China Suppliers Factory Supply Stainless Steel Polymer Candle Filter for Polyester Filtration and Chemical Processing
Product Overview
The CPF series melt filter is a chemical polymer filter featuring continuous switching of double filter chambers. It is designed for the continuous filtration of high polymer melts to efficiently remove impurities and unmelted gel particles, thereby improving melt spinning performance and ensuring top-tier spinning quality. In high-speed spinning, fine denier spinning, and recycled material spinning, it serves as an indispensable equipment that significantly extends the lifespan of spinning components, improves equipment utilization, and increases overall output.
Application Range
Filterable Materials: Fluid (melt) polymers, prepolymers, and monomers, such as polyester (PET), nylon (PA6, PA66), polypropylene (PP), polyethylene (PE), polyurethane (PU), and other viscous thermal fluids.
Application Fields: Continuous polycondensation (PET, PBT, Nylon6), polyester filament, foam bottle flakes, and other recycled materials spinning, nylon filament, polypropylene spunbond non-woven fabric, polypropylene/polyethylene stretch film, BOPET, polypropylene filament, zipper monofilament, and related industries.
Technical Specifications
| Parameter | Specification Details |
|---|---|
| Standard Sizes |
OD 42 mm x L460 MM OD 42 mm x L750 MM OD 42 mm x L1150 MM |
| Filtration Media | Four layers of Stainless Steel Woven wire mesh |
| Filtration Rating | 200 mesh, 250 mesh, etc. |
| Candle Filter Design | Pleated 75μm, PET |
| Dimensions (Candle) | Outer diameter: 46.5 mm; Length: 512.0 mm |
| Flow Direction | From outside to inside |
| Filter Fineness | 75μm |
| Wire Mesh Layers (From outside to inside) |
|
| Filter Area | 0.30 m² |
Frequently Asked Questions (FAQ)
What materials can the CPF series melt filter process? ▼
What are the primary applications of this melt filter? ▼
How does the continuous switching of double filter chambers benefit production? ▼
What are the standard sizes and dimensions available? ▼
What is the structure of the filter media layers? ▼
- Layer 1: W 1.0 mm, d 0.40 mm, 20 mesh
- Layer 2: W 0.34 mm, d 0.16 mm, 50 mesh
- Layer 3: W 0.075 mm, d 0.050 mm, 180 mesh
- Layer 4: W 1.0 mm, d 0.40 mm, 20 mesh


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