Blue Hi-Temp Grease #2 1Lb

Blue Hi-Temp Grease #2 1Lb from AMALIE is a premium high-temperature lubricant engineered for automotive applications demanding superior performance under extreme heat and mechanical stress. Whether you're building a high-output engine, maintaining a racing platform, or servicing heavy-duty drivetrain components, this NLGI Grade 2 grease handles demanding conditions where standard lubricants break down. Designed for mechanics and enthusiasts who refuse to compromise on reliability, AMALIE's blue hi-temp formula protects critical joints, bearings, and contact points in vehicles experiencing sustained elevated temperatures.

The NLGI Grade 2 consistency delivers optimal pumpability and adhesion without sacrificing film strength—essential when protecting wheel bearings, CV joints, U-joints, and brake hardware from oxidation and wear. AMALIE's advanced additive package resists thermal breakdown, water washout, and oxidation, maintaining viscosity and protective capability even when ambient and component temperatures climb beyond 300°F. The blue tint aids in leak detection and service verification, allowing technicians to confirm proper application during maintenance intervals. This formulation meets or exceeds industry specifications for automotive greases, making it suitable for both stock and modified powerplants.

This 1-pound container is ideal for hobbyist mechanics, professional shops, and performance builders tackling everything from routine bearing maintenance to custom drivetrain assembly. Apply to wheel hubs and bearings during brake service, pack CV joint boots on lifted trucks and performance vehicles, or use in chassis zerk fittings on race cars and off-road rigs. The compact size makes it convenient for home shop storage while providing enough volume for multiple applications. Compatible with most automotive greasing points where high-temperature performance is critical—particularly valuable for turbocharged engines, heavy towing setups, and track-driven vehicles where thermal stability directly impacts reliability.