High Performance Wear-Resistant Bottom Liner Backboard in Mining Feeder

• After-sales Service: Solution Available Within 2 Hours
• Warranty: 1 Years
• Type: Electromagnetic Vibrating Feeder
• Movement Mode: Linear
• Usage: Mine
• Appearance: Closed-Type
• Model NO.: feeder parts
• Max Feeding (mm): 750
• Capacity(t/h): 400-600
• Motor Power(kw): 20~25
• Installation Slope: 10
• Chute size(mm): 6000×1300
• Overall Dimension: 6082×2580×2083
• Color: White
• Shape: Rectangle
• Apply: Feeder
• Use: Reduce The Wear of Materials on The Feeder Tank
• Service: Reply Immediately Within 1h
• Other Service: Intelligent O&M, Remanufacturing, etc.
• Transport Package: Standard Export Package
• Specification: parts of feeder
• Trademark: GIS
• Origin: Nanchang City, Jiangxi Province, China
• Production Capacity: 50000pieces/Year

Product Description

Product Description

Main function: effectively reduce the wear of the material on the feeder tank body.

Product application

Applied to: mine and engineering aggregate feeder.

Our company

As a wholly-owned subsidiary of NMS, Jiangxi Gold Intelligent Service Engineering Co., Ltd. is dedicated to serving rock and mineral processing enterprises.
Based on NMS's resources and 50+ years of industry technical experience, to enhance customer market competitiveness as the core purpose, GIS help customers improve service quality, reduce cost and increase efficiency. We provide customers with process optimization, technical improvement consulting, equipment maintenance, production services, equipment repair, financial support and spare parts and consumables supply and other services.
GIS has a strong technical service team, research and development capabilities, digital, intelligent operation and maintenance platform, spare parts and wear parts manufacturing base and field service network.

Quality control

Intelligent O&M service

A variety of customized transformation and upgrading solutions based on the actual needs of customers, such as upgrading the whole machine, the control system and the use of wear-resistant parts to upgrade devices to the latest technical level for higher yield, reliability and safety, and more convenient maintenance.