Multi-Deck Linear Vibrating Screen Machine for Bauxite Rock - 500×2000mm to 2000×6000mm Sizes with 1-6 Layer Configurations

Name: Multi-Deck Linear Vibrating Screen Machine for Bauxite Rock - 500×2000mm to 2000×6000mm Sizes with 1-6 Layer Configurations
Brand: Xinxiang AAREAL Machine Co.,Ltd

Industrial multi-deck linear vibrating screen machine designed for bauxite rock processing. Features 1-6 screen layers, sizes from 500×2000mm to 2000×6000mm, and power range of 0.4-3.7Kw. Provides efficient grading, impurity removal, and material classification with low energy consumption and dust-free operation. Suitable for mining, metallurgy, chemical, and food processing industries.

Mesh Cleaning Device rubber/ silicone balls, ultrasonic deblinding system etc.

Place of Origin China

Movement linear movement

Power Source two horizontal vibrating motors

Packaging Details Fumigation-free plywood wooden case for small size

Screen Surface horizontal or slanted (inclination angle 0°~7°)

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Product Description

The Multi-deck Linear Vibrating Sieve Machine for Bauxitic Rock is engineered for efficient screening of materials in industrial applications. Featuring two vibration motors that generate linear motion, this rectangular sifter provides reliable performance for grading, impurity removal, and material classification.

Key Features

Low energy consumption with high processing capacity
Configurable with 1-6 screen layers for versatile applications
Robust construction using steel plates and sectional materials
Excellent sealing prevents dust emission during operation
Automatic material discharge for continuous production
Simple structure for easy installation and maintenance

Technical Specifications

Model	Screen Size (mm)	Power (Kw)	Layers
AZ-520	500×2000	2×(0.4-0.75)	1-6
AZ-1025	1000×2500	2×(0.4-1.1)	1-6
AZ-1535	1500×3500	2×(1.1-2.2)	1-6
AZ-2060	2000×6000	2×(2.2-3.7)	1-6

Applications

This vibrating screen is widely used across multiple industries including mining (bauxite, quartz sand), metallurgy (metal powders), chemical processing (resins, pigments), food processing (sugar, starch), and environmental applications for waste treatment and recycling.

Working Principle

Two synchronized vibration motors rotate in opposite directions, creating linear motion that propels materials forward across the screen surface. This action efficiently separates particles by size while maintaining consistent material flow.