Impact Bed
Impact Beds are engineered components for bulk material handling systems, designed for reliable operation, wear resistance, and easy integration into impact-resistant industrial applications.
Product Information
The drop buffer bed is the core protective buffer component of the conveyor drop point, mainly responsible for bearing the impact of material falling, reducing the wear and damage of the conveyor belt, preventing material leakage, and suppressing the deviation and sagging of the conveyor belt at the drop point, ensuring smooth transportation and extending the service life of the conveyor belt and surrounding equipment.


The feeding buffer bed is used below the guide groove of the belt conveyor and below the feeding point belt. Made of ultra-high molecular weight engineering plastic with low friction coefficient, and fixed on a steel bracket with high elasticity rubber buffer, it effectively supports the conveyor belt and absorbs the impact of materials on the conveyor belt, reducing the wear of the conveyor belt and extending its service life.


Advantages:
1. The friction coefficient is small, and the wear-resistant body is made of ultra-high molecular weight engineering plastics with low friction coefficient;
2. By effectively supporting the tape and absorbing the impact of materials on the tape, the tape can be effectively prevented from tearing;
3. Effectively eliminate material splashing and leakage caused by uneven force on the conveyor belt;
4. No running parts, no need for lubrication, only need to replace with durable and maintenance free parts when using Qishi, Diaoyu;
5. Modular design, split structure, easy to install and maintain;
6. Pickled design, easy to transform, minimizes downtime, and effectively improves production efficiency;
7. According to your needs, various forms of ultra-high polymer wear-resistant materials can be customized
Impact Beds are engineered components for bulk material handling systems, designed for reliable operation, wear resistance, and easy integration into impact-resistant industrial applications.
