Customization: | Available |
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Type: | Linear |
Function: | High Frequency Vibrating Screen |
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Self-Cleaning Screens
Our self-cleaning screen mesh, also known as anti-clogging screen, is meticulously crafted from high carbon steel wire, spring steel wire, and stainless steel wire, ensuring unmatched durability and reliability.
These screens provide powerful solutions for challenging sizing and aggregate separation issues, effortlessly tackling problems like blinding and plugging, making your processes seamless.
Engineered for excellence, our self-cleaning screen mesh is capable of separating and screening even the most challenging wet and moist materials, enhancing productivity.
Universally applicable, these screens find extensive use in mining, quarry, and various other industries, revolutionizing material separation and screening processes.
Introducing three uniquely engineered types of self-cleaning screen mesh designed to revolutionize your material processing experience.
* W Mesh
The W mesh is meticulously crafted and ingeniously designed to address and effectively reduce blinding and plugging issues. It excels where conventional wire cloth with square openings falls short, offering a superb alternative for challenging scenarios.
This innovative W mesh screen guarantees precise control over material sizing. It adeptly manages undersized, similarly sized, and oversized materials while maintaining peak cleanliness and efficiency.
The brilliance of the W mesh functionality lies in its dynamic principle of wire movement.
Constructed with a smart alternating arrangement of straight and crimped wires, this design enhances its performance.
The crimped wires play an indispensable role, precisely determining the aperture size for optimal material flow.
Both the straight and crimped wires are expertly interwoven with binding wires. These are strategically positioned directly above the longitudinal support bars for maximum stability.
To significantly boost wear resistance, the binding wires can be coated with an advanced abrasion-resistant polyurethane.
However, when it comes to hot mix batch asphalt plants requiring exact material sizes, where blinding is less severe, the application of polyurethane is not necessary.
* D Mesh
The D mesh is crafted with precision, combining intricately crimped and expertly woven wires to create diamond-shaped apertures.
Distinguished by its increased open area, the D mesh optimizes material handling, unlike the W mesh's straight wire design.
The D mesh is an outstanding choice for efficiently handling medium and light materials.
With uniformly sized openings, it precisely regulates material sizing, ensuring consistency regardless of the challenge.
No matter how demanding the material sizing requirements, the D mesh rises to the occasion, delivering impeccable performance.
* H Mesh
The H mesh, a remarkable self-cleaning solution, is composed of multiple horizontally and parallelly crimped wires, forming a sophisticated herringbone pattern. This design offers superior sizing control, efficiently eliminating more flat-shaped and elongated particles compared to the D mesh.
Ideally suited for scenarios demanding exacting material sizing, the H mesh shines in screenings prone to severe blinding, such as those in asphalt screening applications.
Material: | High carbon steel wire, spring steel wire , manganese steel and stainless steel. |
Wire diameter: | 1.6mm-5mm |
Opening size: | *5/64'' - 7/8'' for W mesh *3/64'' - 1-1/2'' for D mesh *5/64'' - 3/4'' for H mesh |
Surface tratment: | Galvanized or painted |
Edge: | Hooked edge is available |
1.Self-cleaning ability and less maintenance.
2.Reduce the blinding and plugging.
3.Wear and abrasion resistance.
4.Customized specifications are available.
5.Strict dimensional specifications.
Workplace pictures:
The self-cleaning screens, crafted meticulously by Hebei Slot Filter Technology Co., Ltd., find extensive application across a multitude of industries such as
mining, where they excel in filtering and processing materials with unmatched efficiency,
coal, providing reliable and durable solutions to optimize coal handling and processing operations,
cement, ensuring seamless integration into cement production processes for enhanced productivity,
sand and gravel, delivering superior screening capabilities to meet the rigorous demands of these industries,
power generation, contributing to cleaner and more efficient power production systems,
and construction, where they enhance material separation and sorting, thereby bolstering construction project efficiency.