New Items

Spring brakes are a type of brake that is held in the released state by power (usually air pressure or electromagnetism) and automatically applies when that power is lost or removed, making them a failsafe for parking and emergency braking in vehicles, and for safety in industrial applications. In air brake systems for trucks and buses, spring brakes are compressed by air pressure during normal operation and expand to apply the brakes when air is lost, either intentionally by the driver or in an emergency. In other industrial applications, an electromagnetic coil maintains a compressed spring, and when power is cut, the spring expands to apply the brake, stopping a rotating shaft. 

 Industrial Disc Brakes - Fail-Safe Disc Brakes - HindonIndustrial disc brakes are specialized friction-based systems that slow or stop rotating industrial machinery by pressing brake pads against a rotating disc (rotor), converting kinetic energy into heat. They consist of a brake disc, brake pads, a caliper, and an actuation system (hydraulic, pneumatic, or electromagnetic). Engineered for heavy loads, extreme conditions, and high torque, they provide precise, reliable braking, superior heat dissipation, and easier maintenance compared to drum brakes. 

A drum brake is a type of automotive braking system where brake shoes, lined with friction material, are pressed against the inner surface of a rotating, drum-shaped component attached to the wheel, creating friction to slow or stop the vehicle. When the brake pedal is pressed, hydraulic pressure forces the shoes outward to meet the spinning drum. Drum brakes are known for their durability, self-energizing capability, and cost-effectiveness, often found on the rear wheels of economy cars and commercial vehicles.  

A brake motor is an integrated system combining an AC induction motor with a "fail-safe" electromagnetic brake, typically mounted on the motor's non-driving shaft. When power is supplied to the motor, the brake is electrically released, allowing the motor to operate freely. Upon power interruption, the brake instantly engages due to spring-applied mechanisms, stopping the motor and load and holding it securely in place. This failsafe design ensures a rapid, reliable stop in applications requiring precise control and safety, such as on conveyor belts, hoists, and packaging machinery.