DLT-6422
PVC Membrane Material
A PVC membrane with a laminated PVDF film surface for stadium roofs and air-supported sports domes.
- Weight
- 1300gsm
- Width
- 1.5m
Product images
TECHNICAL DATASHEET
| Weight | 1300gsm |
|---|---|
| Width | 1.5m |
| Thickness | 1.05mm |
| Tensile strength — warp | 6200 N |
| Tensile strength — weft | 6000 N |
| Tear strength — warp | 800 N |
| Tear strength — weft | 800 N |
| Surface treatment | Laminated PVDF film |
| Flame-retardant grade | B1 |
| Listed application | Air-supported structure |
| Base fabric | Polyester |
| Adhesion | >120 N/5cm (DIN 55543) |
| Anti-wicking | ≤20 mm (FZ/T 01071) |
| Temperature range — static position | −30 to +70 °C |
APPLICATIONS:
Product Features
- PVDF film surfaceA laminated PVDF film forms the outer surface of the membrane.
- Flame-retardant gradeRequest the test report for the grade specified on the project.
Material specification
DLT-6422 is a 1300gsm PVC membrane, 1.5m wide and 1.05mm thick, with a Laminated PVDF film surface. Tensile strength is 6200 / 6000 N (warp / weft); tear strength is 800 / 800 N (warp / weft). The listed flame-retardant grade is B1. Request the relevant test report for project review.
Project sampling
Listed for air-supported structures. Confirm the pressure-envelope design, seams and supporting system with the project engineer before selecting a sample.
Application requirements — Stadium & Arena Roofs
Specify the covered span, panel dimensions, support arrangement, installed tension and exposure. Review tensile and tear properties, coating adhesion, seam performance and the reinforcement around edges and attachment points. Set weathering, cleaning and fire-behaviour requirements around the finished structure and destination; the fabric data sheet does not establish structural wind or snow capacity.
DLT-6422 material reference: Weight: 1300gsm · Thickness: 1.05mm · Width: 1.5m · Base fabric: Polyester
Product Videos 1 video
PVC Tensile-Membrane Applications
Product Overview
Discuss the application.
Listed for air-supported structures. Confirm the pressure-envelope design, seams and supporting system with the project engineer before selecting a sample.
Read a model-specific technical data sheet
Select a model from the directory to see its photographs, construction, dimensions and available test information. Values for one model should not be copied to another grade in the same family. The complete technical table keeps the published fields together.
For a quotation, identify the model and configuration required for the finished product. Include quantity, width and test criteria, then use RFQ101 to prepare the enquiry.