Industrial
Complete range of industrial equipment and supplies
Devcon® Wear Resistant Putty (WR-2)
Smooth, non-rusting, all-purpose epoxy putty for repairs requiring low-friction finishes, such as machine lathe beds. Bonds to steel, iron, aluminum, ceramic, concrete, brass, and some plastics. Contains wear-resistant fillers for low friction applications. Also available in liquid form.
Devcon® Titanium Putty
High-performance, non-rusting titanium-reinforced epoxy engineered for making repairs to machinery and equipment that can be precision machined. Withstands heavy loads in hard chemical environments. Excellent temperature resistance (350°F). High compressive strength (15,200 psi). Resistance to chemicals and most acids, bases, solvents, and alkalis. Qualifies under Mil Spec MIL-PRF-24176C, Type I. Listed under NSN stock #8030-01-335-0562.
Devcon® Stainless Steel Putty (ST)
Stainless steel-filled epoxy putty for patching, repairing, and rebuilding stainless steel food processing equipment. Non-rusting formula that bonds to ferrous and non-ferrous metals. NSF-certified for potable water applications and acceptable for use in meat and poultry plants.
Devcon® Plastic Steel® Putty (A)
Metal-filled epoxy used for routine maintenance, production, and tooling applications. Bonds to most metals, concrete, and some plastics. Cures at room temperature and forms a tough, durable metallic mass that can be drilled, tapped, machined, or painted. Excellent resistance to oil, gasoline, water, and many chemicals.
Devcon® Plastic Steel® Liquid (B)
Steel-filled liquid epoxy for making holding fixtures, light-gauge forming dies, and molds. Can be machined to close tolerances and has low viscosity with high compressive strength. Ideal leveling compound for machinery and equipment.
Devcon® Plastic Steel® 5 Minute® Putty (SF)
Fast-curing, steel-filled epoxy for dependable emergency repairs in less than one hour. Hardens in one hour and mixes, applies, and cures at temperatures as low as 40°F. Cures to a tough, steel-filled material that can be machined, drilled, tapped, or sanded.