Product Name
Devcon 11410 Wear Resistant Putty Smooth, Non-rusting & All-purpose Epoxy (also known as WR-2)
Brief Description
Devcon 11410 Wear Resistant Putty is a ceramic-filled, smooth, non-rusting, all-purpose epoxy putty. It is specifically engineered for repairs requiring low-friction finishes and provides robust protection against wear, abrasion, and corrosion on various surfaces. This two-part system cures at room temperature to a hard, machinable finish.
Popular Applications & Uses
- Rebuilding worn parts in industrial equipment across manufacturing, mining, and marine sectors.- Resurfacing corroded or pitted metal surfaces to extend their service life.- Repairing and protecting critical components such as flange faces, machine ways, valve seats and bodies, and tracing guides.- Restoring and protecting pumps, shafts, and machine beds.- Bonding metals and concrete to create abrasion-resistant surfaces in harsh operating environments.- Filling holes and repairing cracks in various substrates.- Performing repairs in situations where traditional welding or brazing methods are impractical or undesirable.
Industries that Commonly Use It
- Aerospace/Defense- Automotive Service/Repair- Chemical Industry- Concrete- Construction/ Building Services- Distributers & Resellers- Energy- Engineering Services- Fabrication- General Manufacturing- Government & Military- Industrial Supply- Marine- Metal Fabrication- Petroleum Industry, Products or Services- Transportation/ Specialty Vehicle
Special and Unique Features
- Contains ceramic fillers, providing superior wear resistance and a smooth, low-friction finish.- Non-rusting formulation ensures longevity and integrity of repairs.- Can be machined, drilled, tapped, or painted after achieving full cure, allowing for precise finishing.- Features a non-sag formula, enabling easy application on vertical and overhead surfaces up to ¼” thick without slumping.- Offers protection against bimetallic corrosion when used on interfacing metal surfaces.- Formulated without ozone-depleting substances, aligning with environmental considerations.- Also available in a liquid form for different application needs.
Key Properties
- Color: Dark Grey / Grey- Pot Life: 45 minutes at 75°F (24°C)- Functional Cure: 16 hours- Full Cure: 7 days at 75°F (24°C) or 4 hours at 200°F (93°C)- Compressive Strength: 9,800 psi (67.6 MPa)- Tensile Shear Strength: 2,200 psi- Shore D Hardness: 85- Operating Temperature (dry): Up to 250°F (121°C)- Operating Temperature (wet): 130°F- Chemical Resistance: Resists oils, fuels, acids, and alkalis; however, not recommended for long-term exposure to concentrated acids or organic solvents.- Mix Ratio by Volume: 4:1- Mix Ratio by Weight: 9:1- Mixed Viscosity: Putty- Solids by Volume: 100%
Surface Compatibility
Devcon 11410 Wear Resistant Putty bonds effectively to a wide range of materials, including steel, iron, aluminum, ceramic, concrete, brass, and various plastics.
Known backups / known substitutes
- Other Devcon epoxy products such as Plastic Steel Putty (A), Titanium Putty, Stainless Steel Putty, and Bronze Putty, depending on specific application requirements.- General wear-resistant epoxy putties from alternative manufacturers that offer similar performance characteristics.- Products like "Plastic Welder™" for bonding diverse substrates including metals, plastics, wood, concrete, ceramic, and fiberglass.- HB 300, a steel-filled epoxy resin, suitable for high-heat and high-stress industrial applications, with continuous temperature resistance up to 200°C and short-term spikes to 280°C.- Repair Stick Titanium, an epoxy putty designed for continuous exposure to temperatures over 120°C and offering extreme abrasion resistance.
Comparison Note
Devcon 11410 (WR-2) stands out as a ceramic-filled epoxy putty specifically formulated for low-friction, wear-resistant applications. Its unique composition and properties differentiate it from general-purpose metal repair epoxies or those designed for extreme high-temperature resistance or specific metal types. The product's machinability and non-sag characteristics provide versatility for precision repairs and surface protection on a variety of industrial equipment.
