Custom Filter Baskets for Industrial Filtration

YUANLV specializes in producing a wide range of filter baskets tailored to specific industrial needs. Whether you're replacing existing units or creating new ones, we offer custom solutions in shape, size, and material specifications.

Types of Filter Baskets:

1. Perforated Wire Mesh Baskets:

Ideal for applications requiring robust filtration with precise perforations.

Ensures efficient separation of solids from liquids or gases.

2. Stainless Steel Wire Mesh Baskets:

Provides durability and resistance to corrosion.

Suitable for fine filtration applications where strength and longevity are paramount.

3. Wedge Wire Baskets:

Known for high screening efficiency and superior pulp quality.

Minimizes blockages and pressure differentials, enhancing operational stability.

4. Sintered Stainless Steel Mesh Baskets:

Offers excellent filtration performance under high-pressure conditions.

Easily cleaned and reusable, making it cost-effective for maintenance.

5. Slotted Pressure Screens:

YUANLV's slotted pressure screens are designed for optimal screening efficiency:

Available in slotted and hole sieve plates.

Higher efficiency in removing impurities, ensuring quality pulp output.

Minimizes blockages with enhanced passage for long fibers.

6. Johnson Screen Filter Cartridges:

Customizable to meet specific filtration needs.

Rich manufacturing experience ensures high-quality products tailored to client requirements.

7. Sintered Metal Filter Baskets:

Designed for coarse filtration in high-pressure environments.

The flow direction should go from inside to outside for efficient dirt removal.

Easily cleaned and reusable, reducing maintenance costs.

The importance of filter baskets in piping systems:

Protection: Safeguard equipment (pumps, valves, meters) from damage caused by process fluid impurities.

Functionality: Ensures uninterrupted operation by maintaining fluid purity.

Material Selection: Utilizes Type V wire mesh for durability and efficiency in back pressure conditions.