The filter disc(wire mesh disc) is mainly used to remove unwanted impurities from fluid, air, or solid. It can be made of single-layer or multi-layer filter packs divided into spot welded edge and aluminum framed edge. It can also be cut into shapes, such as round, square, polygon, and oval.
Our multi-layer filter discs are widely used in different walks of life, such as food and beverage filtration, chemical filtration, and water filtration.
The Details of Stainless Steel Multi-layer Wire Mesh Filter Disc
Material: stainless steel 304, 316, or others.
Layers: single or multi-layers.
Diameter: 10-500 mm, or as per requirements.
Pore size: 2-100 microns, or as per requirements.
Weave type: plain weave, twill weave, dutch weave.
Features of Stainless Steel Multi-layer Wire Mesh Filter Disc
1. Multi-Layer Construction
Enhances filtration efficiency by providing graded filtration across different mesh sizes.
2. Stainless Steel Material
High-quality stainless steel is highly resistant to corrosion, high temperatures, and mechanical stress. It is suitable for demanding environments such as chemical processing, oil refining, and food production.
3. High Filtration Precision and Customizable
With various mesh sizes available, these filter discs can be customized to achieve precise filtration levels, capturing even the finest particles, ensuring purity, and protecting downstream equipment.
4. Easy Cleaning and Reusability
The stainless steel wire mesh allows for easy cleaning, making the filter discs reusable, and reducing waste and operational costs.
Applications of Stainless Steel Multi-layer Wire Mesh Filter Disc
The filter disc can be customized in size, shape, and mesh structure to fit different filtration systems, including liquid, gas, and air filtration applications.
Various industry applications and fields:
- Petrochemical processing
- Water treatment facilities
- Pharmaceutical and food industries
- Air and gas filtration
- Hydraulic systems and fuel filtration
- Chemical Fiber Industry
- Plating Industry
- Rubber
- Metallurgy
