GV (OcSnS, Liquid)
MARK T 216 GV is a highly effective octyltin stabiliser for technical applications with improved organoleptic properties. Its effectiveness is independent of the type of PVC used (emulsion, suspension, mass PVC, modified PVC or combinations/copolymers.
Mark® T 22 M (BuSnS, Liquid)
MARK T 22 M is one of the most effective butyltin mercaptide stabilizers. It is mainly used in critical applications such as calendering, injection moulding and extrusion of rigid PVC.
Mark® T 22 M GV (BuSnS, Liquid)
MARK T 22 M GV is the odor improved version of MARK T 22 M and is used exactly like this in critical applications such as calandering, injection moulding and extrusion of rigid PVC.
Mark® T 634 (BuSnO/S, Liquid)
MARK T 634 is a maleate free, highly effective heat stabiliser which confers good weatherability to the finished article. It is mainly used in rigid PVC but it is also recommended for plasticised PVC where it shows an excellent compatibility.
Mark® T 682 (OcSnO, Liquid, BGVV)
MARK T 682 is mainly used in the production of rigid PVC packaging materials to comply with food regulations. MARK T 682 is especially suited for extrusion blow moulding of very thin, almost odourless packaging film with excellent transparency.
Mark® T-201, Butyl Tin
MARK T 201 is a highly effective stabiliser primarily used in the extrusion of rigid PVC.
Mark® TK 262 GV (BuSnO/S, Liquid)
Depending on the type of PVC used MARK TK 262 GV gives excellent heat stability in virtually all PVC processing methods.
Mark® Z 2020 (Zn, Solid, FDA)
A solid stabilizer with good color retention and very good antifogging properties.
Mark® V-1923
Mark® V-1923 is a high efficiency, liquid Ca-Zn stabilizer for clear PVC plastisol and organosol compounds.
PVC Lubricants
Marklube® 280 (Solid, BGVV)
Marklube® 280 is a bis(stearoyl)ethylene diamine, fine, yellowish, free flowing powder with a melting point ca. 140 øC and BGVV approved. Marklube® 280 has only limited compatibility with PVC and shows a pronounced external lubricating action.
Marklube® 366 (Liquid, FDA)
Marklube® 366 is a paraffin oil , clear, colourless liquid and FDA approved. It has only limited compatibility with PVC and therefore shows a pronounced external lubricating action. Marklube® 366 is used in both rigid and plasticised PVC.
Marklube® 371 (Solid, BGVV)
Marklube® 371 is a partially oxidised polyethylene wax, fine, colourless, free flowing powder with a drop point ca. 108 øC and BGVV approved. It has only limited compatibility with PVC and therefore shows pronounced external lubricating action.
Marklube® L-128C
Marklube® L-128C provides external lubrication, metal release functionality. It is to be used with calcium stearate as a balanced lubricant system for rigid PVC profiles.
PVC Antistats
Markstat® 60 (Liquid)
Markstat 60 is an antistatic plasticiser, clear, yellowish, medium viscosity liquid. It is used in plasticised PVC articles like floorings, conveyor belting and film. The replacement of 5 to 10 % of the total plasticiser content by Markstat 60 will re
Markstat® AL-14
Markstat® AL-14 antistat is a non-toxic liquid antistatic agent designed for use both as an internal additive for plasticized PVC and as a surface treatment for other plastics. Offers excellent antistatic properties.
Markstat® AL-26
Markstat® AL-26 antistatic agent is a cationic quaternary antistatic additive designed primarily for use as an internal additive in semi-rigid and rigid PVC.
Markstat® AL-48
Markstat® AL-48 antistatic agent is a cationic quaternary antistatic additive designed primarily for use as an internal additive in semi-rigid and rigid PVC.
Light Stabilizers
Lowilite® 22
Lowilite® 22 is used in production, compounding and processing of PVC. Lowilite® 22 is an ultraviolet light absorber (UVA) of the benzophenone class, imparting good light stability when used in combination with a HALS
Lowilite® 94
Lowilite® 94 is used in production, compounding and processing of PVC. Lowilite® 94 is a high molecular weight hindered amine light stabilizer (HALS). It shows excellent compatibility, high resistance to extraction and lo
Lowilite® 26
Tinuvin 326 is a UV absorber of the hydroxyphenylbenzotriazole class which is used for the protection of plastic materials and coatings from UV degradation
Lowilite® 27
Lowilite® 27 is an ultraviolet light absorber of the hydroxyphenylbenzotriazole class, which imparts outstanding light stability to a wide variety of polymers.
Lowilite® 28
Lowilite® 28 is an ultraviolet light absorber (UVA) of the hydroxyphenylbenzotriazole class, which imparts outstanding light stability to plastics and coatings
Lowilite® 29
Lowilite® 29 is an ultraviolet light absorber belonging to the benzotriazole class of UVAs
Lowilite® 62
Lowilite® 62 is a solid oligomeric hindered amine light stabilizer (HALS) which is widely used to improve the weather ability of a variety of polymers and coatings
Lowilite® 20
Lowilite® 20 is an ultraviolet light absorber belonging to the benzophenone class of UVAs.
Lowilite® 20S
Lowilite® 20S is a water soluble ultraviolet light absorber belonging to the benzophenone class of UV absorbers
Lowilite® 24
Lowilite® 24 is an ultraviolet light absorber belonging to the benzophenone class of UV absorbers.
Lowilite® 35
Lowilite® 35 PW is an ultraviolet light absorber belonging to the benzotriazole class of UVAs.
Lowilite® 92
Lowilite® 92 LQ is a highly effective light stabilizer belonging to the Hindered Amine Light Stabilizers (HALS) family of stabilizers
Lowilite® 77
Lowilite® 77 is a highly effective light stabilizer belonging to the Hindered Amine Light Stabilizers (HALS) family of stabilizers
Lowilite® 234
Lowilite® 234 belongs to the group of substituted benzotriazoles and protects polymers from ultraviolet radiation
Lowilite® Q84
Lowilite® Q84 is a Quencher type UV-absorber for polyolefins.
Lowilite® 55
Lowilite® 55 is an ultraviolet light absorber (UVA) of the hydroxyphenol benzotriazole class, imparting good light stability to rigid and flexible PVC.
