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Description

Spacer fabrics consist of two covering textiles, which are connected with filaments. The distance between the two layers is exactly defined. Spacers are also called 3D textiles because of their special structure.

The specific climate physiological features of spacer fabrics result from their structure as ventilated elements. The high air volume which spacers keep between its surfaces offers an excellent precondition for a passive climatisation.

There is a constant air interchange within the filament space, through which humid air is promptly carried away. The specific 3D structure offers a permanent insulating air layer between the surfaces.

The 3D fabric sinks spring-like when being compressed. The material is characterised through its persistence and its ductility.

Summarised, spacers provide a great many of positive characteristics:

• high air permeability
• strong reset force and pressure elasticity; the fabric assumes its original shape after having been loaded
• comprehensive options for assessing the climate properties
• compensating fluctuations of temperature
• noise absorption
• lightweight, tearproof and easy-care
• can be designed in a great variety

Because of their characteristics, spacer fabrics are employed in many different industry sectors. They are not only used as substitute for foam material, but also used in:

• matrasses
• medical technology
• functional textiles
• filter technology
• shoe soles
• automotive sector
• protectors
• paddings
• diving suits
• insulation