Glass-fiber nonwovens can be made of 100 % glass fibers or in a mixture with other fibers such as polypropylene, polyester or even natural fibers and are consolidated by means of needle-punch technology.

At present, nonwovens with mixtures of glass fibers and synthetic fibers in a weight range from 200 g/m² to 2,500 g/m² are produced.

We have consolidated the classical segment of needle-punched nonwovens under the name Polyvlies®. Here we offer carded nonwovens and nonwovens consolidated by means of needle-punch technology made of synthetic, natural and recycling fibers as well as any desired combination thereof.

In a weight range of 60 g/m² up to 3.000 g/m² and with a flexible production width of up to six meters almost any desired product can be realized, including various “sandwich-constructions”.

Naroplast® is the pre-product for a natural fiber composite with a thermoplastic matrix which as a fiber already appears in the mat (hybrid nonwoven). After compression molding at the customer, its benefits such as high strength and impact resistance combined with a low weight come to the fore.

With Naroplast® even highest requirements of the auto-motive sector can be fulfilled optimally and economically (e. g. no hotmold necessary, short cycle times, adhesive-free one-shot processes, connection of plastic elements by back injection molding technology possible, etc.).

New product line especially for filter applications:

\ Polypure Pad for mat filters

\ Polypure Pleat for needled/foldable filter media

\ Polypure Pocket for pocket filter media

\ Polypure Paint for paint separation

These are thermally and/ or mechanically bonded filter media for air filtration, which are mainly made from polyester fibres. Depending on the application, the weight is between 60 g/m² and 600 g/m². Filter classes according to ISO 16890 from ISO Coarse to ISO ePM10 > 50% can be achieved with our filter media.

The segment of acoustically effective fiber absorbers comprises numerous variants of mainly voluminous, primarily thermally bonded nonwovens. With their textile structure and their light weight they offer significant advantages over other sound-absorbing materials.

The benefits lie in the large variability and the easy modification capabilities regarding absorption design, adaption to installation space, shaping and functionalization (e. g. self-adhesive equipment, hydrophobic treatment, edge welding etc.).

SkillCoat™ is a nonwoven made out of polypropylene and / or polyester fibers. Because of the special production process SkillCoat™ has a big tensile strength lengthwise. The weight is between 50 and 300 g/m² depending on the specific application.

SkillCoat™ products are particularly suitable as filter media, protection and positioning units of sealing sheets, carrier material for roof sheeting and sealing sheets, impregnated composites or carrier parts for conveyor belts.

Glass-fiber nonwovens can be made of 100 % glass fibers or in a mixture with other fibers such as polypropylene, polyester or even natural fibers and are consolidated by means of needle-punch technology.

At present, nonwovens with mixtures of glass fibers and synthetic fibers in a weight range from 200 g/m² to 2,500 g/m² are produced.

We have consolidated the classical segment of needle-punched nonwovens under the name Polyvlies®. Here we offer carded nonwovens and nonwovens consolidated by means of needle-punch technology made of synthetic, natural and recycling fibers as well as any desired combination thereof.

In a weight range of 60 g/m² up to 3.000 g/m² and with a flexible production width of up to six meters almost any desired product can be realized, including various “sandwich-constructions”.

Naroplast® is the pre-product for a natural fiber composite with a thermoplastic matrix which as a fiber already appears in the mat (hybrid nonwoven). After compression molding at the customer, its benefits such as high strength and impact resistance combined with a low weight come to the fore.

With Naroplast® even highest requirements of the auto-motive sector can be fulfilled optimally and economically (e. g. no hotmold necessary, short cycle times, adhesive-free one-shot processes, connection of plastic elements by back injection molding technology possible, etc.).