• Wedge Wire Screen
  • Wedge Wire Screen
  • Wedge Wire Screen
  • Wedge Wire Screen
  • Wedge Wire Screen
  • Wedge Wire Screen
Wedge Wire Screen
Wedge Wire Screen
Wedge Wire Screen
Wedge Wire Screen
Wedge Wire Screen
Wedge Wire Screen
+

Wedge Wire Screen

Wedge wire screens, also known as V-wire or profile wire screens, are made by welding V-shaped wires to support rods, creating a continuous slot that allows liquid to flow through while retaining solids.

WhatsApp:

Follow us

Product Introduction

Wedge wire screens, also known as V-wire or profile wire screens, are made by welding V-shaped wires to support rods, creating a continuous slot that allows liquid to flow through while retaining solids. The smooth surface serves as the filter surface, and the slots are in the shape of strips, which belongs to the surface filtration form.

They feature a simple, robust structure with uniform gaps, excellent permeability, and resistance to wear and corrosion. Easy to clean and backwash, they are ideal for separating large, rigid particles from liquids.

Specifications

Material stainless steel 304,316, 316L,321, 904L, duplex steel, hastelloy and customization
Slot 0.02 -3.0mm
Length range Up to 6000mm
Width range Up to 6000mm
Wedge wire Triangular (V-shaped, wedge) wires
Support bar Triangular (V-shaped, wedge), square wire, round rod, flat bar, and water-drop
Welding ERW
Certifications ISO 9001; CE

Wedge wire screen open area calculation

Open area(%)= slot size / (slot size + wire width)×100%

Key Features

Effective Filtration

Optimized design for efficient solid-liquid separation.

Stable Filtration Accuracy

Precise slot openings guarantee consistent particle retention.

Robust Construction

Welded design ensures structural integrity and long-lasting performance.

Customizable Design

Tailored slot spacing and support configurations to meet specific application needs.

High Durability and Low Maintenance

Durable construction minimizes downtime and reduces maintenance costs.

Corrosion Resistance

Constructed from corrosion-resistant materials for longevity in harsh environments.

Applications Across Industries

Water Treatment

Drinking water, sewage treatment, ion exchange, reverse osmosis (RO) systems.

Mining Applications

Mineral separation and dehydration.

Food and Beverage

Starch, sugar, beer, dairy product filtration.

Chemical Engineering and Petrochemicals

Catalyst support, separation, filtration.

Free access to product info

Fill in your phone and email information, and we will contact you promptly within one business day to resolve the issue you raised as soon as possible.

Related Products

Epoxy coated wire mesh is manufactured by applying a uniform epoxy powder coating onto woven or welded metal wire mesh after surface pretreatment, followed by high-temperature curing.
Products Detail Products Detail
Epoxy coated wire mesh is manufactured by applying a uniform epoxy powder coating onto woven or welded metal wire mesh after surface pretreatment, followed by high-temperature curing.
Products Detail Products Detail
Epoxy coated wire mesh is manufactured by applying a uniform epoxy powder coating onto woven or welded metal wire mesh after surface pretreatment, followed by high-temperature curing.
Products Detail Products Detail
Sintered Powder is a core process in powder metallurgy, where metal or ceramic powders are heated at temperatures below their melting point, causing the powder particles to diffuse and bond together, forming a dense, strong solid material with a controllable porous structure.
Products Detail Products Detail
< 123 >