Products

Cola®Liquid FACD is a fully biodegradable DEA-free fatty acid amido complex which is exceptionally soluble and stable in systems containing high concentrations of sodium hydroxide, potassium hydroxide, sodium and potassium phosphates, sodium silicates and sodium carbonates. Cola®Liquid FACD offers excellent detergency and wetting properties, particularly silicate containing formulations. In most heavy-duty detergent systems, it offers superior performance and economy when compared to systems requiring the use of hydrotropes such as amphoterics and/or phosphate esters.Cola®Liquid FACD is a low to moderate foamer, producing lower and less stable foam than ethoxylated nonionics and significantly less foam than LAS. Straight aqueous solutions or alkaline solutions which contain up to 15% aqueous solutions of Cola®Liquid FACD show no appreciable increase in the viscosity, even under alkaline conditions.

The Suga®Fax materials are derived from alkyl polyglucosides, a renewable resource made from coconut oil and corn syrup. These starting materials provide biodegradable, mild surfactants that can function in extreme conditions for a variety of consumer and industrial applications. Because of their safety, Suga®Fax products are excellent in consumer and industrial products, dramatically lowering the risk to human exposure. Suga®Fax surfactants are recommended wherever wetting, hydrotroping, and detergency are needed in a consumer or industrial product.

Cola®Zolines, chemically described as 1–hydroxyethyl 2–alkyl imidazolines, are classified as cationic surface active agents. Cola®Zolines and their acid salts offer the following functional properties: wetting, emulsifying, detergency, thickening, moisture displacing, corrosion inhibiting, and antistatic effects. These functional properties are useful in agricultural emulsions, industrial cleaners, paints/coatings, plastics, and petroleum applications.

Cola®Teric CAPB is an amphoteric derived from caprylic imidazoline, and can be used in machine dishwashing and steam cleaning formulations while providing low foam. Cola®Teric CAPB will also find use in hard surface cleaning formulations because of its excellent wetting properties. Cola®Teric CAPB has excellent stability in strongly alkaline aacid systems. Cola®Teric CAPB is compatible with most anionic, cationic and non-ionic surfactants and is an excellent solubilizer for higher molecular weight surfactants.

Cola®Trope OD is a highly effective hydrotropes with excellent environmental attributes. Many hydrotropes currently on the market today are made from environmentally unfriendly materials. For the formulator who is formulating safer, "green" products, hydrotropes such as SXS and cresylic acid based hydrotropes are no longer safe and environmentally acceptable. Cola®Trope OD is derived from natural sources and are non-petroleum based materials. Cola®Trope OD is more effective than sodium xylene sulfonate and has excellent wetting and detergency properties and soluble in up to 20% KOH and 15% NaOH. Cola®Trope OD is a moderate foamer that is useful in developing vertical foaming cleaners. It is recommended for neutral to alkaline pH formulations and not to be used in acid pH formulations. Cola®Trope OD is listed on CleanGredients.

The Suga®Fax materials are derived from alkyl polyglucosides, a renewable resource made from coconut oil and corn syrup. These starting materials provide biodegradable, mild surfactants that can function in extreme conditions for a variety of consumer and industrial applications. Because of their safety, Suga®Fax products are excellent in consumer and industrial products, dramatically lowering the risk to human exposure. Suga®Fax surfactants are recommended wherever wetting, hydrotroping, and detergency are needed in a consumer or industrial product.

Cola®Zolines, chemically described as 1–hydroxyethyl 2–alkyl imidazolines, are classified as cationic surface active agents. Cola®Zolines and their acid salts offer the following functional properties: wetting, emulsifying, detergency, thickening, moisture displacing, corrosion inhibiting, and antistatic effects. These functional properties are useful in agricultural emulsions, industrial cleaners, paints/coatings, plastics, and petroleum applications.

Cola®Zolines, chemically described as 1–hydroxyethyl 2–alkyl imidazolines, are classified as cationic surface active agents. Cola®Zolines and their acid salts offer the following functional properties: wetting, emulsifying, detergency, thickening, moisture displacing, corrosion inhibiting, and antistatic effects. These functional properties are useful in agricultural emulsions, industrial cleaners, paints/coatings, plastics, and petroleum applications.

Cola®Liquid DCT is a Modified Cocamide DIPA and Tall Oil Soap. Cola®Liquid DCT is an excellent substitute for 2:1 DEA amides. Colonial Chemical’s Cola®Liquid products consist of completely liquid, consumer acceptable non-DEA amides that perform like traditional alkanolamide surfactants. Cola®Liquid DCT can be used in any application where traditional alkanolamide surfactants have been used.

Cola® Mine 11CM-MOD is Coconut Diethanolamide, Modified.

Cola®Carb BEA is an extremely low foaming wetting agent, stable to high acid and alkali. It is soluble in 20% HCl and 20% KOH.

Cola®Zolines, chemically described as 1–hydroxyethyl 2–alkyl imidazolines, are classified as cationic surface active agents. Cola®Zolines and their acid salts offer the following functional properties: wetting, emulsifying, detergency, thickening, moisture displacing, corrosion inhibiting, and antistatic effects. These functional properties are useful in agricultural emulsions, industrial cleaners, paints/coatings, plastics, and petroleum applications. Cola®Zolines, chemically described as 1–hydroxyethyl 2–alkyl imidazolines, are classified as cationic surface active agents. Cola®Zolines and their acid salts offer the following functional properties: wetting, emulsifying, detergency, thickening, moisture displacing, corrosion inhibiting, and antistatic effects. These functional properties are useful in agricultural emulsions, industrial cleaners, paints/coatings, plastics, and petroleum applications.

Cola®Lux C-8 is an octyldimethylamine oxide from a narrow cut amine, that provides good wetting and very low foaming characteristics. It is compatible with cost surfactants and because there are no amide or ester groups in its chemical structure, Cola®Lux C-8 will not hydrolyze in acid formulations. Cola®Lux C-8 is also stable in highly alkaline and strong electrolyte systems. Cola®Lux C-8 is also uselful in hydrogen peroxide and sodium hypochlorite formulations, providing increased strike for better performance.

Cola®Dol 173B is a moderate foam nonionic performance blend of ethoxylated alcohols effective in transportation cleaning and industrial degreasing. The combination of ethoxylates provides excellent wetting, emulsification and detergency.

The Suga®Fax materials are derived from alkyl polyglucosides, a renewable resource made from coconut oil and corn syrup. These starting materials provide biodegradable, mild surfactants that can function in extreme conditions for a variety of consumer and industrial applications. Because of their safety, Suga®Fax products are excellent in consumer and industrial products, dramatically lowering the risk to human exposure. Suga®Fax surfactants are recommended wherever wetting, hydrotroping, and detergency are needed in a consumer or industrial product.

Cola®Trope SC-45 is a high foaming, chlorine stable, caustic soluble surfactant and hydrotrope. Cola®Trope SC-45 is an aqueous solution of an anionic surfactant containing both sulfonate and carboxylate functionality. It is stable to hypochlorites, and soluble in caustic and electrolytic solutions. It also wets rapidly, and has excellent detergent properties. Cola®Trope SC-45 is used in applications in alkaline spray foam cleaners containing chlorine, and in other formulations where high foam and excellent detergency are required.

Unlike some conventional surfactants used in 50% Caustic Soda solutions, Cola®Trope AHS is readily soluble and requires no prolonged mixing or heating. It is also stable in mineral acids (i.e., 25% HCl, 20% HNO3, and 85% H3PO4). Suggested uses are in the area of industrial and household products where high performance and low foam are required. Metal cleaning, bottle washing concentrates, heavy duty steam cleaning, wax striping, etc., are only a few of the areas where Cola®Trope AHS deserves evaluation

Cola®Nol 14 is a PEG-free distilled polyglycerol ester based on vegetable oleic acid. It is an excellent emulsifier enabling water and oil to mix with good heat and cold stability. Cola®Nol 14 is compatible with all kinds of cosmetic oils and active ingredients with very pleasant application properties.

Cola®Wet TDS-35, chemically described as tetrasodium dicarboxyethyl stearyl sulfosuccinamate, is an anionic surfactant displaying a wide array of functional properties. This versatility makes it ideal for use in industrial detergents, agricultural, cosmetic, and textile products, as well as in emulsion polymerization of vinyl monomers.

Cola®Trope 1254 is an anionic hydrotroping agent designed to maximize the benefits in all systems. It can be used to replace phosphate esters in moderately alkaline systems to eliminate phosphorus release. As a free flowing liquid at an alkaline pH, it can easily be added to existing systems to improve foaming action and help solubilize nonionics. It will also help suppress Krafft points in blends with high levels of inorganic builders and provide some wetting action on hard surfaces.

Cola®Fax 3660 is an anionic surfactant for industrial applications that provides good wetting, detergency, hydrotroping, and electrolyte stability. It is fully biodegradable. It is useful in hard surface cleaning, emulsion polymer emulsifier, vehicle cleaners, corrosion inhibitors, lubricant anti-wear properties and textile wetting.

Cola®Dol 900 is high-performance, environmentally-friendly nonionic surfactants designed specifically for ease of re-formulation when replacing nonyl phenol ethoxylates.