Pyramids Grizzly Screens are designed for specific applications within the crushing and screening process, typically utilized at two critical stages:
Between the Feeder and the Primary Crusher
These screens separate material destined for the primary crusher from the feeder, bypassing certain materials.In Front of the Secondary Crusher
Positioned before the secondary crusher, the screen bypasses smaller material from the primary crusher, ensuring that only appropriately sized material enters the secondary crusher.
Grizzly Screens are particularly effective at handling very large materials, where standard screens may fail to meet capacity requirements or experience rapid wear due to the size of the materials being processed.
Key Features and Benefits
Durable and Adjustable Design
Grizzly vibrating screens are manufactured with two decks, available in various sizes and capacities. The grizzly spaces can be easily adjusted to accommodate the material size that needs to be bypassed, offering flexibility for different applications.
Robust Vibration Mechanism
The vibration is achieved through the rotation of eccentric weights connected to the shaft mounted on the screen body, similar to other screens.
Customizable Drive System
The drive system is engineered to ensure optimal vibration for effective screening. The adjustable weight system allows operators to fine-tune the vibration as needed for maximum performance and efficiency.
Applications
- Suitable for operations requiring the separation of oversized material before it enters the primary or secondary crushers.
- Ideal for industries where high-capacity processing and durability are essential.
Advantages of Grizzly Screens
- Handles large material effectively, preventing overloading or wear in subsequent crushers.
- Adjustable settings for versatile application.
- Designed for long-term durability and reliable operation in demanding environments.
Pyramids Grizzly Screens provide an efficient and reliable solution for managing oversized materials in crushing and screening processes, enhancing overall system performance and reducing wear on equipment.
