| AKT-855 | Gelest, Incorporated | Titanate catalyst for alkoxy and oxime neutral cure RTV's. | |
| AKT853 | Gelest, Incorporated | Titanate catalyst for alkoxy and oxime neutral cure RTV's. | |
| AKT865 | Gelest, Incorporated | Titanate catalyst for alkoxy and oxime neutral cure RTV's. | |
| AKT867 | Gelest, Incorporated | Catalyst for silicone condensation RTV's. | |
| ALT-143 | Gelest, Incorporated | Organic compatible silicone fluid with greatly improved lubrication characteristics, higher viscosity-temperature coefficient, lower compressibility and decreased oxidation stability when compared to polydimethylsiloxanes. | |
| ALT-173 | Gelest, Incorporated | Organic compatible silicone fluid with greatly improved lubrication characteristics, higher viscosity-temperature coefficient, lower compressibility and decreased oxidation stability when compared to polydimethylsiloxanes. | |
| ALT-192 | Gelest, Incorporated | Organic compatible silicone fluid with greatly improved lubrication characteristics, higher viscosity-temperature coefficient, lower compressibility and decreased oxidation stability when compared to polydimethylsiloxanes. | |
| ALT-213 | Gelest, Incorporated | Organic compatible silicone fluid with greatly improved lubrication characteristics, higher viscosity-temperature coefficient, lower compressibility and decreased oxidation stability when compared to polydimethylsiloxanes. | |
| ALT-233 | Gelest, Incorporated | Organic compatible silicone fluid with greatly improved lubrication characteristics, higher viscosity-temperature coefficient, lower compressibility and decreased oxidation stability when compared to polydimethylsiloxanes. | |
| ALT-251 | Gelest, Incorporated | Organic compatible silicone fluid with greatly improved lubrication characteristics, higher viscosity-temperature coefficient, lower compressibility and decreased oxidation stability when compared to polydimethylsiloxanes. | |
| ALT-263 | Gelest, Incorporated | Organic compatible silicone fluid with greatly improved lubrication characteristics, higher viscosity-temperature coefficient, lower compressibility and decreased oxidation stability when compared to polydimethylsiloxanes. | |
| ALT-292 | Gelest, Incorporated | Organic compatible silicone fluid with greatly improved lubrication characteristics, higher viscosity-temperature coefficient, lower compressibility and decreased oxidation stability when compared to polydimethylsiloxanes. | |
| ALT-563 | Gelest, Incorporated | Organic compatible silicone fluid with greatly improved lubrication characteristics, higher viscosity-temperature coefficient, lower compressibility and decreased oxidation stability when compared to polydimethylsiloxanes. | |
| ALT-652 | Gelest, Incorporated | Organic compatible silicone fluid with greatly improved lubrication characteristics, higher viscosity-temperature coefficient, lower compressibility and decreased oxidation stability when compared to polydimethylsiloxanes. | |
| AMS-132 | Gelest, Incorporated | Aminopropylmethylsiloxane-dimethylsiloxane copolymer. | |
| AMS-152 | Gelest, Incorporated | Aminopropylmethylsiloxane-dimethylsiloxane copolymer. | |
| AMS-162 | Gelest, Incorporated | Aminopropylmethylsiloxane-dimethylsiloxane copolymer. | |
| AMS-233 | Gelest, Incorporated | Aminoethylaminopropylmethylsiloxane-dimethylsiloxane copolymer. | |
| AMS-242 | Gelest, Incorporated | Aminoethylaminoisobutylmethylsiloxane-dimethylsiloxane copolymer. | |
| ARBOCEL® B 600 | J. Rettenmaier & Söhne GmbH & Co. KG | ARBOCEL® B 600 is powdered, white and pure cellulose fiber. The average fiber length is around 60 µm. ARBOCEL® B 600 is suitable for diverse polymer applications as functional filler. JRS products are based on natural materials. We strive to maximize the ...view more ARBOCEL® B 600 is powdered, white and pure cellulose fiber. The average fiber length is around 60 µm. ARBOCEL® B 600 is suitable for diverse polymer applications as functional filler. JRS products are based on natural materials. We strive to maximize the value of plant based sidestreams via extracting biodegradable additives for manifold applications. With our regrowing fibers and polymers, sustainability and functionality are introduced in composites, adhesives and many more products. view less | |
| ARBOCEL® BE 600-10 TG | J. Rettenmaier & Söhne GmbH & Co. KG | ARBOCEL® BE 600 10 TG is highly pure and white cellulose powder. Its average particle size is around 18 µm and it exhibits a cubic structure. The product is suited for reinforcing polymer composites or as a functional filler in various applications. JRS p...view more ARBOCEL® BE 600 10 TG is highly pure and white cellulose powder. Its average particle size is around 18 µm and it exhibits a cubic structure. The product is suited for reinforcing polymer composites or as a functional filler in various applications. JRS products are based on natural materials. We strive to maximize the value of plant based sidestreams via extracting biodegradable additives for manifold applications. With our regrowing fibers and polymers, sustainability and functionality are introduced in composites, adhesives and many more products. view less | |
| ARBOCEL® BE 600-30 | J. Rettenmaier & Söhne GmbH & Co. KG | ARBOCEL® BE 600-30 are highly pure cellulose micro fibers. Its average fiber length is around 30 µm. The product is suited for reinforcing polymer composites or as a functional filler in various applications. JRS products are based on natural materials. W...view more ARBOCEL® BE 600-30 are highly pure cellulose micro fibers. Its average fiber length is around 30 µm. The product is suited for reinforcing polymer composites or as a functional filler in various applications. JRS products are based on natural materials. We strive to maximize the value of plant based sidestreams via extracting biodegradable additives for manifold applications. With our regrowing fibers and polymers, sustainability and functionality are introduced in composites, adhesives and many more products. view less | |
| ARBOCEL® CE 2906 HF 50 LV | J. Rettenmaier & Söhne GmbH & Co. KG | ARBOCEL® CE 2906 HF 50 LV is a low viscosity hydroxypropyl methyl cellulose in powder form. It is solvable in water and forms a reversible gel above a specific gelling temperature. ARBOCEL® CE 2906 HF 50 LV can also be used to increase tack and form trans...view more ARBOCEL® CE 2906 HF 50 LV is a low viscosity hydroxypropyl methyl cellulose in powder form. It is solvable in water and forms a reversible gel above a specific gelling temperature. ARBOCEL® CE 2906 HF 50 LV can also be used to increase tack and form transparent and flexible films which show oil barrier properties. JRS products are based on natural materials. We strive to maximize the value of plant based sidestreams via extracting biodegradable additives for manifold applications. With our regrowing fibers and polymers, sustainability and functionality are introduced in composites, adhesives and many more products. view less | |
| ARBOCEL® CE 2910 HE 15 LV | J. Rettenmaier & Söhne GmbH & Co. KG | ARBOCEL® CE 2910 HE 15 LV is a very low viscosity hydroxypropyl methyl cellulose in powder form. It is solvable in water and forms a reversible gel above a specific gelling temperature. ARBOCEL® CE 2910 HE 15 LV can also be used to increase tack and form ...view more ARBOCEL® CE 2910 HE 15 LV is a very low viscosity hydroxypropyl methyl cellulose in powder form. It is solvable in water and forms a reversible gel above a specific gelling temperature. ARBOCEL® CE 2910 HE 15 LV can also be used to increase tack and form transparent and flexible films which show oil barrier properties. JRS products are based on natural materials. We strive to maximize the value of plant based sidestreams via extracting biodegradable additives for manifold applications. With our regrowing fibers and polymers, sustainability and functionality are introduced in composites, adhesives and many more products. view less | |
| ARBOCEL® CE 2910 HE 5 LV | J. Rettenmaier & Söhne GmbH & Co. KG | ARBOCEL® CE 2910 HE 5 LV is a very low viscosity hydroxypropyl methyl cellulose in powder form. It is solvable in water and forms a reversible gel above a specific gelling temperature. JRS products are based on natural materials. We strive to maximize the...view more ARBOCEL® CE 2910 HE 5 LV is a very low viscosity hydroxypropyl methyl cellulose in powder form. It is solvable in water and forms a reversible gel above a specific gelling temperature. JRS products are based on natural materials. We strive to maximize the value of plant based sidestreams via extracting biodegradable additives for manifold applications. With our regrowing fibers and polymers, sustainability and functionality are introduced in composites, adhesives and many more products. view less | |
| ARBOCEL® CE 2910 HE 50 LV | J. Rettenmaier & Söhne GmbH & Co. KG | ARBOCEL® CE 2910 HE 50 LV is a low viscosity hydroxypropyl methyl cellulose in powder form. It is solvable in water and forms a reversible gel above a specific gelling temperature. ARBOCEL® CE 2910 HE 50 LV can also be used to increase tack and form trans...view more ARBOCEL® CE 2910 HE 50 LV is a low viscosity hydroxypropyl methyl cellulose in powder form. It is solvable in water and forms a reversible gel above a specific gelling temperature. ARBOCEL® CE 2910 HE 50 LV can also be used to increase tack and form transparent and flexible films which show oil barrier properties. JRS products are based on natural materials. We strive to maximize the value of plant based sidestreams via extracting biodegradable additives for manifold applications. With our regrowing fibers and polymers, sustainability and functionality are introduced in composites, adhesives and many more products. view less | |
| ARBOCEL® FD 600-30 | J. Rettenmaier & Söhne GmbH & Co. KG | ARBOCEL® FD 600-30 are technical cellulose short fibers. Its average fiber length is around 45 µm. The product is suited for reinforcing polymer composites or as a functional filler in various applications. JRS products are based on natural materials. We ...view more ARBOCEL® FD 600-30 are technical cellulose short fibers. Its average fiber length is around 45 µm. The product is suited for reinforcing polymer composites or as a functional filler in various applications. JRS products are based on natural materials. We strive to maximize the value of plant based sidestreams via extracting biodegradable additives for manifold applications. With our regrowing fibers and polymers, sustainability and functionality are introduced in composites, adhesives and many more products. view less | |
| ARBOCEL® P 4000 X | J. Rettenmaier & Söhne GmbH & Co. KG | ARBOCEL® P 4000 X is a cellulose gel, co-processed with cellulose gum and xanthan in form of a dispersable powder. By using shear energy (dissolver, kneader) it is possible to convert ARBOCEL® P 4000 X into a (thermo-)stable, thixotropic gel, with anti-se...view more ARBOCEL® P 4000 X is a cellulose gel, co-processed with cellulose gum and xanthan in form of a dispersable powder. By using shear energy (dissolver, kneader) it is possible to convert ARBOCEL® P 4000 X into a (thermo-)stable, thixotropic gel, with anti-setting properties, which improves the rheology of water-based systems. JRS products are based on natural materials. We strive to maximize the value of plant based sidestreams via extracting biodegradable additives for manifold applications. With our regrowing fibers and polymers, sustainability and functionality are introduced in composites, adhesives and many more products. view less | |
| ARBOCEL® UFC 100 | J. Rettenmaier & Söhne GmbH & Co. KG | ARBOCEL® UFC 100 is microcrystalline, ultra-fine and highly pure cellulose powder. Its average particle size is around ~10µm. The small particle size and purity make it a high performance filler for diverse coating applications. ARBOCEL® UFC 100 use cases...view more ARBOCEL® UFC 100 is microcrystalline, ultra-fine and highly pure cellulose powder. Its average particle size is around ~10µm. The small particle size and purity make it a high performance filler for diverse coating applications. ARBOCEL® UFC 100 use cases as retention aid in paper coatings and volume agent in textile surfaces have proven its value. JRS products are based on natural materials. We strive to maximize the value of plant based sidestreams via extracting biodegradable additives for manifold applications. With our regrowing fibers and polymers, sustainability and functionality are introduced in composites, adhesives and many more products. view less | |
| ATM-1112 | Gelest, Incorporated | Aminoethylaminopropylmethoxysiloxane-dimethylsiloxane copolymer. | |
| ATM-1322 | Gelest, Incorporated | Aminoethylaminopropylmethoxysiloxane-dimethylsiloxane copolymer. | |
| DBE-224 | Gelest, Incorporated | Polyalkylene oxide modified silicone widely used as a surfactant and emulsifier. | |
| DBE-621 | Gelest, Incorporated | Polyalkylene oxide modified silicone widely used as a surfactant and emulsifier. | |
| DBE-712 | Gelest, Incorporated | Polyalkylene oxide modified silicone widely used as a surfactant and emulsifier. | |
| DBE-814 | Gelest, Incorporated | Polyalkylene oxide modified silicone widely used as a surfactant and emulsifier. | |
| DBE-821 | Gelest, Incorporated | Polyalkylene oxide modified silicone widely used as a surfactant and emulsifier. | |
| DBP-534 | Gelest, Incorporated | Polyalkylene oxide modified silicone widely used as a surfactant and emulsifier. | |
| DBP-732 | Gelest, Incorporated | Polyalkylene oxide modified silicone widely used as a surfactant and emulsifier. | |
| DES-T03 | Gelest, Incorporated | Polydiethylsiloxane that offers improved metal-metal lubrication and low temperature properties when compared to polydimethylsiloxanes. | |
| DES-T11 | Gelest, Incorporated | Polydiethylsiloxane that offers improved metal-metal lubrication and low temperature properties when compared to polydimethylsiloxanes. | |
| DES-T12 | Gelest, Incorporated | Polydiethylsiloxane that offers improved metal-metal lubrication and low temperature properties when compared to polydimethylsiloxanes. | |
| DES-T15 | Gelest, Incorporated | Polydiethylsiloxane that offers improved metal-metal lubrication and low temperature properties when compared to polydimethylsiloxanes. | |
| DES-T23 | Gelest, Incorporated | Polydiethylsiloxane that offers improved metal-metal lubrication and low temperature properties when compared to polydimethylsiloxanes. | |
| DMS-A11 | Gelest, Incorporated | Aminopropyl terminated polydimethylsiloxane. | |
| DMS-A12 | Gelest, Incorporated | Aminopropyl terminated polydimethylsiloxane. | |
| DMS-A15 | Gelest, Incorporated | Aminopropyl terminated polydimethylsiloxane. | |
| DMS-A21 | Gelest, Incorporated | Aminopropyl terminated polydimethylsiloxane. | |
| DMS-A211 | Gelest, Incorporated | N-ethylaminoisobutyl terminated polydimethylsiloxane. | |
| DMS-A214 | Gelest, Incorporated | N-ethylaminoisobutyl terminated polydimethylsiloxane. | |
| DMS-A31 | Gelest, Incorporated | Aminopropyl terminated polydimethylsiloxane. | |
| DMS-A32 | Gelest, Incorporated | Aminopropyl terminated polydimethylsiloxane. | |
| DMS-A32R | Gelest, Incorporated | Reduced volatility grade aminopropyl terminated polydimethylsiloxane. | |
| DMS-B12 | Gelest, Incorporated | (Carboxyalkyl) terminated polydimethylsiloxane. | |
| DMS-B25 | Gelest, Incorporated | (Carboxyalkyl) terminated polydimethylsiloxane. | |
| DMS-B31 | Gelest, Incorporated | (Carboxyalkyl) terminated polydimethylsiloxane. | |
| DMS-H03 | Gelest, Incorporated | Hydride terminated polydimethylsiloxane. | |
| DMS-H11 | Gelest, Incorporated | Hydride terminated polydimethylsiloxane. | |
| DMS-H21 | Gelest, Incorporated | Hydride terminated polydimethylsiloxane. | |
| DMS-H25 | Gelest, Incorporated | Hydride terminated polydimethylsiloxane. | |
| DMS-H31 | Gelest, Incorporated | Hydride terminated polydimethylsiloxane. | |
| DMS-H41 | Gelest, Incorporated | Hydride terminated polydimethylsiloxane. | |
| DMS-L21 | Gelest, Incorporated | Chloromethyl terminated polydimethylsiloxane. | |
| DMS-T21 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T21M50 | Gelest, Incorporated | Easy to use, water-dilutable, fine particle dispersion of conventional polydimethylsiloxane fluid. Employed as a release agent and lubricant in a variety of rubber and plastic applications. | |
| DMS-T25 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T31M50 | Gelest, Incorporated | Easy to use, water-dilutable, fine particle dispersion of conventional polydimethylsiloxane fluid. Employed as a release agent and lubricant in a variety of rubber and plastic applications. | |
| DMS-T41M50 | Gelest, Incorporated | Easy to use, water-dilutable, fine particle dispersion of conventional polydimethylsiloxane fluid. Employed as a release agent and lubricant in a variety of rubber and plastic applications. | |
| DMS-T51B20 | Gelest, Incorporated | Silicone fluid blend. | |
| DMS-T51M35 | Gelest, Incorporated | Easy to use, water-dilutable, fine particle dispersion of conventional polydimethylsiloxane fluid. Employed as a release agent and lubricant in a variety of rubber and plastic applications. | |
| DMS-T72B15 | Gelest, Incorporated | Silicone fluid blend. | |
| FMS-121 | Gelest, Incorporated | Fluorosilicone fluid that is useful in a wide range of aggressive service environments. Has a number of unique applications due to its chemical and solvent resistance to lubricity. | |
| FMS-123 | Gelest, Incorporated | Fluorosilicone fluid that is useful in a wide range of aggressive service environments. Has a number of unique applications due to its chemical and solvent resistance to lubricity. | |
| FMS-131 | Gelest, Incorporated | Fluorosilicone fluid that is useful in a wide range of aggressive service environments. Has a number of unique applications due to its chemical and solvent resistance to lubricity. | |
| FMS-141 | Gelest, Incorporated | Fluorosilicone fluid that is useful in a wide range of aggressive service environments. Has a number of unique applications due to its chemical and solvent resistance to lubricity. | |
| FMS-221 | Gelest, Incorporated | Fluorosilicone fluid that is useful in a wide range of aggressive service environments. Has a number of unique applications due to its chemical and solvent resistance to lubricity. | |
| GELEST GEL P065 | Gelest, Incorporated | Temporarily deformable material with excellent low temperature properties. It performs as a dielectric gel -115 to 235 degrees Celsius. | |
| HARDSIL™ AM | Gelest, Incorporated | Primerless silicone resin dispersed in a mixture of alcohols including methanol, n-butanol and isopropanol. | |
| HARDSIL™ AP | Gelest, Incorporated | Primerless phenyl modified silicone dispersed in xylene for continuous use at temperatures up to 360 degrees Celsius. | |
| HARDSIL™ AR | Gelest, Incorporated | Primerless modified phenyl silicone resin dispersed in xylene for continuous use at temperatures up to 325 degrees Celsius. | |
| HEWETEN® 101 | J. Rettenmaier & Söhne GmbH & Co. KG | HEWETEN® 101 is white and highly pure microcrystalline cellulose powder. Its average particle size is ~50 µm. HEWETEN® 101 is suited for high quality polymer applications. HEWETEN® 101 is suited for high quality polymer applications. HEWETEN® 101 is an EU...view more HEWETEN® 101 is white and highly pure microcrystalline cellulose powder. Its average particle size is ~50 µm. HEWETEN® 101 is suited for high quality polymer applications. HEWETEN® 101 is suited for high quality polymer applications. HEWETEN® 101 is an EU approved food additive which complies with the specifications according to Reg. (EU) No. 231/2012 and Food Chemical Codex. For an EU usage please consider food categories and where required maximum levels listed in Reg. (EC) No 1333/2008. JRS products are based on natural materials. We strive to maximize the value of plant based sidestreams via extracting biodegradable additives for manifold applications. With our regrowing fibers and polymers, sustainability and functionality are introduced in composites, adhesives and many more products. view less | |
| HEWETEN® 200 | J. Rettenmaier & Söhne GmbH & Co. KG | HEWETEN® 200 is white and highly pure microcrystalline cellulose powder. Its average particle size is ~210 µm. HEWETEN® 200 is suited for high quality polymer applications. HEWETEN® 200 suited for high quality polymer applications. HEWETEN® 200 is an EU a...view more HEWETEN® 200 is white and highly pure microcrystalline cellulose powder. Its average particle size is ~210 µm. HEWETEN® 200 is suited for high quality polymer applications. HEWETEN® 200 suited for high quality polymer applications. HEWETEN® 200 is an EU approved food additive which complies with the specifications according to Reg. (EU) No. 231/2012 and Food Chemical Codex. For an EU usage please consider food categories and where required maximum levels listed in Reg. (EC) No 1333/2008. JRS products are based on natural materials. We strive to maximize the value of plant based sidestreams via extracting biodegradable additives for manifold applications. With our regrowing fibers and polymers, sustainability and functionality are introduced in composites, adhesives and many more products. view less | |
| HMS-013 | Gelest, Incorporated | Trimethylsiloxy terminated methylhydrosiloxane-dimethylsiloxane copolymer. | |
| HMS-031 | Gelest, Incorporated | Trimethylsiloxy terminated methylhydrosiloxane-dimethylsiloxane copolymer. | |
| HMS-064 | Gelest, Incorporated | Trimethylsiloxy terminated methylhydrosiloxane-dimethylsiloxane copolymer. | |
| HMS-071 | Gelest, Incorporated | Trimethylsiloxy terminated methylhydrosiloxane-dimethylsiloxane copolymer. | |
| HMS-082 | Gelest, Incorporated | Trimethylsiloxy terminated methylhydrosiloxane-dimethylsiloxane copolymer. | |
| HMS-151 | Gelest, Incorporated | Trimethylsiloxy terminated methylhydrosiloxane-dimethylsiloxane copolymer. | |
| HMS-301 | Gelest, Incorporated | Trimethylsiloxy terminated methylhydrosiloxane-dimethylsiloxane copolymer. | |
| HMS-501 | Gelest, Incorporated | Trimethylsiloxy terminated methylhydrosiloxane-dimethylsiloxane copolymer. | |
| HMS-991 | Gelest, Incorporated | Trimethylsiloxy terminated polymethylhydrosiloxane. | |
| HMS-992 | Gelest, Incorporated | Trimethylsiloxy terminated polymethylhydrosiloxane. | |
| HMS-993 | Gelest, Incorporated | Trimethylsiloxy terminated polymethylhydrosiloxane. | |
| HMS-H271 | Gelest, Incorporated | Hydride terminated methylhydrosiloxane-dimethylsiloxane copolymer. | |
| INPH055 | Gelest, Incorporated | Polyphosphonitrilic chloride for silanol oligomer polymerization. | |
| INRH078 | Gelest, Incorporated | Tris(dibutylsulfide)rhodium trichloride. Catalyst for Si-H addition to olefins. Silicone vinyl addition cure catalyst, less susceptible to inhibition. Employed in moderate elevated temperature curing silicones. | |
| LMS-152 | Gelest, Incorporated | (Chloropropyl) methylsiloxane-dimethylsiloxane copolymer. | |
| OMBO037 | Gelest, Incorporated | UV initiator for cationic polymerizations, e.g. cycloaliphatic epoxides. | |
| PAN-040 | Gelest, Incorporated | Catalyst for transesterification. | |
| PDM-0421 | Gelest, Incorporated | Aromatic siloxane for mechanical and heat transfer applications. | |
| PDM-0821 | Gelest, Incorporated | Aromatic siloxane for mechanical and heat transfer applications. |
