Non-slip seat pad made of velvet, 100% polyamide 6.6
Total thickness 25mm - 30mm - 35mm
Soil-repellent as fibres are impregnated
Not easily flammable
For our non-slip pew cushions made of velour, we use recycled polyamide yarn, which is not only produced in a resource-saving way, but also with the environmentally friendly Solution-dyed technology. For example, recycled fishing nets or other plastic waste are used to make new polyamide fibres, which are then processed into our velour fabrics.
Our high-quality upholstery thus fulfils our Havener environmental promise and contributes to improving the eco-balance.
Each of our durable seat upholstery made from Econyl yarn scores with outstanding properties such as high abrasion resistance, lightfastness and colour fastness.
The fibre-impregnated pew cushions are very easy to clean, dirt-repellent and breathable. They are manufactured to fit each pew exactly, with corners, curves, bevels and recesses being worked out individually.
That is why we also give a 20-year guarantee on our quality velour upholstery.
These seat cushions are not flammable, tested according to EN 1021-1, -2.
Classification according to DIN 66084: 2003 P-b.
Non-slip seat pads made of 100% polyamide 6.6
total thickness 25mm - 30mm - 35mm
Fabric weight: 1013 g/rm (width 150 cm)
Resistance to abrasion: 280,000 cycles;
Different shades according to color charts
These seat cushions are tested according to EN 1021-1, -2.
Classification according to DIN 66084: 2003 P-b.
Non-slip seat pads made of 100% polyamide 6.6
total thickness 25mm - 30mm - 35mm
Fabric weight: 1230g/rm (width 150 cm)
Resistance to abrasion: 300,000 cycles;
Different shades according to color charts
These seat cushions are tested according to EN 1021-1, -2.
Classification according to DIN 66084: 2003 P-b.
Non-slip seat pads made of 100% polyamide 6.6
total thickness 25mm - 30mm - 35mm
Fabric weight: 1.335 g/rm (width 150 cm)
Resistance to abrasion: 290,000 cycles;
Different shades according to color charts
These seat cushions are tested according to EN 1021-1, -2.
Classification according to DIN 66084: 2003 P-b.