MetLQ High-Temperature Machinable Epoxy Putty
Repairs worn metal parts and allows machining, drilling, grinding, and finishing — even in high-temperature working conditions
What This Putty Is Used For
MetLQ High-Temperature Machinable Epoxy Putty is used for rebuilding, resurfacing, and repairing metal parts that operate in heat-exposed environments. After curing, the repaired surface can be machined, drilled, tapped, filed, or ground like metal — making it suitable for precision finishing jobs.
- Used for restoring worn shafts, housings, seats, and contact areas
- Fills erosion marks, cavities, dents, and mechanical wear damage
- Provides heat-resistant repair where normal filler or putty fails
Where It Is Commonly Used (Real-World Applications)
Machine & Equipment Repair
- Worn bearing seats and keyway restoration
- Shaft end rebuilding and diameter correction
- Housing and casing surface level repair
Heat-Exposed Components
- Furnace panels and thermal equipment casing areas
- Hot pipelines, flange faces, and sealing zones
- Parts exposed to expansion, contraction, and vibration
Why Maintenance Teams Prefer MetLQ Machinable Putty
- Repairs can be finished to size by machining after curing
- Supports drilling, tapping, re-shaping, and dimensional correction
- Reduces component replacement cost and avoids shutdown downtime
- Provides strong adhesion and wear resistance under load
How It Performs Under Heat & Operation
- Maintains repair strength in elevated working temperatures
- Does not soften or peel like ordinary filler compounds
- Handles vibration and movement without cracking
- Supports machining & finishing operations after cure
Problem – Cause – Solution (Practical Maintenance Scenarios)
| Real Problem in Industry | Technical Reason / Root Cause | How MetLQ Putty Solves It |
|---|---|---|
| Worn bearing seat becomes loose | Surface wear & metal abrasion | Rebuilds surface and allows machining back to size |
| Shaft edges or keyways damaged | Mechanical fatigue & impact stress | Restores profile and supports drilling / tapping after cure |
| Normal filler cracks due to heat | Thermal expansion & heat softening | Provides heat-stable bonding with strong structural hold |