Core Materials Foundation
- Core components made of high-temperature resistant alloys
- Machine frame and shearing mechanism undergo special heat treatment to prevent deformation
- Cutting edges use heat-resistant materials to maintain sharpness
- Structural stability maintained during high-temperature operation
- Reduces performance degradation from material softening at high temperatures
Targeted Component Protection
- Power and hydraulic systems have dedicated insulation devices
- Efficient heat dissipation components prevent overheating failures
- Electrical control system with high-temperature protective shell
- Internal components selected for high-temperature resistance
- Prevents wiring aging and signal interference in hot environments
Environmental Adaptability
- Stable operation in normal outdoor high temperatures and warm workshops
- Suitable for low-to-medium intensity high-temperature environments
- Extreme conditions require auxiliary cooling equipment
- Some models feature high-temperature warning function NEW
- Automatic alerts when temperatures exceed safe operating range
Maintenance for Heat Resistance
- Regular inspection of insulation and heat dissipation systems
- Clean debris from heat dissipation channels for optimal airflow
- Replace aging heat-resistant seals and wiring promptly
- Proper cooling after operation prevents residual heat damage
- Scientific maintenance extends stable high-temperature operation
