Catalogue · Brake Pads > Friction Material

Photo of CV-100 BRAKE PAD FRICTION MATERIAL, cut from the supplier's brochure

Photo cut from a video of the printed brochure.

CV-100 BRAKE PAD FRICTION MATERIAL

Supplier not named in the brochure

Part numbers: CV-100

Brochures do not print prices. Add this to an order request and our lead confirms price and supply.

Specifications

Shear Strength>3,5 N/mm²
Compressibility 25°C<2%
Compressibility 400°C<5%
Friction Coefficient (μ)0,38 - 0,42
Maximum continuous operating temperature350°C
Maximum instantaneous operating temperature650°C

From the brochure

Every line printed about this product, copied from the brochure page at 00:00:25.2 in the video.

CV-100 BRAKE PAD FRICTION MATERIAL

CV-100 friction material has been developed as a combination of highly efficient components and advanced technical know-how.

CV-100 formulation is specifically designed to deliver maximum braking performance, consistency and durability.

KEY BENEFITS

  • Stable quality of specialized friction compounds (supported by continuous laboratory testing, close production monitoring and strict inspection of all incoming raw materials).
  • Full recovery of braking performance, even after intense and prolonged use.
  • Smooth behavior against disk.
  • Well proven durability in a wide range of temperatures.
  • Certified according to ECE R90 approvals, confirming full equivalence to O.E. products in all critical performance criteria.
  • Compatible with all new braking technologies and suitable for patent-free applications.
  • Fully compliant with current environmental and safety regulations.

TECHNICAL CHARACTERISTICS

Friction Coefficient (μ)0,38 - 0,42
Shear Strength>3,5 N/mm²
Compressibility 25°C<2%
Compressibility 400°C<5%
Maximum continuous operating temperature350°C
Maximum instantaneous operating temperature650°C

Source frame

The brochure page this product was read from. The box marks the product.

Brochure page 20261110_170721-0006a from Supplier not named in the brochure
Video
20261110_170721.mp4
Time
00:00:25.2
Page
20261110_170721-0006a
Text check
matches the page
Second read
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