Product Profile of Industrial Grade Grizzly Feeder

Industrial grade grizzly feeder is designed to combine scalping and feeding in one operation. Grizzly feeder is tailored to provide a continuous, consistent, uniform flow of materials from the hopper to the crusher. Industrial grade grizzly feeder is installed ahead of a primary or a secondary crusher, larger pieces are scalped into the crusher while undersize materials are passed into the grizzly bars, bypassing and relieving the load to the crusher.

Key Features of Industrial Grade Grizzly Feeder

• Standard and custom engineered sizes available
• Available in optional specialty finishes and construction materials
• No moving parts that could wear and require replacement, assuring trouble-free service in all types of environments
• Highest capacity for deck size in the industry
• Larger capacity from a smaller feeder
• Tailored to provide a continuous, consistent, uniform flow of materials from the hopper to the crusher
• Designed to combine scalping and feeding in one operation
• Installed ahead of a primary or a secondary crusher, larger pieces are scalped into the crusher while undersize materials are passed into the grizzly bars, bypassing and relieving the load to the crusher
• Increases crusher capacity and all round efficiency
• Heavy-duty, low horsepower choice for efficient screening and feeding of aggregate materials
• Energy-efficient, two-mass vibratory feeder design is proven in hundreds of mining, ore, and mineral applications
• Multiple sizing decks on a single unit, explosion-proof motors and Variable Frequency drives are important high-performance options
• Vibro motors based Grizzly Feeders avoid daily lubrication menaces which most of the crusher operators fail to perform in a routine basis
• Over all down time is reduced and plant up time is increased up to four fold times
• Two-Mass, sub-resonant natural frequency self-compensating design automatically adjusts to material head load and weight changes, maintaining constant feed rate regardless of load