Devcon Titanium Putty – High Performance

Key Features

• Temperature Resistance: Up to 176°C.
• High Compression Strength: 124 MPa, ideal for high-stress applications.
• Chemical Resistance: Excellent resistance to a variety of chemicals.
• Non-Rusting: Can be machined to a metallic finish.
• Compliance: Meets military specification DOD-C-24176B.

Recommended Applications

• Repairing Bearing Housings: Restores functionality to worn bearing surfaces.
• Rebuilding Wear Rings: Suitable for hydraulic rams, valves, and similar components.
• Machined Finish Repairs: Ideal for surfaces that require a smooth, machined finish.

Mixing Instructions

• Mix Ratio:
  • Weight: 4.3 parts resin to 1 part hardener.
  • Volume: 3.0 parts resin to 1 part hardener.
• Mixing Process:
  • Combine hardener with resin thoroughly for about 4 minutes until a uniform consistency is achieved. Ensure material is mixed from the bottom and sides of the container.

Application Guidelines

• Temperature for Application: Ideal at room temperature (13°C to 32°C).
• Application Method: Spread over prepared surfaces using an applicator or putty knife. Press firmly to ensure maximum contact and avoid air entrapment.
• Bridging Gaps: Use fiberglass or mechanical fasteners for large gaps.

Machining Instructions

• Curing Time: Minimum of 4 hours before machining.
• Machining Timing: Best if machined immediately after curing.
• Machining Guidelines:
  • Lathe Speed: 150 ft/minute.
  • Tools: Carbide or high-speed steel bits.
  • Feed Rates: Rough cuts at .020 cut/rev; finishing cuts at .010 cut/rev.

Cure Information

• Working Time: Approximately 21 minutes at 24°C.
• Cure Rate: 75% functional cure in 16 hours at 24°C.
• Immersion in Chemicals: Sections can be immersed in chemicals after 24 hours of cure.
• Heat Cure Option: For enhanced properties, heat cure at 200°F for 4 hours after initial room temperature cure.

Packaging

Devcon Titanium Putty is available in various packaging options for industrial use.

This putty is ideal for high-performance applications requiring a robust repair solution, making it suitable for a variety of industries, including manufacturing, maintenance, and repair operations.