Brake Pads Shear Strength Test Machines

In the highly competitive and safety – critical field of friction product manufacturing, understanding the bond strength between the friction lining and the backing plate is of utmost importance. Our Shear Strength Test Machine is specifically engineered to meet this need, providing an accurate and reliable means of measuring the force required to shear the friction lining from the backing plate.

Unparalleled Precision Meets User – Friendly Operation
This test machine represents the pinnacle of engineering design, seamlessly integrating precise test control with an intuitive user – interface. The result? A seamless testing experience that delivers highly accurate results, regardless of whether you’re a researcher in a high – tech R & D laboratory or a quality control inspector on the factory floor.
For those in the research and development sector, our Shear Strength Test Machine serves as an invaluable tool for exploring new materials, refining manufacturing processes, and innovating next – generation friction products. In quality control settings, it acts as a vigilant sentinel, ensuring that every product that leaves the production line meets the highest standards of performance and safety.
Diverse Applications and Global Standard Compliance
Core Application
The primary function of our Shear Strength Test Machine is to measure the shear force between the friction lining and the backing plate. This measurement is not just a technicality; it’s the key to ensuring the proper functioning of brake systems in vehicles of all types. Whether it’s a compact car navigating city streets, a high – performance motorcycle on a winding mountain road, or a heavy – duty commercial vehicle transporting goods across long distances, the integrity of the friction lining – backing plate bond is crucial for effective braking.
Compliance with International Standards
ISO6312 – 81: The Epitome of Global Testing Excellence
Our test machine is fully compliant with ISO6312 – 81, an international standard that has long been the gold – standard for shear strength testing methodologies. ISO6312 – 81 is the result of extensive research and collaboration among global experts. It meticulously defines every aspect of the shear strength testing process, from the calibration of equipment to the analysis of test results. By adhering to this standard, our machine ensures that every measurement is in line with the highest global quality benchmarks. For manufacturers aiming to expand their reach across international markets, this means that their product data is immediately comparable and acceptable worldwide.
JIS D4422 – 90: Precision – Driven Japanese Engineering
In addition to ISO6312 – 81, our machine meets the stringent requirements of JIS D4422 – 90. Hailing from Japan, a country celebrated for its meticulous engineering, this standard places a premium on precision and reliability. JIS D4422 – 90 demands that every test be conducted with the utmost care, ensuring that the data obtained is not only accurate but also highly reproducible. When you use our Shear Strength Test Machine, you’re tapping into the legacy of Japanese precision. This is invaluable for R & D teams working on developing new friction materials. The ability to conduct tests with such precision allows for the identification of even the slightest variations in shear strength, which can be the key to developing revolutionary products.

SAE J840 – 82: Industry – Leading Automotive Standards
Our machine also aligns seamlessly with SAE J840 – 82, an American standard that wields significant influence in the automotive industry. In the automotive world, where safety is non – negotiable, SAE J840 – 82 provides the framework for ensuring that brake components, like friction linings and backing plates, can withstand the rigors of real – world driving. By complying with this standard, our test machine enables automotive manufacturers to test their products with the same level of precision as the industry’s leading players. For quality control professionals in the automotive sector, this means that they can be confident that the products leaving their factories meet the highest safety and performance standards

FCJ – 600 – ST Model: Master for PC Brake Pads
Vertical Pressure: With 500N max vertical positive pressure, it’s fine – tuned for PC brake pads, accurately replicating real – world braking forces.
Shear Power: 100 KN of shear muscle easily detaches friction lining, speeding up tests.
Accuracy: 0.1% F.S shear sensor and ±1%F.S shear force control precision catch every shear strength nuance, guiding product upgrades.
Loading Speed: At 6,500 ± 500 N/S max, it mimics sudden braking for durability checks.
Specimen Fit: Accommodating up to 240x90x30 mm specimens, it fits all PC brake pad sizes.
Stability: Powered by 2.2 KW, sized 1,600×800×1,700 mm, and weighing 1500 kg, it offers non – stop, stable performance.
FCJ – 600A – ST Model: Ideal for Motorcycle Brake Pads
Pressure Optimization: 500 N max vertical pressure, custom – made for motorcycle brake pads’ unique demands.
Shear Calibration: 20 KN shear power, perfect for smaller motorcycle pads.
Reliable Results: 0.1% F.S shear sensor and ±1%F.S shear force control accuracy, with 6,500 ± 500 N/S max loading speed, ensure trustworthy data.
Specimen Compatibility: Handling 160x80x30 mm specimens, it suits diverse motorcycle brake pad models.
Testing Powerhouse: 2.2 KW – powered, 1,600x800x1,700 mm in size, and 1500 kg in weight, it enables continuous, high – quality tests.
FCJ – 600B – ST Model: For CV Brake Pads
Heavy – Duty Pressure: 500N max vertical pressure, built for CV brake pads’ heavy – duty requirements.
Shear Capacity: 200 KN shear power for robust CV pad testing.
Efficient Accuracy: 0.1% F.S shear sensor and ±1%F.S shear force control accuracy, along with 6,500 ± 500 N/S max loading speed, ensure fast, precise results.
Size Adaptability: Accommodating 240x90x30 mm specimens, it fits various CV brake pad models.
Stable Operation: 2.2 KW – powered, 1,600×800×1,700 mm, and 1500 kg, providing stable, continuous testing.
FCJ – 600C – ST Model: For CV Brake Pads/Shoes
High – Pressure Design: 1900N max vertical pressure, designed for CV brake components’ strong bonds.
Tough Shearing: 300 KN shear power for the most demanding CV shear tests.
Consistent Results: 0.1% F.S shear sensor and ±1%F.S shear force control accuracy, with 6,500 ± 500 N/S max loading speed, ensure reliable outcomes.
Large – Specimen Capability: Testing up to 300x130x30 mm specimens, it serves large CV brake components.

Stable Performance: 2.2 KW – powered, 1,600×800×1,700 mm, and 1500 kg, offering stable, high – quality testing.

Choose our Shear Strength Test Machine and experience a new level of precision, efficiency, and reliability in friction lining strength assessment. Whether you’re a manufacturer looking to enhance product quality, a researcher exploring new materials, or a quality control professional ensuring compliance, our test machine is the ideal choice for all your shear strength testing needs.