Siegling Transilon, belts, process belts - fabric-based transport and process belts

The fluid boundary between the classic conveying function from 'A' to 'B' and the 'active' involvement in the production process is often crossed with Siegling Transilon. In the textile industry, our process belts layer ultra-thin nonwoven materials, in large bakeries they shape dough pieces, in the wood industry they compress the chipboard in the pre-press, and in dairies, milk is coagulated into cheese on the belt. These are just a few examples of 'process functions'. Cross-laying of nonwoven materials in the nonwoven industry. High production speed and mass acceleration – with direct nonwoven guidance between the belts – place the highest demands on the process belts used. low-stretch: short tension paths, cost-saving flexible in the longitudinal direction: small deflection diameters, energy-saving dimensionally stable: reliable operation and maintenance-free low-noise in operation: humane working conditions durable: economical operation lightweight with low overall thickness: easy handling/commissioning, cost-saving design