Products in Fluids & Lubricants: Esters

STEPAN® MWA-551 is a pentaerythritol tetra c8-10 that can be used for metalworking formulations in synthetic and semi-synthetic lubricants in high-temperature applications and for improved lubrication properties. It can act as a stand-alone chlorinated paraffin replacement or be combined with phosphate esters to offer further enhancement. It shows improved lubrication by showing a reduced average scar when compared to the current industry standard.

STEPAN® MWA-553 is a fatty acid ester utilized in metalworking formulations for synthetic and semi-synthetic lubricants in high-temperature settings. It can function as a standalone chlorinated paraffin replacement or be combined with phosphate esters for enhanced lubrication properties. Its benefits include improved lubrication, a reduced average scar compared to industry standards, and higher failure loads.

STEPAN® MWA-501 is a methyl ester that can be used as either a solvent or a cosolvent in metalworking, die casting, and metal forming processes. It provides excellent film-forming properties and lubricity in straight oil, semi-synthetic, and full synthetic metalworking fluids. It is a non-staining product and has shown excellent results in metal-forming fluids as well as metal removal operations.

STEPAN® MWA-502 can be used as either a solvent or cosolvent in metalworking, die casting, and metal forming processes. It combines excellent characteristics of cleanliness, low odor, high flash point, and good film-forming properties. It can be used as a non-staining additive for metal forming or metal removal operations on ferrous and non-ferrous metals.

STEPAN® MWA-500 can be used as either solvents or cosolvents in metalworking, die casting, and metal forming processes. It can be used in straight oils, semi-synthetics, and full synthetic formulations to provide lubricity and film-forming properties. Additionally, it can be used in oil- or solvent-based concrete form release products for low staining and excellent release characteristics.

ZELEC® 874 is an ester that finds utility in a diverse range of metalworking and textile applications. Notably, the product is biodegradable. Furthermore, zelec 874 can be regarded as practically non-toxic when ingested (ld50 > 5g/kg) and shows minimal irritation potential to the skin and eyes. It belongs to the chemical group of pentaerythritol ester specialty. Its primary function revolves around being a textile lubricating agent.

T-Mulz® P-4LF is a phosphate ester designed for use in alkaline cleaners and hard surface detergents. This product is excellent for metal cleaner formulations due to its low foaming characteristic. This clear, yellow, viscous liquid has a surface tension (0.05% aqueous) of 70 dynes/cm.

Harcros Bis(2-EH)Hydrogen Phosphite is an organophosphorus compound used in fluids and lubricants markets. It belongs to the esters, phosphites, and organophosphorus compounds chemical families. The chemical name is bis(2-ethylhexyl) phosphite, and it serves as a metal processing additive and other industrial processing applications, enhancing stability and performance in lubricants and other formulations.

T-Mulz® 565-2 is a blended anionic surfactant designed primarily for making emulsifier systems for agricultural, latex, and industrial formulations. It provides coupling ability, emulsification power, and rapid wetting to the formulation. As supplied, it is a free acid and will react readily with basic compounds.

MASESTER® E1260 is a versatile ingredient that replaces silicone in select applications across the cosmetics and personal care industries. In cosmetic formulations this dynamic component serves as a: Solvent Carrying agent Pigment-wetting agent Fragrance fixative Emollient Primarily employed as a lubricant and emollient in skin care products, MASESTER® E1260 offers a seamless solution for achieving desired textures and enhancing skin well-being.

MASESTER® E1181 is a versatile ingredient with applications in many areas, including personal care and rubber. Employed as an emollient, emulsifier, and spreading agent in cosmetics, it also acts as a lubricant for makeup. Its applications extend to rubber as a plasticizer and food-contact paperboard as a defoamer.

Cepsa Chemicals GLY 997 / Sinar-GL997 is a colorless, odorless, and non-toxic viscous liquid widely used in the food industry as a sweetener and in pharmaceutical formulations. Due to its polyol nature (containing three hydroxyl groups), it exhibits excellent water solubility.

Jagrolube-PR is a hindered ester used in refrigeration oils, aviation lubricants and engine oils.

TRIEST TTM-1211, is a clear trimellitate ester that imparts flexibility, durability and stability to the product to improve the mechanical properties of materials and increase their functionality. It has applications in many areas like plastic industry, compressor and turbine oils and also in grease and chain oils.

TRIEST DOS-0111, is a colorless, low viscosity ester with high stability, colorless, showing superior performance at low temperatures, formed by the reaction of 2-ethyl hexyl alcohol with sebacic acid. It's applications lies in numerous fields like plastics industry, metal working fluids and packaging industries.

TRIEST PGDO-6021, is a diester formed by the reaction of polyethylene glycol with a biobased C18-rich fatty acid, which is a low toxicity, biodegradable and non-ionic surfactant. It has applications in numerous fields like paper and plastic industry, lubricants, ink and paint industry and in textile auxiliary industry.

TRIEST IPO-0511, is a non-toxic and non-volatile, hydrophobic, unsaturated fatty acid ester formed by the reaction of isopropyl alcohol with oleic acid, a biobased fatty acid. It has applications in many areas like paint industry, agricultural chemicals and in lubricants and greases.

TRIEST MCT-6411, a medium-chain, clear and low viscosity liquid saturated triglyceride obtained from caprylic capric acid and glycerin. It has applications in many areas like cosmetics industry, food additives, coatings and metal working fluids. It has high pressure resistance and high lubricity, high moisturizing.

TRIEST EHP-0811, is a fat-soluble, biobased saturated monoester with low or no odor, formed by the reaction of 2-Ethyl Hexanol with palmitic acid, a biobased fatty acid. It has applications in many areas like cosmetics industry, lubricants and greases, adhesives, ink and paint industry.

TRIEST EHPH-2111, is a water-soluble, anti-corrosion ester formed by the reaction of ethylhexyl alcohol with mono- and di-phosphoric acid, used as a viscosity control agent, especially in polymers and coatings. It's applications lies in many fields like polymer industry, coatings, textile auxiliary chemicals, cleaning products.

TRIEST TTM-3211, is a clear trimellitate ester with high oxidation resistance and viscosity, which imparts flexibility, durability and thermal stability to the product to improve the mechanical properties of materials and increase their functionality. It has applications in many areas like plastic industry, grease and chain oils and also in compressor and turbine oils.

TRIEST DAO-1211, is a fatty acid ester formed by the reaction of diethanolamine and oleic acid, a biobased fatty acid, which provides oil and water balance in products, increases stability and has a high emulsifying capacity. It is used in mutliple fields like cosmetics industry, cleaning products, metal working fluids and lubricants.

TRIEST GMO-4011, is a mono ester formed as a result of the reaction of glycerol and oleic acid, a plant-based fatty acid, with a wide range of uses, high biodegradability and non-ionic surfactant properties. It has applications in many fields like metal working fluids, greases, cosmetics industry and in food additives.

TRIEST TMCC-0211, is a thermally stable and highly lubricating ester formed by the reaction of trimethylol propane and caprylic capric acid, a biobased fatty acid, which provides superior performance properties at both high and low temperatures. It has applications in many areas like metal working fluids, motor oils, chain and compressor oils.

TRIEST PGMO-4021, is a monoester formed by the reaction of polyethylene glycol with a biobased C18-rich fatty acid, low toxicity, biodegradable and non-ionic surfactant. It has applications in many areas like inks and dye industry, coatings, lubricants, adhesives and also textile auxiliary chemicals.

TRIEST TTM-0811, is a clear trimellitate ester that imparts flexibility, durability and stability to the product to improve the mechanical properties of materials and increase their functionality. It has applications in many areas like plastic industry, grease and chain oils and in compressor and turbine oils.

TRIEST PGDO-4011, is a diester formed by the reaction of polyethylene glycol with oleic acid, a biobased fatty acid, with low toxicity, biodegradable and non-ionic surfactant properties. it has applications in many areas like paper and plastic industry, ink and paint industry, adhesives, coatings.

TRIEST EHO-0821, is an unsaturated, biodiluting monoester with low or no odor, hydrophobic and highly biodegradable, with low or no odor, formed by the reaction of 2-ethyl hexanol and a vegetable-based C18-rich fatty acid. It has applications in many areas like polishes and waxes, ink and paint industry.

TRIEST TMCC-4011, is a viscous ester formed by the reaction of trimethylol propane and biobased caprylic capric acid, which provides superior performance properties at both high and low temperatures and has high thermal stability and lubricity. It has applications in many fields like chain and compressor oils, motor oils and also in metal working fluids

LEXOLUBE POE-22 is a polyol ester, designed to provide excellent oxidative stability and wide operating temperature range. It is optimum for applications requiring high temperature stability and low deposit formation, including aviation turbine engine bearing lubricants.

LEXOLUBE PQ-68 is a pentaerythritol ester that provides lubricity, detergency, low temperature fluidity and additive compatibility in a wide range of applications. It is optimal in terms of oxidation, and is useful as a base oil and an additive for most applications requiring high temperature stability such as 2 and 4 stroke oils, compressor oils, hydraulic fluids, greases and gear oils.

LEXOLUBE 4PM-114 is a high performance aromatic synthetic ester with outstanding high temperature stability and low volatility. The aromatic group provides a strong framework that resists oxidation and hydrolysis. The resulting ester is a high viscosity base oil useful in gear and oven chain oils that reduces varnish buildup and extends fluid life.

LEXOLUBE FG HX1 fluids are high performance synthetic polyol ester base stocks for use in lubricating food processing equipment. They have achieved the NSF international HX-1 ranking for incidental food contact under the requirements of FDA 21 CFR 178.3570. Food plants that use exclusively H1 lubricants do not need to report under the HACCP hazard requirement.

LEXOLUBE CLG-460 is a complex polyol ester that provides robust solutions for high temperature applications. It is carefully manufactured to provide little or no residual carboxylic acid. This leads to better emulsion stability, and bio-resistance when properly formulated. LEXOLUBE CG-3000 has achieved the NSF international HX-1 ranking for incidental food contact under the requirements of FDA 21 CFR 178.3570. With greater than 70% renewable content and high biodegradability, the product in on the LuSC list, making it a great choice for any EAL formula, such as those required by the Vessel General Permit (VGP) or EcoLabel.

LUBRICIT PE 418 is an oleic acid based polyol ester. It is environmentally friendly with high bioderived content and offers outstanding lubricity and low volatility. The polyol core structure provides good hydrolytic and thermal stability, making it an excellent choice for hydraulic fluids, gear oils, and metalworking applications.

LUBRICIT 3013 is a high performance aromatic synthetic ester with outstanding high temperature stability and low volatility. The aromatic group provides a strong framework that resists oxidation and hydrolysis. The resulting ester is a high viscosity base oil useful in gear and oven chain oils that reduces varnish buildup and extends fluid life.