The Moldable Blanket is a versatile product tailored for a range of resin transfer techniques, including RTM, RTM Light, Pressing, Vacuum, and more. Comprising a synthetic core fabric or emulsion blanket sewn between two layers of chopped fiberglass, it offers a unique blend of properties for superior performance.

Benefits:

High resin fluidity and rapid wetting ability streamline production, enhancing part quality and reducing processing time.

The combination of the synthetic core and fiberglass layers enables highly formable reinforcement, minimizing operator effort during placement in molds.

Correct positioning within molds ensures consistent glass distribution, reducing bubble issues and ensuring high-quality laminates.

Compression allows for some thickness variation while maintaining optimal resin flow, reducing the risk of distortion in parts.

Balanced grammage and symmetrical fiberglass distribution mitigate the risk of part distortion.

Superior surface finish is achieved, with the option to incorporate a surface veil if necessary.

Sewn with polyamide thread for easy handling and cutting without frayed edges, promoting efficiency and cleanliness in the workplace.

Product Application:

Configurations and physical properties of the Moldable Blanket are listed for easy selection based on the desired thickness and mechanical requirements of the final part.

No pre-forming operation is needed; forming is required before placing the blanket in the mold.

The amount of glass and resin dictates mechanical resistance, with resin flow increasing as glass amount decreases.

Packaging:

Rolled into cardboard tubes, packed with plastic, and stored on pallets for protection against dust and humidity.

Externally protected with shrinkable thermal plastic film for added preservation.

Storage and Expiry:

Glass fibers should be stored in their original packaging in a cool, dry place.

No expiration date when stored at room temperature in original packaging.

The Moldable Blanket offers a comprehensive solution for various molding applications, enhancing productivity, quality, and efficiency throughout the manufacturing process.