Fomblin® Y perfluoropolyether fluids have the following unique features: - Excellent high temperature stability - Good low temperature properties - Very good extreme pressure (EP) and wear characteristics - Low evaporative loss - Good thermal index

Fomblin® Y perfluoropolyether fluids have the following unique features: - Excellent high temperature stability - Good low temperature properties - Very good extreme pressure (EP) and wear characteristics - Low evaporative loss - Good thermal index

Fomblin® Y perfluoropolyether fluids have the following unique features: - Excellent high temperature stability - Good low temperature properties - Very good extreme pressure (EP) and wear characteristics - Low evaporative loss - Good thermal index

Fomblin® Y perfluoropolyether fluids have the following unique features: - Excellent high temperature stability - Good low temperature properties - Very good extreme pressure (EP) and wear characteristics - Low evaporative loss - Good thermal index

Fomblin® Z perfluoropolyether fluids have the following unique features: - Good low temperature viscosity - Superior evaporative loss - Very high viscosity indices - Very good extreme pressure (EP) and wear characteristics

Fomblin® Z perfluoropolyether fluids have the following unique features: - Good low temperature viscosity - Superior evaporative loss - Very high viscosity indices - Very good extreme pressure (EP) and wear characteristics

Fomblin® Z perfluoropolyether fluids have the following unique features: - Good low temperature viscosity - Superior evaporative loss - Very high viscosity indices - Very good extreme pressure (EP) and wear characteristics

Fomblin® Z perfluoropolyether fluids have the following unique features: - Good low temperature viscosity - Superior evaporative loss - Very high viscosity indices - Very good extreme pressure (EP) and wear characteristics

Galden® PFPE electronic fluids is a line of dielectric fluids with boiling points ranging from 55°C to 270°C. Their excellent dielectric properties, high chemical and thermal stability combined with their capacity to operate at very low as well as elevated temperatures make them ideal for electronic quality testing.

Galden® PFPE electronic fluids is a line of dielectric fluids with boiling points ranging from 55 °C to 270 °C. Their excellent dielectric properties, high chemical and thermal stability combined with their capacity to operate at very low as well as elevated temperatures make them ideal for electronic quality testing.

Galden® PFPE electronic fluids is a line of dielectric fluids with boiling points ranging from 55°C to 270°C. Their excellent dielectric properties, high chemical and thermal stability combined with their capacity to operate at very low as well as elevated temperatures make them ideal for electronic quality testing.

Galden® PFPE electronic fluids is a line of dielectric fluids with boiling points ranging from 55°C to 270°C. Their excellent dielectric properties, high chemical and thermal stability combined with their capacity to operate at very low as well as elevated temperatures make them ideal for electronic quality testing.

Galden® PFPE electronic fluids is a line of dielectric fluids with boiling points ranging from 55°C to 270°C. Their excellent dielectric properties, high chemical and thermal stability combined with their capacity to operate at very low as well as elevated temperatures make them ideal for electronic quality testing.

Galden® LS/HS is a line of fully fluorinated fluids specifically designed for the Vapor Phase Soldering process. The narrow molecular weight distribution as well as the very strong carbon-fluorine bond and the flexible ether link provide the properties which make Galden® LS/HS ideal for use in VPS.

Galden® LS/HS is a line of fully fluorinated fluids specifically designed for the Vapor Phase Soldering process. The narrow molecular weight distribution as well as the very strong carbon-fluorine bond and the flexible ether link provide the properties which make Galden® LS/HS ideal for use in VPS.

Galden® HT PFPE are inert, dielectric and high-performance heat transfer fluids with boiling points ranging from 55°C to 270°C. This range is broader than other fluorinated heat transfer fluids and enables PFPE to be used at end-use temperatures up to 290°C. Syensqo offers a reliable and non-flammable Heat Transfer (HT) media for demanding applications, including: - Semiconductor - Chemical - Pharmaceutical - Vapor phase heating - Transformer and super computer cooling - Recirculating chillers - Nuclear

Galden® HT PFPE are inert, dielectric and high-performance heat transfer fluids with boiling points ranging from 55°C to 270°C. This range is broader than other fluorinated heat transfer fluids and enables PFPE to be used at end-use temperatures up to 290°C. Syensqo offers a reliable and non-flammable Heat Transfer (HT) media for demanding applications, including: - Semiconductor - Chemical - Pharmaceutical - Vapor phase heating - Transformer and super computer cooling - Recirculating chillers - Nuclear

Galden® HT PFPE are inert, dielectric and high-performance heat transfer fluids with boiling points ranging from 55°C to 270°C. This range is broader than other fluorinated heat transfer fluids and enables PFPE to be used at end-use temperatures up to 290°C. Syensqo offers a reliable and non-flammable Heat Transfer (HT) media for demanding applications, including: - Semiconductor - Chemical - Pharmaceutical - Vapor phase heating - Transformer and super computer cooling - Recirculating chillers - Nuclear

Galden® HT PFPE are inert, dielectric and high-performance heat transfer fluids with boiling points ranging from 55°C to 270°C. This range is broader than other fluorinated heat transfer fluids and enables PFPE to be used at end-use temperatures up to 290°C. Syensqo offers a reliable and non-flammable Heat Transfer (HT) media for demanding applications, including: - Semiconductor - Chemical - Pharmaceutical - Vapor phase heating - Transformer and super computer cooling - Recirculating chillers - Nuclear

Galden® HT PFPE are inert, dielectric and high-performance heat transfer fluids with boiling points ranging from 55°C to 270°C. This range is broader than other fluorinated heat transfer fluids and enables PFPE to be used at end-use temperatures up to 290°C. Syensqo offers a reliable and non-flammable Heat Transfer (HT) media for demanding applications, including: - Semiconductor - Chemical - Pharmaceutical - Vapor phase heating - Transformer and super computer cooling - Recirculating chillers - Nuclear

Galden® HT PFPE are inert, dielectric and high-performance heat transfer fluids with boiling points ranging from 55°C to 270°C. This range is broader than other fluorinated heat transfer fluids and enables PFPE to be used at end-use temperatures up to 290°C. Syensqo offers a reliable and non-flammable Heat Transfer (HT) media for demanding applications, including: - Semiconductor - Chemical - Pharmaceutical - Vapor phase heating - Transformer and super computer cooling - Recirculating chillers - Nuclear

Galden® HT PFPE are inert, dielectric and high-performance heat transfer fluids with boiling points ranging from 55°C to 270°C. This range is broader than other fluorinated heat transfer fluids and enables PFPE to be used at end-use temperatures up to 290°C. Syensqo offers a reliable and non-flammable Heat Transfer (HT) media for demanding applications, including: - Semiconductor - Chemical - Pharmaceutical - Vapor phase heating - Transformer and super computer cooling - Recirculating chillers - Nuclear

Galden® HT PFPE are inert, dielectric and high-performance heat transfer fluids with boiling points ranging from 55°C to 270°C. This range is broader than other fluorinated heat transfer fluids and enables PFPE to be used at end-use temperatures up to 290°C. Syensqo offers a reliable and non-flammable Heat Transfer (HT) media for demanding applications, including: - Semiconductor - Chemical - Pharmaceutical - Vapor phase heating - Transformer and super computer cooling - Recirculating chillers - Nuclear"

Galden® HT PFPE are inert, dielectric and high-performance heat transfer fluids with boiling points ranging from 55°C to 270°C. This range is broader than other fluorinated heat transfer fluids and enables PFPE to be used at end-use temperatures up to 290°C. Syensqo offers a reliable and non-flammable Heat Transfer (HT) media for demanding applications, including: - Semiconductor - Chemical - Pharmaceutical - Vapor phase heating - Transformer and super computer cooling - Recirculating chillers - Nuclear"

Galden® LS/HS is a line of fully fluorinated fluids specifically designed for the Vapor Phase Soldering process. The narrow molecular weight distribution as well as the very strong carbon-fluorine bond and the flexible ether link provide the properties which make Galden® LS/HS ideal for use in VPS.

Galden® LS/HS is a line of fully fluorinated fluids specifically designed for the Vapor Phase Soldering process. The narrow molecular weight distribution as well as the very strong carbon-fluorine bond and the flexible ether link provide the properties which make Galden® LS/HS ideal for use in VPS.

Galden® LS/HS is a line of fully fluorinated fluids specifically designed for the Vapor Phase Soldering process. The narrow molecular weight distribution as well as the very strong carbon-fluorine bond and the flexible ether link provide the properties which make Galden® LS/HS ideal for use in VPS.

Hylar® 301S is a high melt viscosity polyvinylidene fluoride (PVDF) powder used for for non-architectural dispersion coatings.

Hylar® 5000 HG is a crystalline high molecular weight powder form of polyvinylidene fluoride (PVDF)specifically designed for solvent-based coatings to provide improved gloss. It forms mechanically strong and tough films that have a broad useful temperature range. These films are highly resistant to most environmental conditions including gamma radiation and are essentially transparent to ultraviolet radiation. The weathering characteristics of Hylar® 5000 HG coatings lead to excellent performance for the long term. Hylar® 5000 is available only via a licensing program that specifies the composition of Hylar® 5000 HG coatings. A properly formulated finish contains sufficient pigment to make the film totally opaque to ultraviolet radiation at the nominal one mil (0.001 inch) film thickness suggested. SAFETY Hylar® 5000 HG is stable at temperatures up to 600°F (316°C). When it is subjected to temperatures above 600°F (316°C) for extended periods of time, hydrogen fluoride (HF) begins to evolve, and at temperatures above 700°F (371°C) HF evolution becomes rapid. Hylar® 5000 HG exhibits excellent flame resistance; however, in case of fire, HF and traces of potentially toxic fluorocarbons can be formed. HF is corrosive, causes burns on contact, and has an American Conference Governmental Industrial Hygienists (ACGIH) Threshold Limit Value (TLV-TWA) of 3 ppm (2.5 mg/m³) (1984). Thermal decomposition of Hylar® 5000 HG to HF can also occur in a bake oven in the event that temperatures are not controlled properly. In the event of fire, use NIOSH approved self-contained breathing apparatus and skin protection to protect against volatile decomposition products. Hylar® 5000 HG can be disposed of in an approved land fill, but should not be incinerated unless permitted by applicable law and provision is made for absorption of HF.

Hylar® 5000S is a crystalline high molecular weight powder form of polyvinylidene fluoride (PVDF) specifically designed for solvent-based coatings to provide improved gloss. It forms mechanically strong and tough films that have a broad useful temperature range. These films are highly resistant to most environmental conditions including gamma radiation and are essentially transparent to ultraviolet radiation. The weathering characteristics of Hylar® 5000S coatings lead to excellent performance for the long term. Hylar® 5000S is available only via a licensing program that specifies the composition of Hylar® 5000S coatings. A properly formulated finish contains sufficient pigment to make the film totally opaque to ultraviolet radiation at the nominal one mil (0.001 inch) film thickness suggested. SAFETY Hylar® 5000S is stable at temperatures up to 600°F (316°C). When it is subjected to temperatures above 600°F (316°C) for extended periods of time, hydrogen fluoride (HF) begins to evolve, and at temperatures above 700°F (371°C) HF evolution becomes rapid. Hylar® 5000S exhibits excellent flame resistance; however, in case of fire, HF and traces of potentially toxic fluorocarbons can be formed. HF is corrosive, causes burns on contact, and has an American Conference Governmental Industrial Hygienists (ACGIH) Threshold Limit Value (TLV-TWA) of 3 ppm (2.5 mg/m³) (1984). Thermal decomposition of Hylar® 5000S to HF can also occur in a bake oven in the event that temperatures are not controlled properly. In the event of fire, use NIOSH approved self-contained breathing apparatus and skin protection to protect against volatile decomposition products. Hylar® 5000S can be disposed of in an approved landfill, but should not be incinerated unless permitted by applicable law and provision is made for absorption of HF.

Hylar® Latex 932 is a stabilized aqueous dispersion that contains approximately 22% by weight of a high molecular weight PVDF polymer (polyvinylidene fluoride) of medium crystallinity. The dispersion contains a non-ionic surfactant to stabilize against coagulation by conventional means. Hylar® Latex 932 is useful for applications such as water-based coatings and fabric impregnation.

Polymist® F284 R is a white micronized PTFE powder composed of discrete particles. Available worldwide, Polymist® F284 R is a medium molecular weight grade with excellent thermal stability, designed for use in critical high temperature engineering and high performance polymers. As with all Polymist® micronized powders, F284 R offers excellent chemical and temperature resistence, low surface energy, low coefficient of friction and good dispersion ability. Main features of Polymist® F284 R are: - Better wear resistance - Increased pressure x velocity (PV) limits - Reduced friction - Improved stick-slip response - Improved mold release

Polymist® F5A EX R is a white PTFE micronized powder PTFE micronized powder composed of discrete particles. Designed for use in critical engineering and high end performance plastics applications, Polymist® F5A EX R will improve wear resistance and reduce coefficient of friction. Main features of Polymist® F5A EX R are: - Better wear resistance - Increased pressure x velocity (PV) limits - Reduced friction - Improved stick-slip response - Improved mold release

Polymist® F5A R is a white PTFE micronized powder PTFE micronized powder composed of discrete particles. Designed for use in critical engineering and high-end performance elastomers and coatings, Polymist® F5A R will improved abrasion and tear resistance as well as non-stick properties, mar and abrasion resistance. Polymist® F5A R can also be used in plastics application to improved wear resistance and low coefficient of friction or in lubricants for its thickening effect, lubricity, improved corrosion and temperature resistance. Main features of Polymist® F5A R are: - Improved lubricity, abrasion, scratch and rub resistance - Increased (hot) tear strength - Better flex life - Increased slip and surface lubricity - Reduced blocking - Better chemical resistance - Increased temperature resistance - Gloss retention

Polymist® XPP 511 R is a medium MW grade of micronized PTFE with coarse particle size and excellent thermal stability. It is designed for use in critical, high temperature engineering and high performance polymers to provide improved wear resistance and low coeffcient of friction. Main features of Polymist® XPP 511 R are: - Better wear resistance - Increased pressure x velocity (PV) limits - Reduced friction - Improved stick-slip response - Improved mold release

Solef® 1008 PVDF is a low viscosity homopolymer resin mainly used in injection molding.

Solef® 1008 PVDF is a low viscosity homopolymer resin mainly used in injection molding.

Solef® 1010/0HP1 PVDF is a medium viscosity homopolymer resin typically processed by extrusion.

Solef® 1015 PVDF homopolymer has very high viscosity, suitable for membrane manufacturing. It is available exclusively as powder.

Solef® 11008/0003 PVDF is a low viscosity flexible PVDF copolymer resin and is typically processed by extrusion or injection molding.