S70
Design
    • Orings are a simple but very versatile sealing solution. Orings are designed to be compressed in a groove between two mating surfaces.
    • An oring can be paired with a backup ring to increase their pressure handling capabilties and resist the effect of extrusion.
    • Available in a wide variety of materials in a wide variety of sizes.
Material
    • Silicone 70A Duro - Precision Moulded.
Application
    • Orings can be used in a wide variety of hydraulic, pneumatic and general purpose applications.
    • Whilst in certain applications an Oring can be used in a dynamic environment, it is recommended that Orings be used in a static applications only.
Fluids
    • Excellent ozone and weather resistance
    • Properties are suited to operating in water.
    • Only moderate oil resistance.
 
Page of  
Product Code
Description
Availability
Qty
O-Ring Silicone 70 Duro BS382 - 12.975 X 0.210"
0
O-Ring Silicone 70 Duro BS455 - 12.975 X 0.275"
0
O-Ring Silicone 70 Duro BS279 - 12.984 X 0.139"
0
O-Ring Silicone 70 Duro - 13.0 X 1.5mm
-
O-Ring Silicone 70 Duro BS456 - 13.475 X 0.275"
2
O-Ring Silicone 70 Duro P014 - 13.80 X 2.40mm
-
O-Ring Silicone 70 Duro BS383 - 13.975 X 0.210"
0
O-Ring Silicone 70 Duro BS457 - 13.975 X 0.275"
2
O-Ring Silicone 70 Duro BS280 - 13.984 X 0.139"
0
O-Ring Silicone 70 Duro - 14.00 X 1.00mm
52,088
O-Ring Silicone 70 Duro BS458 - 14.475 X 0.275"
0
O-Ring Silicone 70 Duro P015 - 14.80 X 2.40mm
-
O-Ring Silicone 70 Duro BS384 - 14.975 X 0.210"
-
O-Ring Silicone 70 Duro BS459 - 14.975 X 0.275"
-
O-Ring Silicone 70 Duro BS281 - 14.984 X 0.139"
0
O-Ring Silicone 70 Duro - 15.00 X 2.00mm
233
O-Ring Silicone 70 Duro - 15.00 X 2.50mm 67184579
0
O-Ring Silicone 70 Duro - 15.00 X 4.00mm RRS087 67179384
0
O-Ring Silicone 70 Duro BS460 - 15.475 X 0.275"
0
O-Ring Silicone 70 Duro P016 - 15.8 X 2.4mm
-
O-Ring Silicone 70 Duro BS282 - 15.955 X 0.139"
0
O-Ring Silicone 70 Duro BS385 - 15.955 X 0.210"
-
O-Ring Silicone 70 Duro BS461 - 15.955 X 0.275"
-
O-Ring Silicone 70 Duro - 16.00 X 2.00mm
0
 
Page of