Axopad Mousepad Tischsets Untersetzer 28

Materials

Information about our materials

Materials

The materials used for an AXOPAD® are developed in close cooperation with our suppliers in order to influence the material properties. In addition, all materials used in the manufacture of an AXOPAD® are tested for phthalates (in accordance with EU Directive 2005/84/EC) and PAHs (category 2) by a certified testing institute. It is self-evident that the materials comply with REACH Regulation EC No. 1907/2006.

Axopad Mousepad Tischsets Untersetzer 11
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Sub-materials

H02 Carrier material: Fabric

Approx. 2.0 mm special latex compound, easy on the joints, highly slip-resistant, highly flexible.

Y01 Carrier material: Fleece

Untermaterial Y01

Approx. 1.0 mm latex compound, embossed, closed-pore, extremely slip-resistant.

X05 Carrier material: fleece

Untermaterial X05

Approx. 0.5 mm latex compound, irregular pattern, closed-pore, extremely slip-resistant.

F01

Untermaterial F01

Approx. 1.2 mm PVC slip-stop film, slip-resistant.

B01

Untermaterial B01

Approx. 1.2 mm PVC blue slip-stop film, extremely slip-resistant.

W05

Untermaterial W05

Approx. 0.5 mm PVC transparent film, heavy quality, non-slip and dimensionally stable, optional thicknesses possible.

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Surfaces

PET textured film, made from recycled PET bottles

Leather fiber, made from recycled natural leather

Wool felt

Textile, yarn made from recycled PET bottles

Textile with antibacterial surface

PVC textured film

PP film

Textile surface

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Finishing

UV offset printing

Digital printing

Screen printing

Blind embossing

color embossing

Embroidery

DTF printing

Engraving

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Processing

Punched pads

offer the greatest possible flexibility in terms of shape, surface variety and material thickness. The corresponding construction materials are firmly bonded together and then punched out in the intended shape.

Welded pads

are characterized by closed, ergonomically rounded edges. The edges of the upper and lower sections are firmly welded together using a high-frequency process, making these pads particularly robust and also resistant to liquids.

See for yourself.