Fiberglass is manufactured to meet diverse industry requirements, such as for roof shingles, flooring, and various technical applications. The properties of fiberglass, including fiber length and thickness, vary significantly depending on the desired end product. The selection of the right process belt, considering mesh size and open area, is critical to ensure optimal performance.

Fabristury’s process belts are designed to prevent fiber entanglement and fiber loss while delivering excellent dewatering performance for binder or impregnation media, which can vary widely in viscosity. We work closely with customers to select the ideal belt based on their specific fiber and binder requirements, ensuring seamless integration into their production processes.

The choice of process belt significantly impacts the efficiency and quality of fiberglass mat production. Factors such as mesh size, contact points per unit area, and web structure directly influence the final product’s characteristics. With the increasing variety of binder compositions and their differing properties, selecting the right belt is more important than ever. For instance, high-viscosity binders can challenge dewatering performance, making the right belt selection crucial.

Fabristury’s process belts for fiberglass impregnation are manufactured with a non-marking endless woven seam, ideal for cantilever installation, ensuring smooth operation and minimal downtime.

Key Properties:

• Flat warp/weft intersections for consistent performance

• Non-marking woven seam for cantilever installation

• High number of supporting points with superior dewatering capability

• Lateral stability for precise operation

• Excellent running properties for smooth production

• Available in all standard width classes for fiberglass mat systems

Trust Fabristury to provide process belts that enhance efficiency, quality, and reliability in your fiberglass mat production. Our tailored solutions ensure your processes run smoothly, even with the most demanding binder compositions.