Wind turbine pads
Braking material for: rotors, nacelle and wind turbines
Regenerable product
IMA’s brake pads are designed with precision and devised to guarantee maximum energy efficiency. Our pads are the key to ensuring your turbines work reliably and last over time.
Main Features:
- Superior Resistance to Wear: Our pads are made using advanced materials designed to withstand prolonged wear, guaranteeing long life and less maintenance.
- High Capacity of Heat Dissipation: We have optimised the composition of pads to guarantee fast heat dissipation generated while the turbines are running. This contributes to maintaining optimal performance even under challenging conditions.
- Constant Friction Coefficient: Our attention to details results in a constant and reliable friction coefficient under a wide range of working conditions. This consistency is key to maintaining the stability and efficiency of the turbines in any atmospheric context.
- Eco-Compatibility: We are aware of the importance of sustainability. Our pads are designed with the highest environmental standards in mind, contributing to making wind turbines a clean and sustainable source of energy.
At our internal laboratory, we perform accurate, certified renewals on the worn parts of the braking material and replace the parts in the brake callipers.
Technical data
Competitive Advantages:
- Increase in Energy Production: Thanks to reduced resistance and improved efficiency, our pads allow the wind turbines to generate more energy with less effort.
- Fewer Maintenance Costs: The lengthy lifespan and resistance to wear result in reduced maintenance costs, allowing you to maximise your investments in renewable energies.
- Proven Reliability: Our pads are tested to withstand the most extreme conditions, guaranteeing a reliable functioning even in the most challenging situations.
Sintered brake pads
HAVEN’T FOUND THE ITEM YOU’RE LOOKING FOR?
We can produce any piece at our specialist laboratory, starting from a sample or technical drawing. We perform every kind of hot bonding or mechanical fixing of friction materials to metallic parts.