Self-releasing Tubular Bagging Film

In stock
Regular price £12.00 GBP inc. VAT
Length
Width

https://www.ebay.co.uk/itm/314715573867

SPECIFICATION

Weight and Dimensions
Width 50 mm
Recommended Diameter Range (mm) 10 - 32 mm
Film Tubular Diameter 32 mm
Product Data
Fold Format Lay Flat Tube
Max Service Temp 160 °C
General Properties
Gross Weight 0.01 kg
Brand AeroFilm®

 

Releasing Tubular Bagging Film is an essential component in the composite manufacturing process, specifically designed for the fabrication of cylindrical or tubular composite structures. This specialized film serves as a reliable release agent during the curing stage, preventing the composite material from adhering to the mold. The tubular design ensures seamless coverage around cylindrical molds, providing an efficient and uniform release barrier. This type of bagging film is particularly advantageous in applications where cylindrical components, such as pipes or tanks, require precision molding without the risk of sticking to the mold surface.

Manufacturers benefit from the ease of use and flexibility offered by Releasing Tubular Bagging Film. Its seamless tubular construction simplifies the application process, saving time and effort in the setup of composite manufacturing. The film's release properties facilitate the demolding process, allowing for smooth and damage-free removal of cured composite parts. This specialized bagging film finds applications in various industries, including aerospace, automotive, and construction, where cylindrical composite structures are integral to the design and functionality of the final products.

The versatility of Releasing Tubular Bagging Film extends to its compatibility with different resin systems, making it suitable for a wide range of composite materials. Its use ensures a high-quality finish on cylindrical components, reducing the likelihood of defects and promoting overall manufacturing efficiency. As a crucial element in the composite fabrication toolkit, this releasing tubular film contributes to the production of durable, lightweight, and precisely molded cylindrical structures across diverse industrial applications