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Home / News / Industry News / The principle of rotary snow removal of brush-type snowplows
Author: VYMT Date: Sep 10, 2024

The principle of rotary snow removal of brush-type snowplows

The principle of rotary snow removal of brush-type snowplows is based on mechanical friction and mechanics, and removes snow on the road in an efficient and low-damage manner.
Principle of rotary snow removal
Power transmission: The brush-type snowplow generates power through the engine, and this power is transmitted to the drum through the transmission system. The optimized design of the transmission system ensures the smoothness and efficiency of power transmission.
Drum rotation: The received power drives the drum to start rotating, and the bristles densely installed on the drum surface rotate accordingly. The rotation speed of the drum is adjusted according to the model and operation requirements of the snowplow to achieve good snow removal effect.
Bristle action: The rotating bristles come into contact with the snow on the road surface, generating friction. This friction peels the snow off the road surface and is thrown to one side or the back of the drum as the bristles rotate. The material selection of the bristles ensures its wear resistance, aging resistance and low damage to the road surface.
Snow removal effect: Through continuous rotation and friction, the brush snowplow can quickly and efficiently remove snow on the road, including compacted snow, thin ice, and ice and snow mixtures attached to the road surface. This snow removal method not only improves snow removal efficiency, but also reduces damage to the road surface.
Adaptability: The brush snowplow is particularly suitable for a variety of road conditions, including flat roads, ramps, and uneven roads. Its soft bristles can penetrate deep into the snow and effectively remove difficult-to-remove snow, while maintaining good contact with the road surface to ensure uniform snow removal.

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