Encapsulated for Chemical Processing Industry Sector

This Encapsulated O Ring combines the Chemical Resistance of a TeflonPFA Outer Jacket with the energy of a solid Dupont Viton Rubber. Viton is generally offered as the standard in Encapsulated O Rings because it has a good Compression Set. The TeflonPFA offers advantages over TeflonFEP as it has improved mechanical, creep properties, abrasion resistance and a higher operating temperature.

Similar to our E101 O Rings the Hollow in the Viton Core is for applications where more flexibility or an easier compression is required. This Encapsulated O Ring combines the Chemical Resistance of a TeflonPFA Outer Jacket with the energy of a hollow Dupont Viton Rubber Core. Viton is generally offered as the standard in Encapsulated O Rings because it has a good Compression Set. The TeflonPFA offers advantages over TeflonFEP as it has improved mechanical, creep properties, abrasion resistance and a higher operating temperature.

This Encapsulated O Ring combines the Chemical Resistance of a TeflonPFA Outer Jacket with the energy of a solid Dupont Viton Rubber. Viton is generally offered as the standard in Encapsulated O Rings because it has a good Compression Set.

Similar to our E103 O Rings the Hollow in the Viton Core is for applications where more flexibility or an easier compression is required. This Encapsulated O Ring combines the Chemical Resistance of a TeflonFEP Outer Jacket with the energy of a hollow Dupont Viton Rubber Core. Viton is generally offered as the standard in Encapsulated O Rings because it has a good Compression Set.

This Encapsulated O Ring combines the Chemical Resistance of a Teflon®PFA Outer Jacket with the energy of a solid Silicone Rubber Core. Silicone Rubber is chosen as the core when Higher or Lower Temperature Range is required. The Teflon®PFA offers advantages over Teflon®FEP as it has improved mechanical, creep properties, abrasion resistance and a higher operating temperature.

Similar to our E105 O Rings the Hollow in the Silicone Rubber Core is for applications where more flexibility or an easier compression is required. This Encapsulated O Ring combines the Chemical Resistance of a Teflon®PFA Outer Jacket with the energy of a hollow Silicone Rubber Core. Silicone Rubber is chosen for the core where Higher & Lower Operating Temperatures are required. The Teflon®PFA offers advantages over Teflon®FEP as it has improved mechanical, creep properties, abrasion resistance and a higher operating temperature.

This Encapsulated O Ring combines the Chemical Resistance of a Teflon®FEP Outer Jacket with the energy of a solid Silicone Rubber Core. Silicone Rubber is chosen as the core when a Lower Temperature Range is required.

Similar to our E107 O Rings the Hollow in the Silicone Rubber Core is for applications where more flexibility or an easier compression is required. This Encapsulated O Ring combines the Chemical Resistance of a Teflon®FEP Outer Jacket with the energy of a hollow Silicone Rubber Core. Silicone Rubber is chosen for the core where a Lower Operating Temperature is required.