FFKM O-rings EB895

Product		Dimensions	Material	Hardness (Shore A)	Certification	Stock
	O-ring White	14 mm  x 2.7 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	212 mm  x 4 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	33 mm  x 2.2 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	399 mm  x 19 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	221 mm  x 5 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	72 mm  x 6.9 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	4.5 mm  x 2.6 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	19 mm  x 0.76 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	9.18 mm  x 1.83 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	72.63 mm  x 3.76 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	4.8 mm  x 1.3 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	4.52 mm  x 1.47 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	48 mm  x 3.5 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	161 mm  x 3.5 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	633 mm  x 5.3 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	109 mm  x 5.7 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	397 mm  x 3.5 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	19.04 mm  x 2.04 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	9.2 mm  x 3 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	74 mm  x 2.7 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	5 mm  x 1.19 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	4.7 mm  x 1.6 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	48.3 mm  x 1.2 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	161 mm  x 3 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	635 mm  x 7 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	109.6 mm  x 5.33 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	399 mm  x 5 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	19.42 mm  x 1.78 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	9.3 mm  x 2.7 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	109 mm  x 3.5 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	396 mm  x 10 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	79.77 mm  x 6.1 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	6.35 mm  x 1.27 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	23.6 mm  x 1.2 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	13 mm  x 1.75 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	334 mm  x 4.5 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	62 mm  x 1 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	244.2 mm  x 8.4 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	109.6 mm  x 2 mm	FFKM - FFPM	80 Shore A	Ja
	O-ring White	399 mm  x 6 mm	FFKM - FFPM	80 Shore A	Ja

To provide even greater thermal stability and solvent resistance, tetrafluoroethylene (TFE) containing fluoroelastomer terpolymers were introduced in 1959. The latest FKM polymers have a much broader fluids resistance profile than standard fluoroelastomers, and are able to withstand strong bases and ketones as well as aromatic hydrocarbons, oils, acids, and steam. In 1975 a new fluoroelastomer family was introduced by Asahi Glass Co., FEPM, based on an alternating copolymer of TFE and propylene. It is marketed under the trade name AFLAS®.

The chemical resistance and high-temperature stability is due to the bulkiness of the fluorine atoms, shielding the polymer backbone and carbon-fluor bond from attack, and the high bonding energy of the carbon-fluor bond.

FFKM gives the indication for the types of improved properties for different applications.

Material: Fluorocarbon elastomers
Fluorocarbon rubber is an elastomer

Fluorocarbon elastomers are highly fluorinated carbon-based polymers that are used in applications that must withstand aggressive chemical and ozone attacks.

In general, with increasing fluorine content, the resistance to chemical attack is improved, while the low temperature properties decrease. However, there are special quality fluorocarbons that do have a high fluorine content at low temperature properties.

Good qualities:

• Chemical compatibility
• Good temperature resistance
• Low compression setting
• Resistant to minerals, oils and fats
• Good gas tightness
• Excellent resistance to non-polar media
• Excellent weather and aging stability
• Very good oxygen and ozone stability
• Operating temperature range from -26 °C to +205/230 °C (-15 °F to +400/440 °F)
• When used briefly, the material can tolerate even higher temperatures
• Special compounds with improved chemical resistance are available
• Brake fluids based on glycol
• Low molecular weight organic acids

FFKM
FFKM are perfluoroelastomeric compounds that contain an even greater amount of fluorine than FKMO fluoroelastomers.

FFKM have an improved resistance to high temperatures and chemicals and are even resistant to environments where oxygen plasma is present for many hours. Certain grades have a maximum continuous service temperature of 327 °C / 621 °F. They are often used to make o-rings and gaskets that are used to make o-rings and gaskets that are used in applications where contact with hydrocarbons or highly corrosive liquids the case, or when a wide temperature range is encountered.

On this page we offer our range of B895 certified  O-Rings. Search for your specific O ring by using the filters on the left of the page or take your time and browse our wide range of our products. When you can not find the product you are looking for in our B895 certified made from FFKM, please send us a Direct Enquiry. Together we can discuss the specifications and find the right product for you.

To provide even greater thermal stability and solvent resistance, tetrafluoroethylene (TFE) containing fluoroelastomer terpolymers were introduced in 1959. The latest FKM polymers have a much broader fluids resistance profile than standard fluoroelastomers, and are able to withstand strong bases and ketones as well as aromatic hydrocarbons, oils, acids, and steam. In 1975 a new fluoroelastomer family was introduced by Asahi Glass Co., FEPM, based on an alternating copolymer of TFE and propylene. It is marketed under the trade name AFLAS®.

The chemical resistance and high-temperature stability is due to the bulkiness of the fluorine atoms, shielding the polymer backbone and carbon-fluor bond from attack, and the high bonding energy of the carbon-fluor bond.

FFKM gives the indication for the types of improved properties for different applications.

Material: Fluorocarbon elastomers
Fluorocarbon rubber is an elastomer

Fluorocarbon elastomers are highly fluorinated carbon-based polymers that are used in applications that must withstand aggressive chemical and ozone attacks.

In general, with increasing fluorine content, the resistance to chemical attack is improved, while the low temperature properties decrease. However, there are special quality fluorocarbons that do have a high fluorine content at low temperature properties.

Good qualities:

• Chemical compatibility
• Good temperature resistance
• Low compression setting
• Resistant to minerals, oils and fats
• Good gas tightness
• Excellent resistance to non-polar media
• Excellent weather and aging stability
• Very good oxygen and ozone stability
• Operating temperature range from -26 °C to +205/230 °C (-15 °F to +400/440 °F)
• When used briefly, the material can tolerate even higher temperatures
• Special compounds with improved chemical resistance are available
• Brake fluids based on glycol
• Low molecular weight organic acids

FFKM
FFKM are perfluoroelastomeric compounds that contain an even greater amount of fluorine than FKMO fluoroelastomers.

FFKM have an improved resistance to high temperatures and chemicals and are even resistant to environments where oxygen plasma is present for many hours. Certain grades have a maximum continuous service temperature of 327 °C / 621 °F. They are often used to make o-rings and gaskets that are used to make o-rings and gaskets that are used in applications where contact with hydrocarbons or highly corrosive liquids the case, or when a wide temperature range is encountered.

On this page we offer our range of B895 certified  O-Rings. Search for your specific O ring by using the filters on the left of the page or take your time and browse our wide range of our products. When you can not find the product you are looking for in our B895 certified made from FFKM, please send us a Direct Enquiry. Together we can discuss the specifications and find the right product for you.