Fabric-reinforced elastomer components – for high-load applications and controlled deformation characteristics.

Elastomers with textile reinforcements offer high tear strength, dimensional stability, and stustained functionality in dynamic applications.
Talk to our experts
Close-up of a blue composite fabric part, which is a mat with many small bumps.

Performance characteristics and properties

Textile-reinforced rubber parts comprise a combination of elastomer compounds and a woven carrier material. The textile reinforcement is embedded within the component or co-vulcanized with the elastomer. The textile structure serves a specific functional purpose: it constrains deformation, stabilizes defined zones, or enhances mechanical strength, while preserving the elastomer's inherent flexibility.

At a glance:

  • Minimal weight
  • Superior tear strength and tear‑propagation resistance
  • Directionally-controlled elasticity
  • Enhanced elastic recovery under cyclic loading
  • Dimensional stability across temperature gradients
  • No delamination through integrated reinforcement
GuME logo - 80% transparent, dark green.
Material Selection

Textile reinforcements are bonded with elastomers during the manufacturing process of molded parts. The result is a permanent bond in which the properties of both materials complement each other for targeted performance.

Glass‑fiber textiles for high modulus and temperature stability

Polyamide and polyester textiles for optimized tear strength and flexibility

Aramid textiles for extreme mechanical loading conditions

Cotton textiles for less demanding applications requiring dimensional stability

Black cuff-shaped fabric molded part.

Typical Components

Our customers utilize textile-reinforced molded rubber parts wherever standard elastomer components require additional support, reinforcement, or stabilization. Through targeted placement or multi-layer design, component functionality can be precisely matched to operational requirements.
  • Components for power transmission, bearings, or service conduits
  • Seals and membranes with controlled deformation
  • Bellows
  • Flexible cuffs with enhanced recovery properties
  • Components with anisotropic mechanical properties
  • Protective sleeves
GuME logo - 80% transparent, dark green.
Do you have questions?
We have answers!
Textile-reinforced elastomer components combine the elastic properties of rubber with the high tear strength and dimensional stability of textile reinforcements, resulting in components that remain flexible while being mechanically reinforced.
They feature superior strength, dimensional stability, and low elongation under load while maintaining high elasticity. This results in durable, highly functional components with consistent operational characteristics.
Virtually all standard elastomers (NR, EPDM, NBR, FKM, etc.) can be combined with textile reinforcements, such as polyester, glass fiber, or aramid, to engineer each part to meet the specific requirements.
By co-vulcanizing or laminating textile inserts into the rubber matrix, a permanent, inseparable bond is created. Processing is carried out by compression molding or transfer molding.
They demonstrate particularly high tear resistance, dimensional stability, and resilience to dynamic loads. Textile reinforcements also prevent uncontrolled elongation or deformation.
With in-house toolmaking and our Express Service, prototypes are available in 2 weeks, and we start series production in 4 weeks.
Looking to develop a custom fabric-reinforced elastomer component?
Send us your CAD model and a short application description. We will evaluate material compatibility, propose a suitable solution, and provide prompt feedback.
Submit an inquiry