Never-Seez Pure Nickel Special 8 oz Brush-Top Can Anti-Seize Lubricanting Compound - High Temperature, Corrosion & Galling Protection, Extreme Pressure Formula for Steel, Stainless & Dissimilar Metals

Never-Seez® Pure Nickel Special is a premium anti-seize compound formulated for extreme temperature and pressure environments. Containing pure nickel flakes, graphite, and other advanced additives in a lithium soap base, this lubricant is designed for applications where copper-based products are not suitable. It provides superior resistance to corrosion, galling, and seizure, even when exposed to corrosive chemicals, steam, and saltwater. With a service temperature range from -297°F to 2400°F (-183°C to 1316°C), Never-Seez® Pure Nickel Special is recommended for stainless steel pipe fittings, exhaust systems, flanges, and dissimilar metal assemblies. It meets stringent industry specifications including Ford ESE-M12A4-A; Ford WSD-M13P8-A1; Boeing BAC 5008 Type 7-3; U.T. Pratt & Whitney PWA 36053-1; GE Engine A50TF198 S2; GE D6Y28C1 S6; Garrett Engine PCS5721 making it a trusted choice in power plants, steel mills, and aerospace applications.

• High-Temperature Protection: Formulated to protect metal parts exposed to extreme heat—effective from –297°F to 2400°F (–183°C to 1316°C), ideal for demanding industrial environments.
• Copper-Free Anti-Seize Compound: Contains pure nickel and graphite in a lithium soap base, specifically designed for applications where copper is prohibited and resistance to corrosive chemicals is critical.
• Corrosion and Galling Protection: Prevents galling and seizure on steel, stainless steel, titanium, magnesium, and other hard metals, even under high temperature and pressure.
• Chemical Resistance: Effective against alkaline solutions, acid vapors, steam, salt water, ionized water, and other corrosive agents commonly encountered in industrial settings.
• Industry Specification Compliance: Meets critical standards including GE Aviation A50TF198 S2 and GE EMPIS D6Y28C1, ensuring reliability in aerospace and high-performance environments.