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structure printing PATENT PENDING

PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

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Page 1: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

structure printing

PATENT PENDING

Page 2: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

GRDXKN®

is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles, which have been reinforced with this technical colour print, are at the same time lightweight and sturdy, flexible and abrasion resistant.

The former purely decorative colour print becomes a functional, architectural structure.

Page 3: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

THE CORRELATION OF PATTERN AND SHAPE

Page 4: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

The characteristic surface implies the design’s secret.

What we perceive as an imprint is the functional core of

the concept.

The printed combs in an elaborate pattern are arranged

on the inside, they create a unique surface, support the

shape and protect its content.

Page 5: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

example of inside comb pattern, printed and activated

Page 6: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

The uniqly designed pattern can be tailored to fit the final

object.

The print has properties exceeding a usual material

available by the meter. The pattern can be individually

created to define and shape specific areas.

Page 7: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,
Page 8: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

AESTHETICS

Page 9: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

example of inside rounded comb pattern, wool textile

Page 10: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

This technology blurs the lines between function and

look, creating a very aesthetic appearance whilst

combining rigidity and flexibility when needed.

Page 11: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,
Page 12: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,
Page 13: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

TECHNICAL INFORMATION

Page 14: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

stabilizing

sound refraction

insulating

shock inhibiting

lightweight

washable

example of pattern / Patronace jacket - PA textile

60

Page 15: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

GRDXKN®

Based on the 2D screen-printing technology GRDXKN®

can interact with many different textiles. The water based

technical material is solvent-free and, when activated, be-

comes a flexible PU foam with a non-slip character. The 3D

effect on the surface depends on each textile ‘base’, but

also on the pattern and the thickness of the foam. GRDXKN®

meets the requirements of the Ökotex 100 Standard and is

ecological certifiable.

For perfect costumer requirements foam prints and textiles

have to be tested for every individual product development.

textile ‘base’ cotton, poly-amide, polyester,

different composites, natural

materials (e.g. leather)

foam resistant to abrasion

0.5 - 4 mm adjustable

flexibility / rigidity adjustable via print material

and pattern design

the colour all colours possible

pattern design all patterns possible - depending

on shape requirements and

base ‘textile’

Page 16: PATENT PENDING - GRDXKNgrdxkn.com/GRDXKN_info.pdfGRDXKN® is a textile printing technology, which enables a two- dimensional material to become three-dimensional in parts. Textiles,

BASTIAN MÜLLER

[email protected]

MUNICH, GERMANY