Jet-Lube
Jet-Lube 13502 Anti-Seize Nuclear Grade Brush-Top Can .5 lb Nickel Base
Nickel-based anti-seize paste rated from -65 °F to 2,600 °F in a 0.5 lb brush-top can
- Nuclear-grade purity meets strict reactor requirements
- Withstands extreme heat up to 600 °F
- Remains effective in severe cold down to -65 °F
- Brush-top can allows precise, mess-free application
- Nickel-based formula prevents galling and corrosion
Nuclear-Grade Anti-Seize Compound
Jet-Lube 13502 is a nickel-based anti-seize paste supplied in a 0.5 lb brush-top can. It is formulated for extreme-temperature service from -65 °F to 2,600 °F. The nuclear-grade specification ensures suitability for demanding industrial and maintenance applications.
Suited for High-Temperature Assembly
Maintenance technicians assembling stainless steel, titanium or nickel-alloy fasteners will value the brush-top applicator and wide temperature range. Buyers who need a larger volume or a different base metal should consider alternative container sizes or formulations.
Temperature Range Decides Fit
The operating window of -65 °F to 2,600 °F is the critical specification that determines whether this paste matches the service environment. Verify that your equipment operates within these limits before selecting this compound.
Highlights
- Nuclear-grade purity meets strict reactor requirements
- Withstands extreme heat up to 600 °F
- Remains effective in severe cold down to -65 °F
- Brush-top can allows precise, mess-free application
- Nickel-based formula prevents galling and corrosion
Specifications
| Brand | JET-LUBE |
|---|
Questions about this item
Does the 0.5 lb brush-top can require any special tools to apply the nickel-based paste?
No special tools are needed; the integrated brush in the cap lets you spread the anti-seize directly onto threads or mating surfaces.
Will this nuclear-grade compound damage older steel or stainless fasteners I reuse?
The nickel formulation is non-reactive with common ferrous and stainless alloys, so it protects reused hardware without causing galvanic attack.
How can I confirm the paste is still effective after the first high-heat cycle?
After exposure to temperatures up to 2,600 °F the compound remains a silver, non-flammable paste; if it has not hardened, carbonised or lost its metallic sheen, it is still providing lubrication and corrosion protection.
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