Content
- 1 1. Why Choose PE Coated Oxford Cloth for Outdoor Products
- 2 2. Key Specifications and What They Mean
- 3 3. Coating Methods and Finish Options
- 4 4. Practical Applications and Recommended Specs
- 5 5. Processing: Sewing, Welding and Edge Treatments
- 6 6. Quality Tests to Require From Suppliers
- 7 7. Procurement and Sampling Checklist
1. Why Choose PE Coated Oxford Cloth for Outdoor Products
PE coated Oxford cloth pairs a woven polyester or nylon base with a polyethylene coating. This combination gives good water resistance, tear strength and an economical price point compared with laminated fabrics. Choose PE coated Oxford cloth when you need lightweight weather resistance, easy printing, and a material that accepts heat-sealing or sewing for common outdoor products such as backpacks, tarpaulins, awnings, and storage covers.
2. Key Specifications and What They Mean
When selecting material, focus on fabric weight, denier, weave, coating weight and finishing method. These parameters determine durability, handle, waterproof performance and production behavior.
| Spec | Typical Range | Practical Impact |
| Base yarn (denier) | 300D–1000D | Higher denier → stronger, heavier fabric |
| Weave | Plain/oxford weave | Affects hand, abrasion resistance and porosity |
| Coating weight | 10–60 g/m² (PE) | Higher coat → improved waterproofing and stiffness |
| Hydrostatic head | 500–3000 mm+ | Measure of water resistance; >1500 mm suitable for heavy rain |
3. Coating Methods and Finish Options
3.1 Wet Coating vs. Extrusion Coating
Wet or knife coating applies a PE dispersion onto the fabric surface and is cost-effective for light to medium coatings. Extrusion coating lays molten PE film onto the substrate and typically yields a uniform, thicker coat with better moisture barrier and higher hydrostatic resistance.
3.2 Matte, Gloss and Embossed Finishes
Finish affects appearance and slip behavior. Matte finishes reduce glare and are common for backpacks and covers. Glossy finishes highlight prints but can show scratches. Embossed textures hide scuffs and improve tactile grip for handling.
4. Practical Applications and Recommended Specs
Below are common product applications with recommended specification ranges. Use these as starting points and validate with sampling under real production conditions.
| Application | Suggested Base (denier) | Coating / Hydrostatic |
| Backpacks / Bags | 600D–1000D | 20–40 g/m² PE; hydrostatic 1000–2000 mm |
| Tarpaulins / Covers | 500D–1000D | 30–60 g/m² PE; hydrostatic 1500–3000+ mm |
| Umbrellas / Awnings | 300D–600D | 15–30 g/m² PE; hydrostatic 800–1500 mm |
5. Processing: Sewing, Welding and Edge Treatments
PE coated Oxford behaves differently from PU- or PVC-laminated fabrics. Sewing is the most common join method but requires attention to needle, thread and seam sealing for water resistance. Heat-sealing can work where the coating and base permit fusion; extrusion-welded edges are possible on extrusion-coated fabrics with compatible PE films.
- Needles: use ball-point or universal needles sized for denier (e.g., 90/14–120/19 depending on thickness).
- Thread: polyester-wrapped core or bonded nylon thread for strength and UV resistance.
- Seam sealing: apply hot melt tape, liquid seam sealer, or heat-bond tape for waterproof seams.
- Edge finishing: fold-and-topstitch hems, bias binding, or welded hems depending on coating type.
6. Quality Tests to Require From Suppliers
Before approving a roll, inspect supplier data and request test reports. Include at least the following tests on the certificate or sample batch.
- Hydrostatic head (water resistance) — state the test method and value (mm H₂O).
- Tensile strength and tear strength for warp and weft directions.
- Abrasion resistance (Martindale or Taber) if used in high-wear items.
- Coating adhesion (peel test) to confirm coating won’t delaminate during processing.
- Colour fastness to rubbing and light if appearance is critical.
7. Procurement and Sampling Checklist
Use a short procurement checklist when requesting quotes and samples to avoid surprises in production.
