Tomah Products, Inc.




Country: United States

Tomah3 Products, Inc.
337 Vincent Street
Milton, WI 53563

Phone: (608) 868-6811
FAX: (608) 868-6810
E-Mail:kingrc1@airproducts.com


http://www.tomah3.com/

Formulation Differentiation Needed? … Think Specialties, Think …
Tomah Products

Tomah is the world's largest producer of specialty ether amine chemistry with a diverse product portfolio, which includes cationic, nonionic, amphoteric and amine oxide surfactants. Tomah is also a major producer of Tomadol nonionic alcohol ethoxylates. No matter if used alone or in combination with each other, Tomah surfactants will get you the product differentiation needed to excel in your market.
Our vision is to help our customers succeed by being the best specialty surfactant company in the world. Many customers have already “cashed in” on formulation development, technical suggestions, application testing , green chemistry, specialty tolling and much more.

As an ISO 9001:2000 certified company, we live by our motto "Ever-Evolving Chemistry - Everlasting Quality." The people who develop, manufacture, sell and support our products are the reason you will enjoy doing business with us. We are committed to safety, quality and to the guiding principles of Responsible Care. Tomah’s headquarters and two manufacturing sites have received
RC 14001 certification. We pursue Responsible Care with pride in our safety record and corporate responsibility.

Thank you for your interest in Tomah.


View our Tomadol 900Series.
Product List: 140

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List for Tomah Products

ACID FOAMER
Acid Foamer is a cationic surfactant designed to produce dense, stable foam in strong acids such as hydrochloric, hydrofluoric, and sulfuric. For milder acids such as phosphoric, citric or acetic, Tomah recommends the use of a Tomah Amphoteric surfactant. Suggested for use in aluminum brighteners, acid baths, concrete cleaners, and toilet bowl clea
ACID THICKENER
Acid Thickener is a cationic surfactant designed to build viscosity in acid media. Acid Thickener may be used alone in hydrochloric acid, or in combination with sodium chloride (salt) when used with other acids (such as phosphoric, sulfuric, hydrofluoric, citric, oxalic, etc.) Varying the use level of Acid Thickener (and salt) will vary the viscosi
ALKALI SURFACTANT
beta.-Alanine, N-(2-carboxyethyl)-N-[3-(decyloxy)p
Alkali Surfactant is a unique di-propionate amphoteric that is used extensively in alkaline and acid cleaning formulations. It provides superior hydrotroping, wetting and detergent characteristics. Alkali Surfactant is a moderate foamer, is compatible with anionic surfactants, non-ionic surfactants, and cationic surfactants. It is exceptionally sta
AMPHOTERIC 400
Amphoteric 400 is a unique di-propionate amphoteric that is used extensively in alkaline and acid cleaning formulations. It provides superior hydrotroping, wetting and moderate detergent characteristics. Amphoteric 400 is a very low foamer, is compatible with anionic surfactants, non-ionic surfactants, and cationic surfactants. It is exceptionally
AMPHOTERIC L
Amphoteric L is a mild surfactant typically used to generate, stabilize or boost foam. Amphoteric L offers good detergency and superior wetting characteristics. Amphoteric L has moderate stability in highly acidic or highly alkaline media.
AMPHOTERIC LH
Amphoteric LH is a unique di-propionate amphoteric that is used extensively in alkaline and acid cleaning formulations. It provides superior hydrotroping, wetting and detergent characteristics. Amphoteric LH is a high foamer, is compatible with anionic surfactants, non-ionic surfactants, and cationic surfactants. It is exceptionally stable in alkal
AMPHOTERIC N
beta.-Alanine, N-(2-carboxyethyl)-, N-[3-(C12-15-a
AMPHOTERIC SC
Amphoteric SC is a unique amphoteric designed for use in both alkaline and acid cleaners. Amphoteric SC offers a blend of coupling, foaming, and detergency suitable for use in a wide range of systems.
AMPHOTERIC TC
Amphoteric TC is a premium hydrotrope, offering exceptional coupling, foaming, wetting and detergency. Amphoteric TC is designed for use in hard-to-couple non-ionic or anionic alkaline formulations. Amphoteric TC is a unique and versatile multi-functional hydrotrope.
ANTICAKE-17
Anticake-17 is a liquid, cationic surfactant-based product designed to prevent the caking of hygroscopic materials such as fertilizer and fertilizer salts.
AO-14-2
bis-(2-hydroxyethyl) isodecyloxypropylamine oxide
Tomah AO-14-2 is an ether amine oxide derived from a branched chain C10 alcohol. Tomah amine oxides are widely used in detergents to provide grease emulsification and soil suspension. Another use for amine oxides is in combination with quaternaries and non-ionics to form a synergistic surfactant base for use in household, institutional and industri
AO-405
Tomah AO-405 is a unique, low foaming, high detergency amine oxide. It is supplied as a 50% active amine oxide in a water diluent.
AO-455
Tomah AO-455 is a unique, extremely low foaming, high detergency amine oxide. It is supplied as a 50% active amine oxide in a water diluent.
AO-728 SPECIAL
Tomah AO-728 Special is a high foaming 50% active amine oxide. It is a very effective foam booster/stabilizer in liquid detergent formulations. It is an economical replacement for lauryl dimethyl amine oxide and many alkanolamides. Tomah AO-728 Special is generally considered to be mild to skin and eyes.
BETA.-ALANINE, N-(2-CARBOXYETHYL)-, N-[3-(C12-15-ALKYLOXY)PROPYL] DERIVS., MONOSODIUM SALTS
Amphoteric N is a unique di-propionate amphoteric that is used extensively in alkaline and acid cleaning formulations. It provides superior hydrotroping, wetting and detergent characteristics. Amphoteric N is a high foamer, is compatible with anionic surfactants, non-ionic surfactants, and cationic surfactants. It is exceptionally stable in alkali,
BEXM-1
Tomah BExM-1 is a unique cationic surfactant additive for use in coal tar emulsions and coatings. Very low use levels of BExM-1 can improve adhesion, wear resistance, and speed dry time of the coal tar coating. Users are encouraged to determine compatibility with other additives and aggregates.
BEXM-2
Tomah BExM-2 is a unique cationic surfactant additive for use in coal tar or asphalt emulsions and coatings. Very low use levels of BExM-2 can improve adhesion, wear resistance, and speed dry time of the coal tar coating. BExM-2 is generally used in combination with bentonite clay. Users are encouraged to determine compatibility with other additive
BEXM-3
Tomah BExM-3 is a unique cationic surfactant additive for use in coal tar or asphalt emulsions and coatings. Very low use levels of BExM-3 can improve adhesion, wear resistance, and speed dry time of the coal tar coating. BExM-3 is generally used in combination with bentonite clay. Users are encouraged to determine compatibility with other additive
CLAYGEL II
Claygel II is a specially formulated, 100% active cationic surfactant designed for use in gellation and wetting of various clays, fillers, and fibers in organic coatings and sealants. Typical applications include modification of asphalt cutback, adhesives, sealers and alkyd paints. Users are encouraged to determine compatibility with other additive
CTE-50
Tomah CTE-50 is a liquid, economical cationic surfactant used to emulsify coal tar pitch. CTE-50 readily mixes with coal tar to improve emulsion properties. Users are encouraged to determine compatibility with other additives and aggregates.
DA-1214
DA-14
DA-16
DA-16-5%
Isododecyloxypropyl-1,3-diaminopropane partial ace
DA-1618
Dodecyl/tetradecyloxypropyl-1,3-diaminopropane
DA-17
Isotridecyloxypropyl-1,3-diaminopropane
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage. DA-17 is an ether diamine.
DA-17-5%
Isotridecyloxypropyl-1,3-diaminopropane acetate
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage. DA-17-5% is a partially neutralized ether diamine.
DA-18
Tetradecyloxypropyl-1,3-diaminopropane
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage. DA-18 is an ether diamine.
DA-19
C12-15 Alkyloxypropyl-1,3-diaminopropane
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage. DA-19 is an ether diamine.
DODECYL/TETRADECYLOXYPROPYL-1,3-DIAMINOPROPANE
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage. DA-1618 is an ether diamine.
E-14-2
bis-(2-hydroxyethyl) isodecyloxypropylamine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
E-14-5
poly (5) oxyethylene isodecyloxypropylamine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide (e.g. E-14-5 would be mo
E-17-2
bis-(2-hydroxyethyl) isotridecyloxypropylamine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
E-17-5
poly (5) oxyethylene isotridecyloxypropyl amine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide (e.g. E-17-5 would be mo
E-18-10
poly (10) oxyethylene octadecylamine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
E-18-2
bis (2-hydroxyethyl) octadecylamine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
E-18-5
poly (5) oxyethylene octadecylamine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
E-19-2
bis-(2-hydroxyethyl) linear alkyloxypropylamine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
E-22-2
bis-(2-hydroxyethyl) octadecyloxypropylamine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
E-C-2
bis (2-hydroxyethyl) coco amine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
E-DT-3
Amines, N-tallow alkyltrimethylenedi-, ethoxylated
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
E-S-15
poly (15) oxyethylene soya amine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
E-S-2
bis (2-hydroxyethyl) soya amine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
E-T-15
poly (15) oxyethylene tallow amine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
E-T-2
bis-(2-hydroxyethyl) tallow amine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
E-T-5
poly (5) oxyethylene tallow amine
Tomah produces a range of ethoxylated fatty and ether amines. These amines have been reacted with various amounts of ethylene oxide to modify emulsification, surface tension, solubility, and cationic strength properties of the base amines. Within a series, water solubility tends to increase with more moles of ethylene oxide.
EMULSIFIER FOUR
Emulsifier Four is a dialkyl quaternary designed for emulsification of non-polar hydrophobes such as mineral seal oil, waxes and silicones. The major commercial use is in the production of auto drying agent and carnauba drying agent. It has always been a problem to produce stable and effective drying agent because of normal variations in emulsifica
EMULSIFIER FOUR HF
Emulsifier Four is a dialkyl quaternary designed for emulsification of non-polar hydrophobes such as mineral seal oil, waxes and silicones. The major commercial use is in the production of auto drying agent and carnauba drying agent. It has always been a problem to produce stable and effective drying agent because of normal variations in emulsifica
EMULSION C-340
Tomadry C-340 is a cationic emulsion of pure carnauba wax. The cationic emulsifiers function to ensure rapid and uniform deposition of a thin film of carnauba wax on most substrates, including fabric, metal, wood, leather, and painted surfaces. Keep from freezing. Material may be damaged if frozen.
EPH-1
EPH-1 is a specially formulated cationic surfactant for use in epoxy cruing systems, designed to modify the drying time.
FOAM BOOSTER-14
Foam Booster 14 is effective at boosting and stabilizing foam in liquid hand dishwashing products. It is a non-irritating, ether amine based surfactant chemically compatible with all other surfactant types and detergent ingredients. The excellent stabilizing property of Foam Booster 14 results from its ability to efficiently emulsify and disperse s
INHIBITOR 60Q
Inhibitor 60-Q is a versatile and effective corrosion inhibitor for use in acid cleaning applications. It is primarily designed for mineral acid applications on mild and stainless steel. Inhibitor 60-S does not darken in most strong acid solutions, allowing the formulation of stable, lighter colored acid based products. Do not use Inhibitor 60Q in
INHIBITOR 60S
Inhibitor 60-S is a versatile and effective corrosion inhibitor for use in acid cleaning applications. It is primarily designed for mineral acid applications on mild and stainless steel. Do not use Inhibitor 60S in formic acid or to protect galvanized metals or copper alloys.
ISODECYLOXYPROPYL-1,3-DIAMINOPROPANE
Isodecyloxypropyl-1,3-diaminopropane
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage. DA-14 is an ether diamine.
ISODODECYLOXYPROPYL-1,3-DIAMINOPROPANE
Isododecyloxypropyl-1,3-diaminopropane
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage. DA-16 is an ether diamine.
ISODODECYLOXYPROPYL-1,3-DIAMINOPROPANE PARTIAL ACETATE
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage. DA-16-5% is a partially neutralized ether diamine.
LA-5
Tomah LA-5 is a multifunctional laundry additive which boosts the cleaning performance and anti-static properties of laundry detergents. LA-5 is a unique cationic surfactant especially designed to be compatible with most surfactant types, detergent builders and optical brighteners found in today?s laundry detergents.
NONATELL® 1340
Nonatell 1340 is used in washing stages of commercial deinking mills processing sorted office paper. This deinking agent is best added to the pulper and has been used commercially in wash flotation office paper deinking. Nonatell 1340 is formulated to combine excellent deinking characteristics with good handling properties. Usage levels range from
NONATELL® 1341
NOANTELL 1341 is a versatile deinking agent particularly well suited for use in tissue mills which often process a wide variety of furnishes including office paper, old magazines, and old newspapers. NOANTELL 1341 has also been used in office paper deinking mills producing market pulp. Typical dosage is 0.15-0.25% relative to dry furnish weight. NO
NONATELL® 1343
Nonatell 1343 is a versatile deinking agent designed primarily for use in flotation deinking of old newspapers and mixtures of old newspapers and magazines. It may also be used as the sole surfactant in flotation wash deinking mills processing old newspapers and mixtures of old newspapers and magazines.
NONATELL® 1344
Nonatell 1344 is a versatile deinking agent designed primarily for use in flotation deinking of old newspapers and mixtures of old newspapers and magazines. It may also be used as the sole surfactant in flotation wash deinking mills processing old newspapers and mixtures of old newspapers and magazines.
NONATELL® 1345
Nonatell 1345 is used in wash deinking mills processing old newspapers. It is added to the pulp to promote good ink detachment from cellulose fibers. Nonatell 1345 has been formulated to minimize ink retention on cellulose fibers while providing excellent deinking and good handling properties. It may be used over a wide range of pH values (6-12) at
NONATELL® 1346
Nonatell 1346 is used in wash deinking mills processing old newspapers. It is added to the pulper to promote good ink detachment from cellulose fibers. It is mildly formulated to provide good handling properties while maintaining deinking effectiveness. It may be used over a wide range of pH values (5 - 12) at temperatures from 110°F to 140°F. The
NONATELL® 1347
Nonatell 1347 is used in commercial wash deinking mills processing old newspapers. It is added to the pulper to promote good ink detachment from cellulose fibers. It is mildly formulated to provide good handling properties while maintaining deinking effectiveness. It may be used over a wide range of pH values (5-12) at temperatures from 110°F to 14
NONATELL® 1349
Nonatell 1349 has been used as a deresination agent in paper mills processing a variety of northern hardwoods. Typical dosage is 0.1-0.2% based on dry wood weight. Nonatell 1349 may help reduce residual resin content and help the mill experience reduced foaming, thereby substantially reducing defoamer usage.
NONATELL® 4200
Tomah Products leading pitch control agent is Nonatell 4200. It has been used commercially primarily in sulfite mills processing northern hardwoods but could also be used in Kraft mills. The Nonatell pitch control agents are effective in both acidic and basic pH. Dosage level typically is 1.0-1.5 pound per ton of produced paper. These products are
NONATELL® 6200
One of Tomah Products leading digester additive candidates for northern hardwoods is Nonatell 6200. The dosage level of Nonatell 6200 is typically 0.1% based on the dry chip weight. Nonatell 6200 is formulated to improve its handling properties. Pilot plant studies indicate that NONATELL 6201 and NONATELL 6200 increase pulp yield and improve the vi
NONATELL® 6201
One of Tomah Products leading digester additive candidates for northern hardwoods is Nonatell 6201. The dosage level of Nonatell 6201 is typically 0.1% based on the dry chip weight. Nonatell 6201 is formulated to improve its handling properties. Nonatell 6201 is relatively less costly to use. Pilot plant studies indicate that Nonatell 6201 and Nona
NONIDET® SF-3
Nonidet SF-3 is a low foaming alkoxylated nonionic surfactant made from linear alcohol. It is typically used in applications that require a low foam profile such as mechanical dishwashing, warewashing and circulation cleaners. The degree of alkoxylation of the Nonidet SF-3 results in excellent emulsification properties and superior substrate wettin
NONIDET® SF-5
Nonidet SF-5 is a low foaming alkoxylated nonionic surfactant made from linear alcohol. It is typically used in applications that require a low foam profile such as mechanical dishwashing, warewashing and circulation cleaners. The degree of alkoxylation of the Nonidet SF-5 results in excellent emulsification properties and superior substrate wettin
OCTYL/DECYLOXYPROPYL-1,3 DIAMINOPROPANE
Octyl/decyloxypropyl-1,3 diaminopropane
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage. DA-1214 is an ether diamine.
PA-10
Isohexyloxypropylamine
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage.
PA-1214
Octyl/Decyloxypropylamine
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage.
PA-12EH
2-ethylhexyloxypropylamine
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage.
PA-14
Isodecyloxypropylamine
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage.
PA-14 ACETATE
Isodecyloxypropylamine acetate
PA-14 acetate is a specially formulated 100% active cationic amine salt designed for use in gellation and wetting of various clays, fillers, and fibers in organic coatings and sealants.
PA-16
Isododecyloxypropylamine
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage.
PA-1618
Dodecyl/tetradecyloxypropylamine
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage.
PA-17
Isotridecyloxypropylamine
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage.
PA-18
Tetradecyloxypropylamine
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage.
PA-1816
Tetradecyl/dodecyloxypropylamine
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage.
PA-19
C12-15 alkyloxypropylamine
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage.
PA-2220
Octadecl/hexadecyloxypropylamine
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage.
PA-7
Isopropyloxypropylamine
Tomah Products produces a unique series of ether amines from both petroleum and fatty based alcohol raw materials. This diverse series of products encompass a wide range of physical properties due to both the range of available alcohols and the existence of the ether linkage. PA-7 has a very short, branched hydrophobe.
Q-14-2
isodecyloxypropyl dihydroxyethyl methyl ammonium c
Q-14-2 (PG)
isodecyloxypropyl dihydroxyethyl methyl ammonium c
Tomah quaternaries are based on the reaction of high molecular weight aliphatic tertiary amines with an alkylating agent such as methyl chloride. Quaternaries are more cationic and more stable to pH change than other amine-based surfactants such as ethoxylated amines or amine acetate salts. The different molecular configurations give different solu
Q-17-2
isotridecyloxypropyl dihydroxyethyl methyl ammoniu
Tomah quaternaries are based on the reaction of high molecular weight aliphatic tertiary amines with an alkylating agent such as methyl chloride. Quaternaries are more cationic and more stable to pH change than other amine-based surfactants such as ethoxylated amines or amine acetate salts. The different molecular configurations give different solu
Q-17-2 (PG)
isotridecyloxypropyl dihydroxyethyl methyl ammoniu
Tomah quaternaries are based on the reaction of high molecular weight aliphatic tertiary amines with an alkylating agent such as methyl chloride. Quaternaries are more cationic and more stable to pH change than other amine-based surfactants such as ethoxylated amines or amine acetate salts. The different molecular configurations give different solu
Q-17-5
isotridecyloxypropyl poly (5) oxyethylene methyl a
Tomah quaternaries are based on the reaction of high molecular weight aliphatic tertiary amines with an alkylating agent such as methyl chloride. Quaternaries are more cationic and more stable to pH change than other amine-based surfactants such as ethoxylated amines or amine acetate salts. The different molecular configurations give different solu
Q-18-15
octadecyl poly (15) oxyethylene methyl ammonium ch
Tomah quaternaries are based on the reaction of high molecular weight aliphatic tertiary amines with an alkylating agent such as methyl chloride. Quaternaries are more cationic and more stable to pH change than other amine-based surfactants such as ethoxylated amines or amine acetate salts. The different molecular configurations give different solu
Q-18-2 (50)
octadecyl poly dihydroxyethyl methyl ammonium chlo
Tomah quaternaries are based on the reaction of high molecular weight aliphatic tertiary amines with an alkylating agent such as methyl chloride. Quaternaries are more cationic and more stable to pH change than other amine-based surfactants such as ethoxylated amines or amine acetate salts. The different molecular configurations give different solu
Q-C-15
coco poly (15) oxyethylene methyl ammonium chlorid
Tomah quaternaries are based on the reaction of high molecular weight aliphatic tertiary amines with an alkylating agent such as methyl chloride. Quaternaries are more cationic and more stable to pH change than other amine-based surfactants such as ethoxylated amines or amine acetate salts. The different molecular configurations give different solu
Q-D-T
tallow diamine diquaternary
Tomah quaternaries are based on the reaction of high molecular weight aliphatic tertiary amines with an alkylating agent such as methyl chloride. Quaternaries are more cationic and more stable to pH change than other amine-based surfactants such as ethoxylated amines or amine acetate salts. The different molecular configurations give different solu
Q-D-T (HG)
tallow diamine diquaternary in hexylene glycol
Tomah quaternaries are based on the reaction of high molecular weight aliphatic tertiary amines with an alkylating agent such as methyl chloride. Quaternaries are more cationic and more stable to pH change than other amine-based surfactants such as ethoxylated amines or amine acetate salts. The different molecular configurations give different solu
Q-S
mono soya ammonium chloride quaternary
Tomah quaternaries are based on the reaction of high molecular weight aliphatic tertiary amines with an alkylating agent such as methyl chloride. Quaternaries are more cationic and more stable to pH change than other amine-based surfactants such as ethoxylated amines or amine acetate salts. The different molecular configurations give different solu
Q-S-80
mono soya ammonium chloride quaternary
Tomah quaternaries are based on the reaction of high molecular weight aliphatic tertiary amines with an alkylating agent such as methyl chloride. Quaternaries are more cationic and more stable to pH change than other amine-based surfactants such as ethoxylated amines or amine acetate salts. The different molecular configurations give different solu
Q-ST-50
trimethyl stearyl quaternary
Tomah quaternaries are based on the reaction of high molecular weight aliphatic tertiary amines with an alkylating agent such as methyl chloride. Quaternaries are more cationic and more stable to pH change than other amine-based surfactants such as ethoxylated amines or amine acetate salts. The different molecular configurations give different solu
TAB LF-X
TAB LF-X is a multifunctional cleaning surfactant with low foam characteristics at various temperatures, including room temperature. TAB LF-X combines many aspects of a low foam formulation never before seen in one product such as clear dilutions, low foaming at room temperature, superior degreasing and cleaning of heavy soils. Uses include parts c
TALLOW AMINE
Tomah supplies tallow based amines in addition to our line of ether amines. Tallow amines can be used where economy is the key need in amine functionality. When increased liquidity, broader range performance properties and wider range of purities is desired, Tomah's ether amines should be chosen.
TALLOW DIAMINE
Tomah supplies tallow based amines in addition to our line of ether amines. Tallow amines can be used where economy is the key need in amine functionality. When increased liquidity, broader range performance properties and wider range of purities is desired, Tomah's ether amines should be chosen.
TALLOW TETRAMINE
TALLOW TRIAMINE
Tomah supplies tallow based amines in addition to our line of ether amines. Tallow amines can be used where economy is the key need in amine functionality. When increased liquidity, broader range performance properties and wider range of purities is desired, Tomah's ether amines should be chosen
TEKSTIM 8741
Tekstim 8741 is a blended nonionic surfactant used as a self-demulsifying detergent. In most oil/water separators, a Tekstim 8741-based formulation split the oil and water into two phases without further treatment. The oil phase can then be skimmed off for recovery or disposal and not be sent to the sewage treatment plant. Tekstim 8741 will strat
TOMADOL® 1-3
poly (3) oxyethylene C11 alcohol
Tomadol 1-3 Alcohol Ethoxylate is nonionic surfactant made from linear C11 alcohol with 3 moles (average) of ethylene oxide. Tomadol 1-3 has an HLB of 8.7 and is typically used in combination with a higher HLB nonionic such as Tomadol 1-7 or 1-9. The degree of alkoxylation of the Tomadol 1-3 offers improved solvency in aqueous based cleaners. The T
TOMADOL® 1-5
poly (5) oxyethylene C11 alcohol
Tomadol 1-5 Alcohol Ethoxylate is nonionic surfactant made from linear C11 alcohol with 5 moles (average) of ethylene oxide. Tomadol 1-5 has an HLB of 11.2 and is typically used as the sole surfactant in many aqueous cleaning formulations or in combination with a lower HLB nonionic or in combination with an anionic such as sodium lauryl ether sulfa
TOMADOL® 1-7
poly (7) oxyethylene C11 alcohol
Tomadol 1-7 Alcohol Ethoxylate is nonionic surfactant made from linear C11 alcohol with 7 moles (average) of ethylene oxide. Tomadol 1-7 has an HLB of 12.9 and is typically used as the sole surfactant in many aqueous cleaning formulations or in combination with a lower HLB nonionic or in combination with an anionic such as sodium lauryl ether sulfa
TOMADOL® 1-73-B
poly (5.6) oxyethylene C11 alcohol
Tomadol 1-73B Alcohol Ethoxylate is nonionic surfactant made from linear C11 alcohol with 5.6 moles (average) of ethylene oxide. Tomadol 1-73B has an HLB of 11.8 and is typically used as the sole surfactant in many aqueous cleaning formulations. It can also be used in combination with other surfactants, such as anionic or cationic surfactants. The
TOMADOL® 1-9
poly (9) oxyethylene C11 alcohol
Tomadol 1-9 Alcohol Ethoxylate is nonionic surfactant made from linear C11 alcohol with 9 moles (average) of ethylene oxide. Tomadol 1-9 has an HLB of 13.9 and is typically used as the sole surfactant in many aqueous cleaning formulations or in combination with a lower HLB nonionic or in combination with an anionic such as sodium lauryl ether sulfa
TOMADOL® 1200
Tomadol 1200 is a high performance and environmentally friendly replacement for 12 mole nonylphenol ethoxylate (NP-12). It provides improved iodine stability compared to NP-12, powerful emulsification, equivalent foam and is readily biodegradable. Additionally, Tomadol 1200 meets EU Directive ECC 82/242.
TOMADOL® 23-1
poly (1) oxyethylene C12-13 alcohol
Tomadol 23-1 Alcohol Ethoxylate is nonionic surfactant made from linear C12-13 alcohol with 1 mole (average) of ethylene oxide. Tomadol 23-1 has an HLB of 3.7 and is typically used in combination with a higher HLB nonionic. The degree of alkoxylation of the Tomadol 23-1 offers improved solvency in aqueous based cleaners. The Tomadol 23-1 is include
TOMADOL® 23-3
poly (3) oxyethylene C12-13 alcohol
Tomadol 23-3 Alcohol Ethoxylate is nonionic surfactant made from linear C12-13 alcohol with 3 moles (average) of ethylene oxide. Tomadol 23-3 has an HLB of 7.9 and is typically used in combination with a higher HLB nonionic. The degree of alkoxylation of the Tomadol 23-3 offers improved solvency in aqueous based cleaners. The Tomadol 23-3 is includ
TOMADOL® 23-5
poly (5) oxyethylene C12-13 alcohol
Tomadol 23-5 Alcohol Ethoxylate is nonionic surfactant made from linear C12-13 alcohol with 5 moles (average) of ethylene oxide. Tomadol 23-5 has an HLB of 10.7 and is typically used in as the sole nonionic surfactant or in combination with an anionic surfactant such as sodium lauryl ether sulfate. The degree of alkoxylation of the Tomadol 23-5 off
TOMADOL® 23-6.5
poly (6.5) oxyethylene C12-13 alcohol
Tomadol 23-6.5 Alcohol Ethoxylate is nonionic surfactant made from linear C12-13 alcohol with 6.6 moles (average) of ethylene oxide. Tomadol 23-6.5 has an HLB of 12 and is typically used in as the sole nonionic surfactant or in combination with an anionic surfactant such as sodium lauryl ether sulfate. The degree of alkoxylation of the Tomadol 23-6
TOMADOL® 25-12
poly (12) oxyethylene C12-15 alcohol
Tomadol 25-12 Alcohol Ethoxylate is nonionic surfactant made from linear C12-15 alcohol with 11.9 moles (average) of ethylene oxide. Tomadol 25-12 has an HLB of 14.4 and is typically used as the sole detergent in highly alkaline detergent formulations or combination with an anionic such as sodium lauryl ether sulfate. The degree of alkoxylation of
TOMADOL® 25-3
poly (3) oxyethylene C12-15 alcohol
Tomadol 25-3 Alcohol Ethoxylate is nonionic surfactant made from linear C12-15 alcohol with 2.8 moles (average) of ethylene oxide. Tomadol 25-3 has an HLB of 7.5 and is typically used in combination with a higher HLB nonionic. The degree of alkoxylation of the Tomadol 25-3 offers improved solvency in aqueous based cleaners. The Tomadol 25-3 is incl
TOMADOL® 25-7
poly (7) oxyethylene C12-15 alcohol
Tomadol 25-7 Alcohol Ethoxylate is nonionic surfactant made from linear C12-15 alcohol with 7.3 moles (average) of ethylene oxide. Tomadol 25-7 has an HLB of 12.3 and is typically used in combination with a low HLB nonionic such as Tomadol 25-3. The degree of alkoxylation of the Tomadol 25-7 offers superior wetting in aqueous based cleaners. The To
TOMADOL® 25-9
poly (9) oxyethylene C12-15 alcohol
Tomadol 25-9 Alcohol Ethoxylate is nonionic surfactant made from linear C12-15 alcohol with 8.9 moles (average) of ethylene oxide. Tomadol 25-9 has an HLB of 13.1 and is typically used as sole detergent in highly alkaline, ?built? laundry liquids. The degree of alkoxylation of the Tomadol 25-9 offers superior wetting in aqueous based cleaners. The
TOMADOL® 400
Tomadol 400 is a high performance and environmentally friendly replacement for 4 mole nonylphenol ethoxylate (NP-4). It provides excellent handling properties due to its liquidity, reduced foaming, and superior cleaning, even at lower use levels compared to NP-4.
TOMADOL® 45-13
poly (13) oxyethylene C14-15 alcohol
Tomadol 45-13 Alcohol Ethoxylate is nonionic surfactant made from linear C14-15 alcohol with 12.9 moles (average) of ethylene oxide. Tomadol 45-13 has an HLB of 14.4 and is typically used as the sole surfactant or in combination with other nonionic surfactants. The degree of alkoxylation of the Tomadol 45-13 offers good wetting and high cloud point
TOMADOL® 45-2.25
poly (2.25) oxyethylene C14-15 alcohol
Tomadol 45-2.25 Alcohol Ethoxylate is nonionic surfactant made from linear C14-15 alcohol with 2.23 moles (average) of ethylene oxide. Tomadol 45-2.25 has an HLB of 6.2 and is typically used as in combination with a higher HLB nonionic. The degree of alkoxylation of the Tomadol 45-2.25 offers improved solvency in aqueous based cleaners. The Tomadol
TOMADOL® 45-7
poly (7) oxyethylene C14-15 alcohol
Tomadol 45-7 Alcohol Ethoxylate is nonionic surfactant made from linear C14-15 alcohol with 7 moles (average) of ethylene oxide. Tomadol 45-7 has an HLB of 11.6 and is typically used as the sole surfactant or in combination with other nonionic surfactants. The degree of alkoxylation of the Tomadol 45-7 offers good wetting in aqueous based cleaners.
TOMADOL® 600
Tomadol 600 is a high performance and environmentally friendly replacement for 6 mole nonylphenol ethoxylate (NP-6). It provides excellent handling properties due to its liquidity and superior cleaning, even at lower use levels compared to NP-6.
TOMADOL® 900
Tomadol 900 is a high performance and environmentally friendly replacement for 9 mole nonylphenol ethoxylate (NP-9). It provides excellent handling properties due to its liquidity and superior cleaning, even at lower use levels compared to NP-9.
TOMADOL® 901
Tomadol 901 is a high performance surfactant base for degreasers and other hard surface cleaners. This readily biodegradable surfactant is compatible with acid and alkaline, and with anionic, cationic and nonionic systems. Tomadol 901 contains no phenolic compounds
TOMADOL® 91-2.5
poly (2.5) oxyethylene C9-11 alcohol
Tomadol 91-2.5 Alcohol Ethoxylate is nonionic surfactant made from linear C9-11 alcohol with 2.7 moles (average) of ethylene oxide. Tomadol 91-2.5 has an HLB of 8.5 and is typically used in combination with a higher HLB nonionic such as Tomadol 91-6. The low degree of alkoxylation of the Tomadol 91-2.5 offers improved solvency in aqueous based clea
TOMADOL® 91-6
poly (6) oxyethylene C9-11 alcohol
Tomadol 91-6 Alcohol Ethoxylate is nonionic surfactant made from linear C9-11 alcohol with 6 moles (average) of ethylene oxide. Tomadol 91-6 has an HLB of 12.4 and is typically used as the sole nonionic surfactant in aqueous cleaners or in combination with a lower HLB nonionic such as Tomadol 91-2.5. The degree of alkoxylation of the Tomadol 91-6 o
TOMADOL® 91-8
poly (8) oxyethylene C9-11 alcohol
Tomadol 91-8 Alcohol Ethoxylate is nonionic surfactant made from linear C9-11 alcohol with 8.3 moles (average) of ethylene oxide. Tomadol 91-8 has an HLB of 13.9 and is typically used as the sole nonionic surfactant in aqueous cleaners or in combination with an anionic surfactant such as sodium lauryl ether sulfate. The degree of alkoxylation of th
TOMADOL® 910
Tomadol 910 is an alternative to NP-9 for laundry formulations. With its similar physical properties, it has drop-in compatibility. Unlike NP-9, Tomadol 910 is readily biodegradable and is easily handled due to its low viscosity.
TOMADOL® PS
Tomadol PS is a laundry prespotter concentrate. This readily biodegradable surfactant demonstrates excellent performance on a wide range of stains. With this concentrate, you will need fewer raw materials.
TOMADRYTM N-3
Tomah Tomadry N-3 is a non-hydrocarbon, pre-blended, concentrated vehicle drying agent. Without any hydrocarbon, Tomadry N-3 rapidly and completely dries the vehicle surface.
TOMADRYTM N-4
Tomah Tomadry N-4 is a 100% active super-concentrated drying agent base made with Tomah Emulsifier Four and mineral seal oil. It is fully formulated to be a premium product when properly diluted with water. Tomadry N-4 is quality controlled by Tomah to ensure clarity at high and low temperatures, a problem with many other formulations. For the smal
TOMADRYTM N-5C
Tomadry N-5C is a non-hydrocarbon, pre-blended, concentrated vehicle-drying agent. Without any hydrocarbon, Tomadry N-5C rapidly and completely dries the vehicle surface. Tomadry N-5C is designed to sheet the water off the vehicle. Tomadry N-5C possesses superior biodegradability.
TOMADRYTM N-7
Tomah Tomadry N-7 is a non-hydrocarbon, pre-blended, concentrated drying agent. Without any hydrocarbon, Tomadry N-7 rapidly and completely dries the vehicle surface. Tomadry N-7 contains no glycol ethers.
TOMADRYTM N-8
Tomadry N-8 is a pre-blended, concentrated vehicle drying agent. Tomadry N-8 rapidly and completely dries the vehicle surface. Tomadry N-8 is designed to bead the water off the vehicle. Tomadry N-8 is not flammable.
TOMADYNETM DL
Tomadyne dL is designed to produce microemulsions of d-limonene that may be manipulated to dilute clear or with blooming. These microemulsions are excellent cleaners.
TOMADYNETM100
Tomadyne 100 is designed to be an affordable and efficient surfactant for use in water based degreasing and hard surface cleaning applications. Tomadyne 100 is a moderate foaming surfactant designed for water based degreasing. Tomadyne 100 is very efficient in the removal of organic soils such as oil and grease when subjected to an Immersion Cleani
TOMADYNETM101-LF
Tomadyne 101-LF is designed to be an affordable and efficient surfactant for use in water based degreasing and hard surface cleaning applications. Tomadyne 101-LF is a very low foaming surfactant designed for water based degreasing. Tomadyne 101-LF is very efficient in the removal of organic soils such as oil and grease when subjected to an Immersi
TOMADYNETM102
Tomadyne 102 is designed to be an affordable and efficient surfactant for use in water based degreasing and hard surface cleaning applications. Tomadyne 102 is a moderate foaming surfactant designed for water based degreasing. Tomadyne 102 is very efficient in the removal of organic soils such as oil and grease when subjected to an Immersion Cleani
TOMADYNETM103-LF
Tomadyne 103 is designed to be an affordable and efficient surfactant for use in water based degreasing and hard surface cleaning applications. Tomadyne 103 is a very low foaming surfactant designed for water based degreasing. Tomadyne 103 is very efficient in the removal of organic soils such as oil and grease when subjected to an Immersion Cleani
TOMAKLEENTMTFR
TomaKleen TFR is a pre-formulated detergent base specially formulated for use in vehicle presoaks and traffic film removers.