Specialty Surfactants & Gelling Agents
We produce a variety of specialty surfactants, gelling agents, emulsifiers, and corrosion inhibitors for use in Industrial & Institutional formulations.
Many of our specialty surfactants are used in extremely challenging formulation environments including chlorinated and highly alkaline or acidic systems. Our emulsifiers will easily emulsify D’Limonene and other difficult-to-emulsify solvents such as soy methyl esters and petroleum distillates. And our low foaming surfactants will enhance the performance of clean-in-place (CIP) or high pressure spray cleaners by reducing surface tension and improving wetting time.
Chlorine Bleach & Peroxide Stable Surfactants
Low foaming, sodium hypochlorite stable surfactants that promote detergency and wetting. Excellent hard water stability, stable in alkaline electrolytes and up to 15% active caustic. Great choice for chlorinated caustic cleaners and other Industrial & Institutional formulations. Not stable in acid systems.
A powerful, multifunctional, low foaming, chlorine stable hydrotrope that also contributes wetting properties. Allows the formulator to reduce the level or the number of other ingredients in their formulation.
A moderate foaming alkyl sulfate stable in chlorine bleach as well as hydrogen peroxide. Readily biodegradable.
DeMOX™ CSG-30 ECO
A specialty amine oxide used to create clear, aqueous gels of sodium hypochlorite (alkaline systems) or hydrogen peroxide (acid systems). Also provides excellent wetting. Readily biodegradable.
Cetyl betaine, CAS# 693-33-4, is a colorless, odorless, ethanol-free, alkyl (C16) betaine producing dense foam and exhibiting unique viscosity building properties in combination with anionics such as SLS, SLES, and sulfate-free systems. It’s an excellent choice for personal care cleansers as well as HI&I foaming acid or alkaline cleaners. DeTAINE PB is also oxidizer stable and is an effective foaming agent for chlorine bleach or hydrogen peroxide cleaners. It is well suited for oilfield applications as alkyl betaines offer better stability at high temperatures vs. amidopropyl betaines. For example, it has been shown that cetyl betaine will stabilize CO2/water foams at temperatures up to ~150ºC in the presence of high saline brines. Approved for use as an inert in non-food pesticides. INCI name: Cetyl Betaine
Low Foaming Acid & Alkaline Stable Surfactants
A low foam amphoteric surfactant that will reduce the surface tension of 50% active caustic soda or 45% active caustic potash. Produces low, quick breaking foam, provides detergency, wetting, and surface tension reduction. DeTERIC CSP-50 is an excellent addition to highly alkaline CIP cleaners. It maintains good color stability in strong caustic formulations, its hard water stable, and inherently biodegradable.
A moderate foaming amphoteric surfactant used in high alkaline or acid systems. Good wetting and hydrotroping properties and stable in up to 30% active KOH.
High Foaming Acid & Alkaline Stable Surfactants
sodium lauriminodipropionate, CAS#14960-06-6 is a high foaming, salt-free amphoteric surfactant providing excellent detergency, wetting, and emulsifying properties. DeTERIC LP is also an excellent hydrotrope and exhibits corrosion inhibition properties in acids as well as in hard water. Readily biodegradable.
Similar to DeTERIC LP but has higher activity and higher foaming properties. It has excellent alkaline and acid stability and is readily biodegradable.
A high foaming, 100% active surfactant concentrate which can be diluted up to 6:1 with water to produce viscous liquid detergents. May also be used to formulate powdered products as it does not contain water.
a thickening and gelling agent for acid systems. It provides detergency and wetting and is an excellent emulsifier. Recommended for use in viscous toilet bowl cleaners, acid pickling, vertical surface detergents, acid corrosion inhibitors, emulsion cleaners and down-hole oil field applications.
DeMULS DLN Series: D’Limonene Emulsifiers
emulsifiers are easy-to-use emulsifiers for D’Limonene. Their versatility allows the formulator to produce microemulsion concentrates with clear or cloudy dilutions in water. Cold-process D’Limonene gels can also be produced that provide vertical cling.
Petroleum Distillate & Soy Methyl Ester Emulsifiers
a specialty emulsifier for petroleum distillates, kerosene and other solvents including Elevance HFS-10 and HFS-12 from Elevance Renewable Sciences. DeMULS KE-75 is a moderate to high foaming, non-phenolic emulsifier recommended for use in hard surface cleaners and degreasers, solvent based paint strippers, and other industrial cleaning applications. Readily biodegradable.
DeMULS SGE-95
an easy-to-use emulsifier for soy methyl esters (such as SoyGold®) and other vegetable based esters including canola and rapeseed methyl esters. Will produce clear and opaque emulsions. Readily biodegradable.
DeIONIC LF Series - Nonionic Alcohol Alkoxylates
Non-gelling when added to water and exhibits multiple properties including detergency, dispersancy, defoaming, alkaline and acid stability, hard water stability, and low VOC.
APE, fluorocarbon, and silicone-free.
DeIONIC C-18: For Solid Block Detergents
A highly ethoxylated, flaked alcohol ethoxylate. This surfactant has a high melting point (55°C-65°C) and good acid and alkaline stability. It is recommended for use as a pigment and dye dispersant, emulsion stabilizer and for use in solid block detergents.
Corrosion Inhibitors
The DeCORE series are multifunctional specialty corrosion inhibitors which find use in the metalworking industry and in aqueous cleaners where corrosion inhibition is needed. These products provide corrosion protection on a wide variety of metals including cast iron and steel, brass, copper, and aluminum.
Additional products that provide corrosion inhibition include a variety of our phosphate esters such as DePHOS 8028, amphoteric surfactants such as DeTERIC LP for acid corrosion inhibition, and DeTROPE CA-100 for aluminum corrosion inhibition.
Phosphare Esters
a very low foaming phosphate ester with exceptional alkali stability. Excellent hydrotrope for nonionic surfactants in highly alkaline formulations and well suited for use in metalworking and metal cleaning applications with a VOC content of only 9.7 grams/liter (ASTM E1868-10 / SCAQMD RULE 1144).
An economical, high foaming, acid and alkaline stable phosphate ester with good detergency and wetting. At 75% active, this ester maintains high performance properties and is recommended as a 1:1 drop-in alternative to higher priced 100% active phosphate esters used in acid and alkaline cleaners.
A moderate foaming phosphate ester and very well suited for metalworking products. Excels as a lubricant, corrosion inhibitor, and emulsifier and is highly effective in aluminum machining applications.
An 80% active, potassium neutralized, multifunctional, low-to-moderate foaming phosphate ester stable in mild acid and alkaline systems. Provides multi-metal corrosion inhibition, lubricity, detergency, wetting, hydrotroping, and scale inhibition properties. Suggested for use in industrial applications including cleaners, metalworking formulations, and for down hole applications. Also available in free acid form (DePHOS 8028FA, 99% active) which allows for neutralization with amines or neutralizer of choice.
A 50% active phosphate ester-potassium salt. Excellent low foam hydrotrope for nonionics and anionics in acid and alkaline systems. This economical, biodegradable phosphate ester has been a formulator’s “go-to” hydrotrope in the industry for years.
Multifunctional Hydrotropes
A chlorine stable, low foaming hydrotrope that also affords wetting properties and may allow for lower use concentrations of other ingredients and surfactants in the formulation.
A low foaming hydrotrope and an excellent corrosion inhibitor for aluminum. A 90% active version, DeTROPE CA-90, is available for ease of handling.
The majority of our products are multifunctional and offer hydrotrope properties along with their primary functions. Please contact us to discuss your specific hydrotrope needs.