Noise suppression and friction stability even at high temperatures! Friction material N for forging, sheet metal, and press machines.
Sound suppression grade - Inserting cushioning material to suppress noise! Stable friction coefficient even at high temperatures ensures stable operation of the press machine! Both friction materials and counterpart materials have a long lifespan!
This is a friction material for clutches and brakes that has a proven track record of being used in OEM applications through forging, sheet metal, and high-speed pressing. With a lineup of over eight types of materials, we can provide the optimal friction material for various models and concerns. With long lifespan and excellent braking performance, it has been adopted in many industrial equipment presses to date. Please feel free to consult us about any issues or troubles with friction materials. 【Features】 - Long lifespan, low wear - Noise suppression (※ noise control grade) - Stable friction coefficient, high braking performance - Low aggressiveness to counterparts (extends the lifespan of flywheels and drums) For more details, please feel free to contact us or download the catalog.
basic information
Block shapes (block brakes), drum shapes (drum brakes), and adhesion/replacement on iron plates are also possible. We can accommodate not only mass production but also small lot production (from 1 piece). For more details, please download the catalog or feel free to contact us.
Price information
Prices may vary depending on quantity and dimensions, so please feel free to contact us.
Delivery Time
Model number/Brand name
BAKES Starlight Frisbee
Applications/Examples of results
【Examples of Achievements】 - Clutches & brakes for forging, sheet metal, and high-speed press machines - Brakes for the travel and hoisting of overhead cranes - Holding brakes for elevators - Winder brakes for paper machinery and tension brakes for feeding - Friction materials for various industrial equipment 【Application Proposals】 - Friction materials for wind power generation
