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Image Style Number Product Description
Style 49.pdf Braided from soft, annealed copper wire strands to a square cross section. Contains no treatment.
Style 50.pdf
Carbon yarn packing heavily impregnated with PTFE dispersion.
Style 90.pdf
Carbon yarn packing impregnated with proprietary graphite dispersion.
Style 154.pdf
PTFE filament with PTFE dispersion. (Contains no silicone).
Style 154FDA.pdf
Manufactured from pure PTFE yarns lubricated with a food grade break-in lubricant. 154FDA complies with the FDA and USDA requirements under Title 21 Food and Drugs, 178.3570, Lubricants with Incidental Food Contact, 177.1500, Perfluorocarbon Resins. 154FDA contains only materials permitted for food contact use by U.S. Department of Agriculture and the Food and Drug Administration.
Style 154K.pdf PTFE filament fiber braided with aramid filament corners to prevent roll and extrusion
Style 154S.pdf
Soft resilient PTFE packing treated with an inert lubricant. Excellent chemical resistance.
Style 155.pdf "Sequel Equal” Manufactured from pure PTFE yarns with high thermal conductivity. 155 complies with the FDA and USDA requirements under Title 21 Food and Drugs, 178.2570, Lubricants with Incidental food Contact, 177.1550, Perfluorocarbon Resins. 155 contains only materials permitted for food contact use by U.S. Department of Agriculture and the Food and Drug Administration.
Style 156.pdf 100% conformable PTFE filament braided gasket tape with break in lubricant
Style 160.pdf Continuous filament graphite yarn packing impregnated with a proprietary graphite dispersion.
Style 165.pdf 100% GFO graphite filled PTFE fiber with excellent thermal conductivity and chemical resistance. 165 is flexible and pliable and will not harden, swell or become brittle. Packing is stamped with 100% GFO for your reassurance. (ChemStar is a registered seal of assurance braider with W. L. Gore)
Style 165K.pdf Graphite filled PTFE fiber with aramid corners to prevent roll and  extrusion
Style 165LA.pdf Graphite filled PTFE fiber with excellent thermal conductivity and chemical resistance. An economical substitute for 165.
Style 165R.pdf Graphite filled PTFE fiber with reinforced corners to help prevent roll and extrusion. Excellent thermal conductivity and chemical resistance.
Style 170.pdf Aramid filament packing impregnated with PTFE and break-in lube.
Style 182.pdf Spun aramid fiber impregnated with PTFE dispersion and break-in lube.
  Style 380.pdf A blended synthetic fiber impregnated with a graphite lubricant
Style 525T.pdf Premier marine service packing made with high grade flax fiber and lubricated with PTFE dispersion.
Style 528.pdf Premium grade flax fiber packing lubricated with tallow and wax.
Style 530.pdf Syntex fiber with each strand impregnated with PTFE dispersion, both prior to and after braiding. Product is braided over a resilient Silicone Cord in the center. Finished packing also has a break-in lube.
Style 531.pdf Premium grade flax fiber packing impregnated with a high temperature petroleum lubricant and surface graphited.
Style 1100CR.pdf Expanded flexible graphite with high strength carbon corners. 1100CR was independently fire tested to API 589 at API 607 temperatures and pressures.
Style 1100I.pdf Expanded flexible graphite reinforced with Inconel wire. 1100I contains a sacrificial anode (Corrosion Inhibitor) to protect both valve stems and stuffing box. 1100I was independently fire tested to API 589 at 607 temperatures and pressures and can meet most VOC emission control regulations.
Style 1100TCP.pdf Braided from pure expanded flexible graphite. It is self-lubricating, chemically inert and thermally conductive.
Style 1152.pdf Syntex fiber with each strand impregnated with PTFE dispersion both prior to and after braiding. Finished packing also has a break-in lube.
Style 1152K.pdf PTFE coated syntex fiber braided with aramid corners to prevent roll and extrusion. Finished packing also has a break-in lube.
Style 1162IB.pdf Syntex fiber impregnated with PTFE dispersion and break-in lube.
Style 1190.pdf Special Kynol filament fibers treated with PTFE throughout and a break in lube to assist in start-up.
Style 1398.pdf Syntex fiber packing thoroughly impregnated with a high temperature lubricant. Finished packing is surface graphited.
Style 1414.pdf High temperature fiber yarn with Inconel wire braided over a resilient core and thoroughly impregnated with graphite and corrosion inhibitor
  Style 1415 Syntex fiber packing thoroughly impregnated with a
high temperature lubricant. Finished packing is surface
graphited.
Style 1416.pdf Heavy density, dry texturized fiberglass
  Style 1420 Round braided Syntex fiber packing thoroughly
impregnated with a high temperature lubricant.
Finished packing is surface graphited.
Style 1430.pdf Syntex fiber packing thoroughly impregnated with a high temperature lubricant. Finished packing is surface graphited.
Style 2000.pdf Meta-aramid (Nomex®) fiber with PTFE and break-in lube. Very conformable and highly resistant to abrasives, degradation and chemical attack.
  Style 2065.pdf A unique combination of graphite filled PTFE yarn with
Nomex corners to prevent roll or extrusion and a high
temperature break in lube.
Style 3165.pdf A special blend of graphite filled PTFE fiber with excellent thermal conductivity, chemical and abrasive resistance. 3165 is flexible and pliable and will not harden, swell or become brittle.
Style 4100.pdf Form in place round extruded and expanded 100% PTFE valve stem packing. CHEMPAK is quick and easy to install.
Style 4200.pdf
ChemCord 100% expanded PTFE joint sealant is a form in place gasket that is soft and compressible with adhesive backing and FDA compliant.