• VHT Flameproof Very High Temperature Nu-Cast Cast Iron Ceramic Coating, 11 oz. Spray Paint

VHT Flameproof Very High Temperature Nu-Cast Cast Iron Ceramic Coating, 11 oz. Spray Paint

PART # PAI-185

$18.69
VHT Flameproof Very High Temperature Nu-Cast Cast Iron Ceramic Coating, 11 oz. Spray Paint

VHT Flameproof Very High Temperature Nu-Cast Cast Iron Ceramic Coating, 11 oz. Spray Paint

Flameproof Very High Temperature Nu-Cast Cast Iron Coating by VHT, 11 oz. This ceramic coating will renew and extend the life of any surface exposed to extremely high temperatures. Replaces Cast-Blast perfectly. This unique coating is a matte finish, silicone ceramic base widely used by the automotive industry on exhaust systems and the aerospace industry for jet engines, re-entry vehicles and other high temperature applications. VHT FlameProofâ„¢ Coating will withstand temperatures up to 2000 °F (1093 °C) and is ideal for use on headers, exhaust systems, or wherever an original cast look coating is needed.

This replaces our PAI-81 and PAI-82 Cast Blast for it has a higher temp rating.

Specifications:
Applicator: Aerosol spray tip
Color: Cast Iron
Container: Pressurized aluminum aerosol can
Finish: Flat / Matte
Material: VHT Flameproof ® Coating only attains its unique heat resistant properties after proper curing.
Preparation: Surface must be clean and free of all debris before applying any primer or paint.

PART NUMBER: PAI-185

Temperature: 1300°F-2000°F (704°C-1093°C)
Applications:
Headers, Exhaust Manifolds, Intakes, Cylinder Heads,
Thermostat Housings, Engine Blocks, Water Pumps,
Under Hood Detailing, many other components!

Drying Time: Curing time is required and can be done either on or off of the vehicle.
On the Vehicle:
Paint must be completely dry before beginning curing process.
Run engine at idle for 10 minutes.
Let engine cool for 20 minutes.
Run engine again at idle for 20 minutes.
Let cool for 20 minutes.
Run engine under normal operating conditions for 30 minutes.
Off the Vehicle:
Paint must be completely dry before beginning curing process.
Heat to 250°F (121°C) for 30 minutes.
Let cool for 30 minutes.
Heat to 400°F (204°C) for 30 minutes.
Let cool for 30 minutes.
Heat to 650°F (343°C) for 30 minutes.
Let cool for 30 minutes.
Warning: Do NOT exceed the temperature of the least heat tolerant component or of the base metal.

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