Brake Shoes
Optimal braking performance
Brake shoes are an essential component in many vehicles and machines, playing a crucial role in ensuring safe and reliable operation.
The technical details of brake shoes are of particular importance. The friction material used on the surface of the brake shoe is critical for achieving optimal braking performance, with different materials offering unique advantages and disadvantages.
At our company, we offer a wide range of brake shoe options to meet the needs of engineers working in various industries. Common used brake shoes of aluminium are DIN 15435 brake shoes. Our products are designed to offer optimal braking performance, durability, and reliability, ensuring safe and efficient operation in any application. We also offer custom solutions tailored to the specific needs of our clients, with a team of experienced engineers available to provide guidance and support throughout the design and manufacturing process.
So whether you are working on a vessel offshore or a heavy-duty industrial machine, our brake shoes can help you achieve optimal braking performance and ensure safe and reliable operation. Contact us today to learn more about our products and services and find out how we can help you meet your engineering needs.


Overhaul of brake shoes

Contact us about brake shoes
Do you need any information about brake shoes?
Contact our Friction Specialist Dave Habets by phone at +31 – 10 3134 720 or send an email.
Applications
At DRIE-D we like setting new standards for heavy loads or harsh operation, environmental safe and maintenance friendly. Highly specialized in mechanical motion, we provide a smooth solution for your rough challenge! Our engineers are experienced and specialized to design solutions in these fields.

Dredging

Container handling

Renewable energy

Agriculture

Civil engineering

Observation wheels

Offshore

Maritime equipment

Mission equipment

Heavy lifting

Gangways

Rail
Our projects

Heave Chief
Challenge: Ensuring minimal friction during continuous motion under high loads for a balanced heave compensation system.

Hexapod
Challenge: Design a lightweight solution for the limited space that is exceptional adaptable to varying angles and loads.

Hardt Hyperloop
Challenge: Design supports that can handle the variability in material properties, especially in relation to ambient temperature fluctuations.

Afsluitdijk
Challenge: Design and produce D-glide® bearings for the discharge sluices, non-return valves and the innovative fish migration slider.


































