Clutch facings are hidden behind the scenes of your vehicle's transmission, but their role
in ensuring a smooth and safe driving experience cannot be understated. Clutch facings are
the friction materials found in the clutch assembly of vehicles. They are responsible for
transmitting power from the engine to the transmission, allowing for seamless gear changes.
Traditionally, these facings were crafted from materials like asbestos and composites, but
advancements in technology have ushered in a new era of safer and more eco-friendly options.
Non-asbestos materials emerged as a game-changer, offering improved safety and environmental
benefits.
BBL Clutch facing Assurance
BBL proudly partners with ASK Technica Japan, a distinguished OE manufacturer renowned for its friction materials. Here's why our clutch facings stand out:
Precision Engineering: BBL’s high-quality clutch facings are engineered with precision. They are designed to withstand the demands of modern vehicles, which often operate under challenging conditions. From heavy-duty trucks to sporty cars, the right clutch facing ensures smooth gear transitions and efficient power transmission.
Safety First: At BBL safety comes first. Our clutch facings are crafted from advanced materials that prioritize safety. We eliminate the use of asbestos, a hazardous substance, ensuring the well-being of both mechanics and drivers. This commitment to safety extends beyond compliance; it reflects a dedication to protecting lives.
Performance Excellence: Whether you're navigating city streets or conquering challenging terrains, BBL clutch facings excel in diverse driving conditions. They maintain a stable coefficient of friction at elevated temperatures, ensuring consistent and reliable performance when you need it the most.
Environmental Responsibility: The automotive industry is evolving towards greater environmental responsibility, and clutch facings are no exception. BBL clutch facings often embrace non-asbestos materials, contributing to a cleaner environment by reducing harmful emissions and waste.