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Baitong will continue to give full play to its comprehensive advantages in the field of wire mesh products, constantly meet customer needs, to provide high-quality products and services for global partners.

News Center

Baitong will continue to give full play to its comprehensive advantages in the field of wire mesh products, constantly meet customer needs, to provide high-quality products and services for global partners.

BTOSLOT Wedge Wire Screens – The Key to Effective Solid-Liquid Separation in Industrial and Municipal Wastewater Treatment


Release Time:

2025-04-14

Wastewater treatment is a critical process in modern environmental protection and industrial sustainability. Whether in municipal sewage treatment plants or in industrial settings such as food processing, chemical production, or mining, solid-liquid separation is the first and most essential step. At BTOSLOT, our high-performance wedge wire screens provide a reliable and cost-effective solution to optimize this process.

Introduction
Wastewater treatment is a critical process in modern environmental protection and industrial sustainability. Whether in municipal sewage treatment plants or in industrial settings such as food processing, chemical production, or mining, solid-liquid separation is the first and most essential step. At BTOSLOT, our high-performance wedge wire screens provide a reliable and cost-effective solution to optimize this process.

What Are Wedge Wire Screens?
Wedge wire screens are precision-engineered filtration elements made by welding V-shaped (wedge-shaped) wire profiles onto support rods. The result is a screen with high mechanical strength, a smooth filtering surface, and uniform slot openings that resist clogging. These screens are widely used in various filtration systems thanks to their durability, versatility, and efficiency.

Role of Wedge Wire Screens in Wastewater Treatment
Preliminary Screening
Wedge wire screens are installed at the initial treatment stage to capture large debris such as plastic, wood, textiles, and coarse sediments from incoming wastewater. This protects downstream pumps, valves, and other critical equipment from clogging and damage.

Primary Clarification Support
In sedimentation tanks or clarifiers, wedge wire screens help remove settleable organic and inorganic solids, improving the quality of effluent before it enters biological treatment or membrane filtration stages.

Process Optimization
By reducing the load on secondary and tertiary treatment systems, wedge wire screens lower energy consumption, decrease chemical usage, and extend the service life of filtration membranes and moving parts.

Why BTOSLOT Wedge Wire Screens Stand Out
High-Precision Slot Openings: From 0.1 mm to 3 mm, custom-designed for your specific application.

Material Options: 304, 316L stainless steel, and duplex alloys available for chemical and corrosion resistance.

Structural Forms: Flat panels, curved sieve bends, cylinders, baskets, and custom-designed modules.

Durability: Fully welded construction, long-lasting even in high-flow or corrosive environments.

Custom OEM Services: We tailor screen sizes, slot types, and designs according to your system requirements.

Applications Across Industries
Municipal wastewater plants

Industrial effluent treatment (food & beverage, dyeing, pharmaceuticals)

Mining and mineral processing

Paper and pulp wastewater systems

Oil & gas and refinery wastewater

Slaughterhouse and dairy plant discharge

Work With BTOSLOT – Your Trusted Wedge Wire Screen Partner
BTOSLOT is a professional manufacturer with decades of experience in the production of wedge wire screens. With advanced manufacturing lines and a skilled engineering team, we deliver high-quality products that meet international standards and adapt to a wide range of filtration applications.

We offer full support—from consultation and design to production and delivery. Whether you need a single screen panel or a custom-built filtration module, BTOSLOT is ready to help you achieve cleaner water and more efficient operations.

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