Additional Information
Additional Information
Weight | 0.8100 |
---|---|
Color | White |
Grade or Density, Mineral Type and Grade | No |
Inventory Status | Stock at Distribution Center |
Product ID | No |
Minimum Order Unit | Case |
3M Minimum Order Qty | 2 |
Description
Details
Fast-Sealing and Long-Lasting Sealant 3M™ Scotch-Weld™ Stainless Steel High Temperature Pipe Sealant PS67 is a one-component, anaerobic sealant that cures and seals hydraulic and pneumatic pipes and fittings. This general purpose, paste pipe sealant is fast-curing, sealing almost instantly, and withstands high temperatures and pressure. We also designed this fast-curing sealant for disassembly, creating a strong, tough seal that can be later disassembled with ease. Durable, this sealant is formulated to resist pressure and vibration as well as lock and seal medium to coarse straight and tapered threads. Recommended Applications 3M™ Scotch-Weld™ Stainless Steel High Temperature Pipe Sealant PS67 can be used in many industries for metal connection applications such as: Pressure vessels Air compressors Hydraulic and pneumatic systems Features of a Rapid Seal 3M™ Scotch-Weld™ Stainless Steel High Temperature Pipe Sealant PS67 works on inactive surfaces (such as stainless steel) and provides an almost instant low-pressure seal. A high-pressure seal results when the bond is fully cured. It seals quickly to stop leaks when applied to threads or compression fittings of most metal and certain plastic pipes, without shredding, evaporation or shrinkage. In addition, this sealant prevents galling as well as helps eliminate the waste and mess of leaking hydraulic fluids, oil, fuel and lubricants. Formulated for Speed and Strength Offering a rapid seal that withstands heat, pressure and vibration, 3M™ Scotch-Weld™ Stainless Steel High Temperature Pipe Sealant PS67 is an excellent solution for fast results. Resilient and durable, this stainless steel pipe sealant is formulated to produce the strong seal necessary for a wide variety of demanding applications.