







Material: S.S.304 (S.S.316 is selectable)
Seal Material : Food Grade Silicone Rubber
Pressure : 0.4 MPa
Temperature : ≤ 120 °C.
Plate Thickness : 13 mm; Individual Chamber Volume: 4.8 L.
Squeezing Method : Screw/Manual Hydraulic (Others: Manual Jack/Automatic Hydraulic etc..)
Filtering Precision : from 200 mesh to 0.22μm.
Stainless steel filter press is a product that integrates coarse filtration and fine filtration, and is suitable for solid-liquid separation of various suspensions. The main condition is to select different filtration mustards according to the user's requirements for the production products, so as to achieve the purpose of decarbonization, clarification and sterilization, and can also be used for slag retention and water removal. It is widely used in medicine, food, chemical industry, environmental protection, water treatment and other industries.
| Model | Filter Area(m²) | Plate Qty | Flow(T/h) | Plate Size(mm) | Dimension(mm) |
| BASJL400-2 | 2 | 15 | 1-2 | 400*400 | 1250*660*1300 |
| BASJL400-3 | 3 | 21 | 1-3 | 400*400 | 1350*660*1300 |
| BASJL400-4 | 4 | 31 | 3-4 | 400*400 | 1550*660*1300 |
| BASJL400-6 | 6 | 45 | 4-6 | 400*400 | 1750*660*1300 |
| BASJL400-8.5 | 8.5 | 61 | 6-8 | 400*400 | 2100*660*1300 |
| BASJL400-9.5 | 9.5 | 71 | 8-10 | 400*400 | 2300*660*1300 |
| BASJL600-14 | 14 | 41 | 10-13 | 600*600 | 1750*870*1350 |
| BASJL600-21 | 21 | 61 | 15-20 | 600*600 | 2100*870*1350 |
| BASJL600-24 | 24 | 71 | 20-25 | 600*600 | 2250*870*1350 |
| BASJL600-35 | 35 | 101 | 25-30 | 600*600 | 2800*870*1350 |
The stainless steel filter press is suitable for closed filtration of liquids with a concentration below 50%, low viscosity and low slag content to achieve the requirements of fine filtration and semi-fine filtration such as purification, sterilization and clarification. Filtration through a microporous membrane filter can achieve the purpose of sterile filtration.
It is widely used in the production of medicinal liquid preparations (traditional medicine extracts and other medicinal filtration), infusion and oral liquids in the pharmaceutical industry; winemaking, fruit juice, beverages, mineral water; soy sauce, vinegar, edible oil, honey, syrup; light industry, liquid clarification and filtration in petroleum, chemical, metallurgy, electronics, environmental protection and other departments.
The frame and plate are made of 304 stainless steel, with an option to upgrade to 316L stainless steel depending on your needs. It utilizes food-grade white silicone rubber for the seal rings. The standard equipment operates safely at a working pressure of less than 0.4 MPa and a working temperature of under 120 °C.
This versatile machine supports a wide array of filter materials, including various thick filter cardboards, thin filter papers, filter membranes, and filter cloths. It can handle filtration fineness ranging from a 200-mesh/300-mesh filter cloth for coarse filtration all the way down to a 0.22 μm or 0.45 μm filter membrane for fine and sterile filtration.
The stainless steel filter press is widely used for purification, clarification, and sterilization in multiple industries. Common applications include the pharmaceutical industry (medicinal liquid extracts, infusion/oral liquids), food and beverage (beer, wine, fruit juice, edible oil, honey, syrup), and light industries including chemical, petroleum, environmental protection, and water treatment. It is highly suitable for closed filtration of low-viscosity liquids with a concentration below 50% and low slag content.
During operation, unfiltered material is fed through two liquid-passing corner holes on one side of the filter frame. As the liquid passes through the chosen filter medium (like cardboard, paper, or membrane), the solid residue is trapped inside the frame to form a filter cake. The resulting clear, filtered liquid is then discharged through the corner holes on the opposite side of the filter plate, effectively separating the solid and liquid components.
Yes. Because of its modular plate-and-frame design, you can easily increase or decrease the number of filter plate layers to adjust to specific production volumes. Furthermore, the filter frames can be widened (e.g., to 25–40 mm) to increase space capacity if you need to use filter aids like diatomaceous earth or activated carbon.