Products

ExxonMobil™ Data Center Immersion Fluid 3151 is based on low viscosity polyalphaolefins fluids featuring excellent low temperature properties, low volatility, and improved thermal stability. ExxonMobil™ Data Center Immersion Fluid 3151 is ideally suited for immersion applications in data centers.

ExxonMobil™ Data Center Immersion Fluid 3235 Super is based on low viscosity polyalphaolefins fluids featuring excellent low temperature properties, low volatility, and improved thermal stability. ExxonMobil™ Data Center Immersion Fluid 3235 Super is ideally suited for immersion applications in data centers.

ExxonMobil™ Data Center Immersion Fluid 3150 is based on low viscosity polyalphaolefins fluids featuring excellent low temperature properties, low volatility, and improved thermal stability. ExxonMobil™ Data Center Immersion Fluid 3150 is ideally suited for immersion applications in data centers.

Focus Nilfoam 718 is a free-rinsing, organo silicone emulsion and is very effective on a range of surfactant based foams in water-based systems. Focus Nilfoam 718 will effectively control foam in a variety of applications including metalworking coolants, water-based adhesives, wastewater treatment systems, and latex systems.

ExxonMobil™ Data Center Immersion Fluid 3152 is based on low viscosity polyalphaolefins fluids featuring excellent low temperature properties, low volatility, and improved thermal stability. ExxonMobil™ Data Center Immersion Fluid 3152 is ideally suited for immersion applications in data centers.

Hemp Fine Hurd Blend are ideal for absorbent applications and biocomposites.Hemp Fine Hurd Blend is sustainably sourced, rapidly renewable and dust- and chemical-free.

ExxonMobil™ Data Center Immersion Fluid 3220 is based on low viscosity polyalphaolefins fluids featuring excellent low temperature properties, low volatility, and improved thermal stability. ExxonMobil™ Data Center Immersion Fluid 3220 is ideally suited for immersion applications in data centers.

ExxonMobil™ Data Center Immersion Fluid 3250 is based on low viscosity polyalphaolefins fluids featuring excellent low temperature properties, low volatility, and improved thermal stability. ExxonMobil™ Data Center Immersion Fluid 3250 is ideally suited for immersion applications in data centers.

Fine Hurd Blend is the perfect starting point to connect “eco” with industry. IND HEMP hurd fibers are ideal for absorbent applications and biocomposites. Our hurd fiber products are sustainably sourced, rapidly renewable and expect to be free from dust and foreign materials.

CARPOL® NIONIC™ L-101 Surfactant is a nonionic surfactant with a chemical structure designed to make it act as a defoamer in many applications. Even at very low concentrations, CARPOL® NIONIC™ L-101 can be used to reduce the superficial tension of liquids, including high viscosity liquids. Defoaming performance is a function of cloud point and end use temperature and CARPOL® NIONIC™ L-101 is a good general/low temperature defoamer. They are water soluble at low temperatures and will flocculate when warmed above their cloud point

Silcolapse® 721 is a non-ionic aqueous 10% active silicone antifoam and/or defoamer. It offers excellent antifoam and defoaming properties in a wide variety of aqueous applications including those with incidental food contact as well as food processing applications. The product effectively controls foam at concentrations as low as 10 ppm solids, even at elevated temperatures. The product gives good results at wide-ranging pH and provides a cost effective solution where foam is a problem.

Silcolapse® 710 is a 100% active silicone antifoam and/or defoamer. It offers excellent antifoam and defoaming properties in a wide variety of aqueous and non-aqueous applications including those with incidental food contact as well as food processing applications. The product effectively controls foam at concentrations as low as 10 ppm solids, even at elevated temperatures. The product gives good results at wide-ranging pH and provides a cost effective solution where foam is a problem.