flow mesh, perforated film for vacuum bagging, flow mesh for vacuum bagging, perforated film for infusion, autoclave, composite lamination
VC0172 is a unique combination that integrates Flow fabric & Perforated film into a single product. Besides a reduction in layup costs, it provides exceptional resin distribution properties and consistent air removal throughout the vacuum-assisted resin infusion process. Commonly employed in various composite manufacturing operations like resin infusion, and autoclave composite processes. It is utilized across industries such as marine, automotive, aerospace, etc.
Technical characteristics
Materials: blue flow fabric + pink perforated film
Width: 1.45 m
Weight: 190 g / m2 (± 5%)
Thickness: 60 μ
Max temp: 120 oC (248 oF)
Width: 1.45 m
Weight: 190 g / m2 (± 5%)
Thickness: 60 μ
Max temp: 120 oC (248 oF)
Features & Benefits
• Integrated solution that combines the features and benefits of the flow fabric and the perforated film, simplifying the layup process and reducing material costs and work times
• The flow fabric enhances resin flow across the composite, ensuring full impregnation and minimizing the risk of dry spots.
• The perforated film enables effective trapped air removal, reducing the voids and improving the overall quality of the final product.
• Due to its flexibility, it is ideal for complex molds and adapts easily to intricate shapes, ensuring even coverage and consistent results.
• An optimal choice for manufacturers seeking to elevate the performance and reliability of their composites while adhering to their tight schedules.
• The flow fabric enhances resin flow across the composite, ensuring full impregnation and minimizing the risk of dry spots.
• The perforated film enables effective trapped air removal, reducing the voids and improving the overall quality of the final product.
• Due to its flexibility, it is ideal for complex molds and adapts easily to intricate shapes, ensuring even coverage and consistent results.
• An optimal choice for manufacturers seeking to elevate the performance and reliability of their composites while adhering to their tight schedules.
