Horizontal belt vacuum filter for concentrate

Horizontal belt vacuum filter for concentrateIt is a continuous solid-liquid separation equipment driven by vacuum negative pressure, specially designed for dehydration and purification of high value-added materials such as metal concentrates and non-metallic ores. Its core structure includes an annular rubber filter belt, vacuum box, filter cloth, drive roller, and multi-stage cleaning system. The filter belt adopts a composite process of high-strength rubber and wear-resistant layer, with a smooth and corrosion-resistant surface; The filter cloth is made of synthetic fibers or metal wire mesh materials according to the material characteristics to ensure efficient interception of solid particles. The overall layout of the equipment is horizontal, and the material forms a uniform filter cake on the surface of the filter belt. Solid liquid separation is achieved through vacuum adsorption and multi-stage treatment, which is suitable for large-scale industrial production.

Horizontal belt vacuum filter for concentrateApplication field

Metallurgical industry: concentrate dewatering, red mud filtration, gold smelting, copper ore purification.

Chemical industry: catalyst recycling, fertilizer production, petrochemical product purification, white carbon black separation.

Environmental engineering: industrial sludge dewatering, urban sewage treatment, and tailings concentration before dry piling.

Food and pharmaceuticals: fruit juice clarification, drug purification, starch crystallization separation, fermentation broth treatment.

Paper industry: pulp dewatering, waste liquid recycling.

Application advantages

High separation efficiency: Thin layer rapid filtration design reduces resistance, with a large processing capacity per unit time, suitable for large-scale production.

Excellent product quality: The multi-stage washing and drying process ensures low moisture content and high purity of the filter cake, meeting some market demands.

Low operating costs: Automated operations reduce manpower investment, modular design reduces maintenance difficulty and downtime.

Strong adaptability: It can handle different particle sizes, viscosities, and corrosive concentrate materials, and flexibly respond to diverse needs through process parameter adjustments.

Significant environmental benefits: reducing tailings emissions and water resource consumption, helping enterprises achieve sustainable development goals.