Built for demanding foundry environments, LXHTR robot protective covers combine heat resistance, flexibility, and durability in a custom-engineered solution. The multi-layer construction helps protect valuable robotic equipment from thermal exposure, molten metal splash, airborne contaminants, and everyday wear, helping extend service life and reduce maintenance-related downtime.
LXHTR Foundry Robot Protective Covers are custom-engineered protective systems designed for industrial robots operating in foundries, die casting plants, forging workshops, and other high-temperature manufacturing environments. The covers help shield robots from radiant heat, molten metal splash, abrasive dust, and mechanical wear, extending equipment life while reducing maintenance costs and downtime.

| Property | Specification |
|---|---|
| Model | RPC-FD 01 |
| Product Type | Foundry Robot Protective Cover |
| Operating Temperature | Up to 300°C / 500°C / 800°C (depending on design) |
| Outer Layer Materials | Silica Fabric, Aluminized Fabric, Aramid Fabric (depending on design) |
| Insulation Layer | Ceramic Fiber, Silica Felt, Thermal Composite (depending on design) |
| Thickness | Customizable |
| Protection Functions | Heat, Splash, Dust, Abrasion |

LXHTR provides complete customization services based on:
Available for ABB, FANUC, KUKA, Yaskawa, Kawasaki, Nachi and other industrial robots.
Why does a foundry robot need a protective cover?
High temperatures, molten metal splash, and abrasive dust can damage robot cables, sensors, and external components. A protective cover helps extend robot service life and reduce maintenance costs.
Can the cover affect robot movement or accuracy?
No. The cover is custom-designed according to the robot's movement range to ensure full operational flexibility.
What robot brands are supported?
We can design protective covers for ABB, CRP, FANUC, KUKA, Yaskawa, Kawasaki, Nachi, and most industrial robot brands.
What information is required for customization?
To ensure an accurate design, please provide the robot model, operating temperature, application details, CAD/3D drawings (if available), and a video of the actual working environment.