新振动给料机 Boratas Stationary Vibrating Grizzly Feeder TB/TV Series

Boratas Stationary Vibrating Grizzly Feeder TB/TV Series is purpose-built to feed primary jaw and primary impact crushers in crushing plants. Operating as a crucial initial stage in the material processing workflow, these feeders efficiently separate fine materials through a grid mechanism, preventing their entry into the crusher. This strategic separation not only increases the crusher's capacity but also enhances overall operational efficiency.

The separated fine material is directed to a bypass screen, where it undergoes further classification. The resultant material is then systematically conveyed to the secondary crusher, contributing to a seamless and optimized crushing process.

Key Functions:

1. Primary Crusher Feeding:
Positioned at the forefront of the crushing plant, these feeders efficiently receive raw material, ensuring a continuous and uniform supply to primary jaw and impact crushers.

2. Fine Material Separation:
Employing a grid mechanism, the feeders meticulously separate fine materials, preventing them from entering the primary crusher and thereby increasing its overall capacity.

3. Material Flow Optimization:
The separated material is systematically directed to a bypass screen, where it undergoes further processing. The resulting material is then efficiently conveyed to the secondary crusher, contributing to a streamlined material flow.

Structural Characteristics:
- Sturdiness and Shockproof Design: Engineered for robustness, these vibrating feeders withstand operational shocks, ensuring reliability and longevity.

- Ease of Maintenance: Designed for straightforward maintenance procedures, minimizing operating costs and preserving high production capacity.

The Stationary Vibrating Grizzly Feeder TB/TV Series stands as a testament to durability, efficiency, and ease of maintenance. Its robust construction and strategic material separation make it an invaluable component in material processing operations, ensuring uninterrupted and optimized feeding to primary crushers.

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