The Self-Braking Casters

Exploring Compression and Decompression Brake Casters

Casters are indispensable for making heavy objects mobile, yet they can sometimes lead to challenges when objects move too freely. To address this, brakes come into play, providing stability and control over mobility. Let's delve into the differences between compression and decompression brake casters:

Compression Brakes: How They Work

Compression brakes function like a scale, where pressure applied to the platform triggers the brake mechanism. As weight is exerted on the caster, it counters the resistance of the brake until it reaches a threshold, locking the caster and preventing movement. Compression brakes are versatile, available for both fixed and swivel casters, and lifting the object slightly can release the brake.

Decompression Brakes: The Opposite Mechanism

In contrast, decompression brakes operate oppositely. They remain locked until weight is applied, at which point the brakes release, allowing mobility. This mechanism is ideal for caster-mounted platforms used to transport objects. They ensure safety during loading and unloading by remaining stationary when not in use and only becoming mobile when the load is present.

By understanding the differences between compression and decompression brake casters, users can optimize mobility while maintaining control over caster-mounted objects.

For all your caster needs and inquiries, feel free to reach out to us! We're here to provide solutions that enhance mobility and efficiency in various settings.

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