Description
Technical Parameters
Product introduction
|
Item |
Forklift brake pads |
|
Model |
LJ-128 |
Product detail
- The brake pads feature a compound formulation of premium friction materials to ensure excellent wear resistance during sustained braking operations.
This engineered durability maintains consistent pad geometry and friction surface integrity over extended service intervals, effectively minimizing maintenance frequency while maintaining braking efficiency.
stability
- Constructed with specialized heat-resistant composite materials, these brake shoes exhibit exceptional structural integrity under extreme thermal cycling.
- The optimized heat capacity design effectively prevents performance degradation during prolonged or intensive braking. Whether facing extended downhill braking or repetitive stop-and-go scenarios, they maintain precise dimensional tolerances and stable friction characteristics, ensuring system reliability.
Consistent Friction Modulation for Predictable Braking
- The device's precisely calibrated friction formula provides linear coefficient characteristics in different operating environments. Temperature-independent and moisture-resistant properties ensure predictable pedal feedback and stable braking distances - whether in cold winters, hot summers or rainy conditions.
OEM-Level Compatibility, Vibration Minimization
- Computer-optimized contact surface geometry achieves full-face interface consistency with brake rotors. This precision engineering eliminates localized stress concentrations and significantly reduces parasitic vibration transmission through chassis components, enhancing driving smoothness and comfort.
Multi-Terrain Adaptability for All Scenarios
- The friction matrix structure is engineered for balanced performance across varied terrains and driving modes. From urban stop-and-go traffic to mountainous downhill braking, the composite material ensures stable anti-fade performance and rapid torque response, delivering safety and reliability in all road conditions.
Acoustic Optimization for Silent Efficiency
- Integrated harmonic damping technology suppresses high-frequency resonance through customized viscoelastic materials. This NVH (Noise, Vibration, and Harshness)-optimized design enables whisper-quiet operation without compromising braking responsiveness.
Eco-Compliance with Sustainable Design
- The brake shoes are manufactured with a heavy metal-free formula that complies with global environmental regulations, and copper substitution reduces the risk of aquatic toxicity. This environmentally friendly approach maintains the desired friction parameters while supporting sustainable development goals.