Rectangular Opening Woven Wire Screen

Rectangular wire mesh commonly has a higher open area when compared to square opening wire mesh. This type of woven wire mesh is an essential option when round or cubic type particles need to be screened with a screening result of relatively low precision and high throughput.

For working with irregular screen mesh of larger aperture size and smaller wire diameter, intercrimp woven wire mesh is the best option due to that the extra crimps provide rigidity and locking tightness for smaller diameter wires.

Red Star is able to offer customer-specific woven wire screens to cater to your individual applications needs.

A rectangular opening woven wire screen is a type of mesh used in various industries for screening, sorting, and filtering materials based on size. The mesh is woven from wire strands to form a grid with rectangular-shaped openings, providing a balance between strength, flexibility, and precision in screening.

• Rectangular Openings: Unlike square or circular mesh, these screens have longer openings in one direction, allowing better material flow and higher screening efficiency for elongated or flaky particles.
• Wire Material: Typically made from high-tensile steel, stainless steel, or other durable metals, depending on the application.
• Customizable Opening Sizes: The width and length of the rectangular openings can be tailored to specific needs, with varying wire diameters to match strength and flexibility requirements.

• Higher Open Area: The rectangular openings allow more material to pass through compared to square mesh, making it ideal for high-capacity screening.
• Improved Throughput: This design is particularly beneficial when dealing with materials that tend to get stuck or clog in finer meshes.
• Durability: Woven wire screens are durable and resistant to wear, particularly when made from high-quality steel, making them suitable for heavy-duty industrial applications.

Intercrimp Woven Wire Mesh

Extra crimps provide excellent rigidity and locking tightness, ideal for large openings with thinner wires.