High-Strength Polyester Vacuum Belt Filter Cloth for Mining Tailings Dewatering

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High-Strength Polyester Vacuum Belt Filter Cloth for Mining Tailings Dewatering

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Product Description

Vacuum Belt Press Filter Cloth for Mining Industry is a high-quality and efficient solution designed to meet the specific needs of the mining industry, sludge drying, and slurry dewatering. This filter cloth is an essential component for belt filters, ensuring optimal performance and reliable filtration results.

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Premium Durability: Made from high-grade PE materials to withstand high temperatures and abrasive materials.

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Advanced Filtration: Unique design captures even the finest particles for cleaner filtrate.

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Cost-Efficiency: Minimizes downtime and maintenance while extending belt lifespan.

We supply filter fabrics and filter cloth to various processes at concentrating plants in the mining and chemical industries. Our filter fabrics are developed to withstand high process temperatures, complex chemical environments, and a wide variety of sludges.

Product Description & Features

We offer high-quality press filter fabrics for vertical plate pressure filters used in metal concentrates, industrial minerals, and tailings. Computer-controlled laser cutting ensures absolute precision and a perfect fit for demanding applications.

Our heavy monofilament fabric is designed for chemical and mining needs. Special yarns prevent blinding and extend belt lifetime, allowing for rapid draining and excellent cake release in horizontal vacuum belt filters and belt press filters.

Detailed Product Photos

Plate Filter Press Cloth

Belt Press Filter & Fabric Belts

Technical Parameters

Model No.	Filament diameter (mm)		Density (root/cm)		Tensile strength (N/cm)		Weight	Thickness	Air Permeability
Model No.	Warp	Weft	Warp	Weft	Surface	Joint	kg/m²	mm	m³/m²h
2570	0.5	0.7	24	9	2000	900	1.23	1.9	6130
26808	0.5	0.8	27	8.5	2100	900	1.54	2.2	5120
29708	0.5	0.7	28	8.5	2200	900	1.53	2.1	4120
24903	0.5	0.9	23	5.5	2000	900	1.4	1.9	6800
18803	0.7	0.8	16.3	5.9	3200	1200	1.45	1.976	5500
16908	0.7	0.9	17	4.5	2200	900	1.7	2	7920
122103	0.9	1.1	12.5	3.8	3600	900	1.6	2.6	8610
141105	0.9	1.1	16	6.3	4500	1200	2.45	2.843	3800

Wide Range Applications

Chemical Processing Mining & Ore Concentration Metallurgical Industry Food & Beverage Environmental Protection Sludge Dewatering Sewage Treatment

Chemical: Catalyst, Cobalt carbonate, Zinc oxide, Activated carbon, Titanium dioxide, Calcium carbonate, etc.

Mining: Red mud, Tailings gold, Potash fertilizer, Coal washing, Kaolin clay, etc.

Metallurgical: Gold, Lead, Vanadium, Nickel, Zinc, Copper, Tungsten extraction.

Industrial Manufacturing Excellence

The separation of solids and liquids is critical for mining operations seeking efficient processing and high purity. We provide one of the broadest ranges of filtration products optimized for demanding environments.

Frequently Asked Questions

1. What materials are used in the Vacuum Belt Filter Cloth?

Our filter cloths are crafted from premium PE (Polyester) and high-strength synthetic yarns designed for maximum durability and chemical resistance.

2. Can these filter cloths handle high-temperature mining environments?

Yes, the robust construction allows the cloth to maintain its integrity under demanding conditions, including high temperatures and abrasive slurry materials.

3. How does the filter cloth improve productivity?

By capturing even the finest particles and allowing for rapid drainage, it ensures cleaner filtrate and reduces the need for secondary processing.

4. Which industries benefit most from sludge dewatering belts?

Key industries include mining tailings, urban sewage plants, paper mills, chemical plants, and food processing facilities.

5. Is the filter cloth size customizable for different machines?

Yes, we utilize computer-controlled laser cutting to ensure a perfect fit and absolute dimensional precision for various plate and belt filter models.

6. How does the product reduce operational costs?

The high tensile strength and anti-blinding properties extend the service life of the belt, significantly reducing the frequency of replacements and maintenance downtime.