Brake Pads Shear Strength Test Machine

Precision Testing Performance & Brand Dependability

Precisely quantifies the shear force required to separate friction linings from their backing plates—a critical indicator for assessing the bonding integrity of brake pad assemblies.
Crafted by Fu Chun Jiang Efficient Brake Pads Machines, this test equipment integrates advanced precision control technology with user-friendly operation, ensuring consistent, accurate, and reliable results even during prolonged continuous operation.
Acts as a core tool for verifying the bonding structural stability of brake pads, delivering robust support for product safety and performance evaluation in automotive applications.

Focuses on shear strength testing of friction linings for both brake pads and brake shoes, fully covering passenger car and commercial vehicle (CV) product lines.
Fully aligns with major international testing standards, including ISO6312－81, JIS D4422－90, and SAE J840－82, meeting global quality validation requirements for brake pad products.
Fu Chun Jiang Efficient Brake Pads Machines adheres strictly to these international benchmarks, making the equipment applicable for R&D and quality control processes in global markets.

Loading Performance: Maximum vertical positive pressure of 5.5 KN with adjustable pointer; shear force capacity reaches 100 KN for passenger car brake pads and 200 KN for CV brake pads, with a maximum loading speed of 6,500±500 N/S.
Specimen Compatibility & Power: Accommodates brake pads up to 160×80×30 mm and brake drums of R160×100 mm; power rating is 1.5 kW for passenger car models and 2.2 kW for CV models.
Physical Dimensions: Overall size of 1,500×800×1,470 mm and a total weight of 1,000 kg.

Ideal for brake pad manufacturers, supporting performance verification during R&D phases and strict quality control in mass production processes.
Designed by Fu Chun Jiang Efficient Brake Pads Machines to meet the rigorous testing demands of the automotive braking industry, ensuring stable and consistent performance during long-term continuous operation.