Drum Brake Wheel Cylinder by Advics®. This product will provide quick response for safe, smooth braking while resisting corrosion for durability and long service life. The cylinder is an OEM design that fits vehicle specific applications and ensures a precise fit.
- Quick-response OEM design for consistent and reliable braking performance
- Anodizing and "Kanizen" plating of cylinder bodies strengthens surface for smooth operation of the piston and high corrosion resistance
- Ethoylene Propelyne Rubber (EPDM) cups and boots prevent leaks and provide corrosion and heat resistance offering long-lasting service life
- Highly durable and reliable
This product is designed and manufactured to facilitate easy engaging/disengaging of the brake shoes delivering the required force for predictable, safe and effective braking. Manufactured using fail-safe technology and production methods to ensure maximum quality and safety. This, along with the free-flowing fluid capabilities and solid connections, provide reliable and long-lasting performance. To provide smooth operation of the piston and better corrosion resistance, the cylinder body is strengthened with Anodizing and "Kanizen" plating. Thanks to Ethoylene Propelyne Rubber (EPDM) cups and boots, the component has superior resistance to heat and corrosion and provides leakage-free performance. The product also features Quick-Response OEM design, which means no delay in reaction to your pedal input, ensuring consistent, safe and reliable braking performance.
Founded in July, 2001, ADVICS® (derived from Advanced Intelligent Chassis Systems) is one of the leading manufacturers of brake components in the world. Since its inception, the company's mission has been to add value to society by creating products that improve safety on the road in an environmentally responsible manner. To achieve this, all ADVICS manufacturing facilities are certified to ISO14001 environmental management systems standards, while all its products are based on engineering expertise, which includes vehicle movement simulations, brake squeal and vibration analysis, dynamometer performance testing, etc.