Jet-Lube SS-30 Anti-Seize Thread Lubricant and Conductive Termination Compound, 1/4 lbs Brush Top Can
Works as a similar and dissimilar metal between two metal surfaces to prevent seizing. This compound formula will not melt in high temperatures and improves conductivity and ground continuity. Designed for specially formulated to prevent excessive over torque and has a very high static friction factor of 0.13, the unique blend of complex thickeners to help evenly distribute the copper flake unto the metal surfaces to eliminate metal to threaded metal contact. Recommended lubrication: stud threads shall be thoroughly lubricated on both ends, fill the threaded area "Root - to - Crest" on the stud/bolt. The nut will push the anti-seize down the threads as it travels. Bearing surfaces between nut and hardened washer or nut and flange should be lubricated with anti-seize in the area where the nut will rest against the flange or washer. Anti-seize on the assembly should be easily visible. Not recommended for: not for use on oxygen lines. Not intended for use with aluminum where galvanic corrosion could be a significant issue. Petroleum based lubricating grease with copper filling. Personal precautions: wear gloves and protective overalls. Environmental precautions: do not allow it to enter drains. Spillage: scrape up bulk, then wipe up remainder with cloth. To prevent walking hazard, pick up remaining residue with diatomaceous earth. Handling: no special handling precautions necessary. Storage: Do not store at elevated temperatures. Respiratory protection: none needed. Hand protection: nitrile gloves for hypersensitive persons. Anti-seize thread lubricant and conductive termination compound is 30 percent high purity/refined copper flake mixed in a high temp non-melt base grease formula that aids in conductivity and is an ideal anti-seize compound for threaded fasteners and cable connections. Appearance: bright copper. K-factor: 0.13. Service rating: -65 degree F to 1800 degree F. Eco-certified. Size: 1/4 lbs brush top can.