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Heat Curing Hi-Temp Lab-metal high, temperature, epoxy, heat, putty,
powder coating filler, core box, mold,
patch, patching compound, muffler, engine block,
chrome plating, csting, die casting,
mold repair, mold refinishing, stove filler,
oven, radiator,High temperature epoxy,high temperature metal filler, high temperature
coating, high temperature adhesive, high temperature seal, high temperature sealant,
high temperature glue, engine block repair,
muffler patch, heat patch, heat resistant material,
heat seal patch, mold repair, casting repair,
putties, putty, epoxy heat resistant
high, temperature, epoxy, heat, putty,
powder coating filler, core box, mold,
patch, patching compound, muffler, engine block,
chrome plating, csting, die casting,
mold repair, mold refinishing, stove filler,
oven, radiator,High temperature epoxy,high temperature metal filler, high temperature
coating, high temperature adhesive, high temperature seal, high temperature sealant,
high temperature glue, engine block repair,
muffler patch, heat patch, heat resistant material,
heat seal patch, mold repair, casting repair,
putties, putty, epoxy heat resistant

INSTRUCTIONS:

Stir Hi-Temp Lab-metal well. Apply with putty knife or similar tool in layers less than 1/4" thick. (Hi-Temp Lab-metal may be thinned to a brushing viscosity with Lab-solvent.)

For each layer of Hi-Temp Lab-metal, air dry for a minimum of 24 hours at room temperature, or until the product has hardened to a metal state. It must then be heat cured (before applying a second coat).

To heat cure:

"Heat harden" at 425°F for 60 minutes. (The curing process may be achieved by a more gradual "heat up", as in the repair of an industrial oven. In this case, as the oven is heating, the Hi-Temp Lab-metal repair is curing.)

Heat hardening must be completed prior to powder coating.

DOWNLOAD PDF DOCUMENT


 [Technical Data Sheet]  [Heat Cure]  [Lab-solvent (thinner for Hi-Temp Lab-metal)]  [Proven In Powder Coating] 

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