Armite’s Graphite Petrolatum Anti-Seize Compound meets SAE-AMS-2518D, formerly MIL-T-5544C. It has been utilized as an anti-seize compound for aircraft engine spark plugs, threaded fasteners, and fittings, though its applications extend beyond these uses. This compound is safe for use with austenitic corrosion-resistant steels, titanium, nickel, cobalt alloys, and other similar corrosion-resistant metals and alloys.

Provides protection in humid and high-moisture environments.
Safe for use in aerospace, aviation, and industrial applications.
Lubricates metal parts to significantly lower friction.
Minimizes the force required for assembly and disassembly.
Reduces the need for frequent maintenance and replacements.
Works effectively in extreme conditions.

Too See Armite Graphite Petrolatum Anti-Seize (SAE-AMS-2518D) technical data sheet (TDS) and the Armite Graphite Petrolatum Anti-Seize (SAE-AMS-2518D) safety data sheet (SDS). Visit here
Armite Graphite Petrolatum is a high-grade anti-seize compound used primarily on aircraft engine spark plugs, igniters, and threaded fasteners made of stainless steel or nickel alloys. It is engineered to prevent the seizing and galling of parts exposed to high temperatures and corrosive environments.
This compound is fully qualified to the SAE-AMS-2518D specification. It is the modern, approved replacement for the cancelled military specification MIL-T-5544, ensuring it meets the stringent safety and performance standards required by major aerospace OEMs and defense agencies.
Armite Graphite Petrolatum is effective for use in temperatures up to 450°C (approx. 842°F). Because it uses a high-purity graphite as the primary lubricant, it remains stable and provides excellent release properties even after long-term exposure to high-heat cycles in engine compartments.
No, a critical safety warning for AMS-2518D is that it should not be used on aluminum or magnesium alloys, especially in the presence of moisture. The graphite can promote galvanic corrosion on these "softer" metals. For aluminum, the zinc-based A-A-59313 is the recommended alternative.
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