Seal Science, Inc. Vacuum O-Rings

Description
High vacuum causes elastomeric materials to lose weight and therefore volume by extracting certain absorbed gasses and other volatile components. This weight/volume loss coupled with air permeability of certain elastomer compoounds suggests that fluorocarbon materials should be considered for most vacuum service. Seal Science's fluorocarbon compounds have been compounded to assure maximum resistance to outgassing, extraction and compression set. Seal Science also offers all other O-Ring and seal compunds conforming to most industrial, military and electrical specifications.
Datasheet
Description
High vacuum causes elastomeric materials to lose weight and therefore volume by extracting certain absorbed gasses and other volatile components. This weight/volume loss coupled with air permeability of certain elastomer compoounds suggests that fluorocarbon materials should be considered for most vacuum service. Seal Science's fluorocarbon compounds have been compounded to assure maximum resistance to outgassing, extraction and compression set. Seal Science also offers all other O-Ring and seal compunds conforming to most industrial, military and electrical specifications.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Vacuum O-Rings -  - Seal Science, Inc.
Irvine, CA, USA
Vacuum O-Rings
Vacuum O-Rings
High vacuum causes elastomeric materials to lose weight and therefore volume by extracting certain absorbed gasses and other volatile components. This weight/volume loss coupled with air permeability of certain elastomer compoounds suggests that fluorocarbon materials should be considered for most vacuum service. Seal Science's fluorocarbon compounds have been compounded to assure maximum resistance to outgassing, extraction and compression set. Seal Science also offers all other O-Ring and seal compunds conforming to most industrial, military and electrical specifications.

High vacuum causes elastomeric materials to lose weight and therefore volume by extracting certain absorbed gasses and other volatile components. This weight/volume loss coupled with air permeability of certain elastomer compoounds suggests that fluorocarbon materials should be considered for most vacuum service.

Seal Science's fluorocarbon compounds have been compounded to assure maximum resistance to outgassing, extraction and compression set. Seal Science also offers all other O-Ring and seal compunds conforming to most industrial, military and electrical specifications.

Supplier's Site Datasheet

Technical Specifications

  Seal Science, Inc.
Product Category O-rings
Product Name Vacuum O-Rings
O-ring Size Available in all 'AS568A-' standard sizes (001-475); Available in British Standard metric sizes (e.g. 'BS'); Available in JIS standard sizes (e.g. G, P, S and V )
Unlock Full Specs
to access all available technical data

Similar Products

Vinyl O-Rings to protect Tube Ends - VOR-3765 - Caplugs
Specs
Outside Diameter (OD) 3.77 inch (95.63 mm)
Synthetic Rubbers Vinyl
View Details
EMI O-Rings - 2488762-1 - TE Connectivity
Specs
Inside Diameter (ID) 1.24 inch (31.5 mm)
View Details
Laboratory O-Rings -  - Atlantic Rubber Company, Inc.
Atlantic Rubber Company, Inc.
View Details
Low Temperature Perfluoroelastomer Seals - Perlast® ICE - Precision Polymer Engineering Ltd.
Specs
O-ring Size Available in all 'AS568A-' standard sizes (001-475); Available in all 'AS568A-' boss gasket sizes (901- and up); Available in British Standard metric sizes (e.g. 'BS')
O-ring Hardness (Durometer) 55 durometer (optional feature); 60 durometer (optional feature); 65 durometer (optional feature); 70 durometer (optional feature); 75 durometer (optional feature); 80 durometer (optional feature); 85 durometer (optional feature); 90 durometer (optional feature)
O-ring Features FDA Approved or 3A Sanitary Classification (optional feature)
View Details