Fabristury’s glass hybrid fabric belts offer a sustainable and cost-effective solution for calibrating nonwovens in thermobonding processes. These belts excel in delivering exceptional process performance and product quality, even in the most demanding and system-specific nonwoven bonding applications. Traditionally used as magnetic upper belts in double-belt ovens, they are now increasingly employed as non-magnetic lower belts due to their versatility and reliability.

The unique design, combining glass strands and metal wires with a non-stick coating, prevents material adhesion when processing sticky products. This innovation extends cleaning intervals, reduces downtime, and enhances both production speed and belt longevity.

The high cross stability of these belts is critical for optimizing process efficiency and product quality. Their single-ply construction ensures excellent running properties, even when handling nonwovens with large working widths or significant shrinking forces. The magnetic strips in the oven and the upper belt’s magnetic weft wires are perfectly aligned, guaranteeing absolute flatness. When used as a lower belt, they enable smooth and uniform production of highly voluminous and heavily compressed products across the entire width, resulting in nonwovens that meet the strictest tolerances for thickness and density.

Key Properties:

• High cross stability for consistent performance

• Even mesh openings with superior air permeability

• Temperature resistance up to 250°C

• Enhanced durability with a special non-stick edge coating

• Non-marking pin seam for uninterrupted nonwoven production

Fabristury’s glass hybrid fabric belts are engineered to deliver precision, efficiency, and durability, making them the ideal choice for high-performance nonwoven production. Trust us to provide solutions that elevate your thermobonding processes to new levels of excellence.