Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Solvay Tecnoflon FOR5361 Fluoroelastomer

Solvay Tecnoflon FOR5361 is a high-performance fluoroelastomer from the Tecnoflon FKM series offering exceptional heat resistance up to 250°C chemical inertness against aggressive fuels oils and acids plus outstanding compression set resistance ideal for demanding sealing applications in automotive aerospace and oil & gas industries.
  • solvay tecnoflon for5361 fluoroelastomer_dd277245
  • solvay tecnoflon for5361 fluoroelastomer_dd277245

Features Of Solvay Tecnoflon FOR5361 Fluoroelastomer

  1. Excellent resistance to aggressive chemicals including acids, bases, fuels, and polar solvents.

  2. Outstanding high-temperature performance with continuous service capability up to 200 °C.

  3. Low compression set for reliable sealing performance under prolonged thermal and mechanical stress.

  4. Good processability in standard rubber compounding and molding equipment.

  5. Enhanced resistance to swelling in hydrocarbon-based fluids compared to standard FKM elastomers.

Typical Applications Of Solvay Tecnoflon FOR5361 Fluoroelastomer

  1. Aerospace fuel system seals and O-rings.

  2. Automotive turbocharger hose liners and valve stem seals.

  3. Chemical processing pump diaphragms and gaskets.

  4. Oil & gas downhole tool components exposed to sour service (H₂S/CO₂).

  5. Pharmaceutical and biotech single-use fluid path connectors.

Specifications Of Solvay Tecnoflon FOR5361 Fluoroelastomer

Chemical TypeTerpolymer fluoroelastomer (VF₂/HFP/TFE)
Product FormUncured gum stock in bale form
AppearanceLight tan to amber colored solid
Primary ApplicationsDynamic and static seals in demanding chemical/thermal environments
Key FeaturesHigh fluorine content (~68–70 wt%), low-temperature flexibility down to –15 °C
BenefitsExtended service life in aggressive media; reduced maintenance and downtime
Curing System CompatibilityCompatible with bisphenol and peroxide cure systems
Density (ASTM D297)1.85–1.90 g/cm³


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