 |
| Quantity: | |
|---|---|
The BV9100 crusher with the lowest wear cost, through the principles of "material self-coating" and "material mutual grinding", we can produce the best-grained and most ideal gradation of mechanical sand products. These products have a classic structure and are sturdy and durable. They have numerous successful cases worldwide.
Top-grade manufactured sand production: When it is necessary to produce high-quality manufactured sand for high-strength concrete, ready-mixed mortar, and special engineering applications,
Gravel shaping: Improve the particle shape of the coarse gravel from the cone crusher to meet the strict requirements of high-grade highways (such as asphalt pavements) for gravel.
Industrial grinding: It can be used to produce industrial mineral powder with a certain fineness.
Long-term stable operation of the sand and gravel aggregate line: Due to its low wear and high reliability characteristics, it is particularly suitable for large-scale projects that are sensitive to long-term operating costs.
1.The classic "stone-on-stone" working principle:
(1)Material waterfall and rotor acceleration: The material falls vertically from the top into the high-speed rotating open rotor.
(2)Forming the material cushion: The materials accelerated by the rotor first collide and adhere to the annular baffles surrounding the crushing chamber, forming a constantly renewing protective layer composed of the materials themselves (i.e., "material cushion").
(3)Material mutual grinding and crushing: The subsequent extruded material flow continuously impacts this "material pad", enabling high-speed collisions, friction and crushing between the materials.
(4)Core advantage: As the crushing occurs between the materials, the metal wear is significantly reduced, and the particle shape of the product is naturally refined, becoming rounder and more cubic.
(1)Heavy-duty open rotor:
It adopts a sturdy double-port open rotor with a simple and robust structure, capable of handling large flow of materials. The wear parts of the rotor are designed for easy replacement.
(2)Adjustable feeding pipe and guide plate:
The distribution and ejection trajectory of the materials within the rotor can be optimized by adjusting the angle of the feeding pipe and the position of the guide plate, thereby achieving precise control over the crushing effect and the particle size distribution of the products.
(3)Maintenance door design:
On the side of the equipment, there is a large maintenance door, which enables easy access to the crushing chamber for inspection, replacement of wear-resistant liners and adjustment of the guide plates.
Specification | Details |
Rotor Diameter | 1,400 mm (55") |
Installed Power | 750 kW |
Weight (Total Crusher) | 25-30tons |
Feed Opening | 45-55mm |
The BV9100 crusher with the lowest wear cost, through the principles of "material self-coating" and "material mutual grinding", we can produce the best-grained and most ideal gradation of mechanical sand products. These products have a classic structure and are sturdy and durable. They have numerous successful cases worldwide.
Top-grade manufactured sand production: When it is necessary to produce high-quality manufactured sand for high-strength concrete, ready-mixed mortar, and special engineering applications,
Gravel shaping: Improve the particle shape of the coarse gravel from the cone crusher to meet the strict requirements of high-grade highways (such as asphalt pavements) for gravel.
Industrial grinding: It can be used to produce industrial mineral powder with a certain fineness.
Long-term stable operation of the sand and gravel aggregate line: Due to its low wear and high reliability characteristics, it is particularly suitable for large-scale projects that are sensitive to long-term operating costs.
1.The classic "stone-on-stone" working principle:
(1)Material waterfall and rotor acceleration: The material falls vertically from the top into the high-speed rotating open rotor.
(2)Forming the material cushion: The materials accelerated by the rotor first collide and adhere to the annular baffles surrounding the crushing chamber, forming a constantly renewing protective layer composed of the materials themselves (i.e., "material cushion").
(3)Material mutual grinding and crushing: The subsequent extruded material flow continuously impacts this "material pad", enabling high-speed collisions, friction and crushing between the materials.
(4)Core advantage: As the crushing occurs between the materials, the metal wear is significantly reduced, and the particle shape of the product is naturally refined, becoming rounder and more cubic.
(1)Heavy-duty open rotor:
It adopts a sturdy double-port open rotor with a simple and robust structure, capable of handling large flow of materials. The wear parts of the rotor are designed for easy replacement.
(2)Adjustable feeding pipe and guide plate:
The distribution and ejection trajectory of the materials within the rotor can be optimized by adjusting the angle of the feeding pipe and the position of the guide plate, thereby achieving precise control over the crushing effect and the particle size distribution of the products.
(3)Maintenance door design:
On the side of the equipment, there is a large maintenance door, which enables easy access to the crushing chamber for inspection, replacement of wear-resistant liners and adjustment of the guide plates.
Specification | Details |
Rotor Diameter | 1,400 mm (55") |
Installed Power | 750 kW |
Weight (Total Crusher) | 25-30tons |
Feed Opening | 45-55mm |
