Never-Seez Lubricating Compounds

Our Never-Seez brand is the recognized brand leader in anti-seize and lubricating compounds and specialized lubricating greases. Never-Seez compounds provide protection in a lot of ways. Properly applied, they provide a fine, protective film that doesn’t burn off or wash off in salt or fresh water. Each Never-Seez product is formulated to work in a specific, critical environment.



Bostik Never-Seez Catalog



Never-Seez: Responses to frequently asked questions about anti-seize

Regular Grade- The "original" anti-seize compound and extreme pressure lubricant formulated with copper graphite, aluminum and other ingredients to protect metal parts against rust, corrosion and seizure up to 1800F.

Pure Nickel Special- A nickel and graphite based anti-seize compound formulated to protect up to 2400ºF against seizure and galling, galvanic and severe environmental corrosion.

Pipe Compound with Teflon- Premium pipe and fitting lubricant and anti-seize compound formulated to provide maximum thread lubrication in a wide range of pipe threads and fittings.

White food grade with PTFE- Meets FDA and USDA requirements for incidental food contact. Fortified with high load carrying solid lubricants, it lubricates and protects bearings, gears and other moving parts exposed to high temperatures up to 475ºF and wash downs.

High Temperature Stainless- A stainless steel, graphite, aluminum based anti-seize compound formulated to protect up to 2200ºF against seizure and galling, galvanic and severe environmental corrosion.

Mariners Choice- This unique product prevents rust, galling and galvanic corrosion in salt water, salt air and high-moisture environments.

Black Moly- A high percentage of lubricious molybdenum disulfide in a premium grease provides ultimate protection for component assembly and roller bearings exposed to extreme pressure, high temperature.

Blue Moly- Never-Seez Blue Moly lubricant is designed for industrial applications requiring non-destructive assembly and disassembly where combinations of high loads, high temperatures and low speeds are encountered to reduce friction during the assembly of press-fit components.