Industry

Many industrial processes and applications rely on efficient use of energy. Moving parts made of Tepex® can significantly reduce their kinetic energy through weight reduction without compromising structural performance.

Specific material properties like flame retardancy, resistance against elevated temperatures as well as the ability to absorb ballistic energy extend the field of applications for Tepex® in many industrial segments such as electrical and electronic equipment, in the public transport sector, protection sector or in the aerospace industry.

Major challenges in industrial applications can be addressed with Tepex® material solutions:

  • Weight reduction
  • Flame retardancy
  • Mass production ability

The following menu shows standard Tepex® materials for Industry applications. Custom made material lay-ups as well as special fabric constructions will be available on request.

GLASS/PA66

Tepex® dynalite 101-RG600(x)/47% black

Polymer:

PA6.6 black

Fiber RG600:

E-glass, 1200 tex

Weaving RG600:

600 g/m² area weight

Twill 2/2 binding

Warp 0° -> 50% fibers

Weft 90° -> 50% fibers

Lay-up:

RG600 -> (x) = number of layers

(max. 8 layers = 4.0mm thickness)

Fibervolumecontent:

47% vol.

 

Tepex® dynalite 101-FG290(x)/45% black

Polymer:

PA6.6 black

Fiber FG290:

E-glass, 204 tex

Weaving FG290:

290 g/m² area weight

Twill 2/2 binding

Warp 0° -> 50% fibers

Weft 90° -> 50% fibers

Lay-up:

FG290 -> (x) = number of layers

(max. 8 layers = 2.0mm thickness)

Fibervolumecontent:

45% vol.

 

 

 

CARBON/PA66

Tepex® dynalite 201-C200(x)/45%

Polymer:

PA6.6 nature

Fiber C200:

3K Carbon

Weaving C200:

200 g/m² area weight

Twill 2/2 binding

Warp 0° -> 50% fibers

Weft 90° -> 50% fibers

Lay-up:

C200 -> (x) = number of layers

(max. 12 layers = 3.0mm thickness)

Fibervolumecontent:

45% vol.

 

 

 

CARBON-GLASS/PA66

Tepex® dynalite 401-C200(2)-FG290(x)/45%

Polymer:

PA6.6 nature

Fiber outer layers (C200):

3K Carbon

Fiber core (FG290):

E-glass, 204 tex

Weaving C200:

200 g/m² area weight

Twill 2/2 binding

Warp 0° -> 50% fibers

Weft 90° -> 50% fibers

Weaving FG290:

290 g/m² area weight

Twill 2/2 binding

Warp 0° -> 50% fibers

Weft 90° -> 50% fibers

Lay-up:

C200 -> 1 layer

FG290 -> (x) = number of layers (max. 10)

C200 -> 1 layer

Fibervolumecontent:

45% vol.

A symmetric lay-up is mendatory. The number of glass fabric layers
can be adjusted individually. From 1 glass fabric layer (= 0.75mm total
thickness) up to 10 glass fabric layers (= 3.0mm total thickness).

 

 

 

GLASS/PPS

Tepex® dynalite 107-FG290(x)/45%

Polymer:

PPS

Fiber FG290:

E-glass, 204 tex

Weaving FG290:

290 g/m² area weight

Twill 2/2 binding

Warp 0° -> 50% fibers

Weft 90° -> 50% fibers

Lay-up:

FG290 -> (x) = number of layers

(max. 8 layers = 2.0mm thickness)

Fibervolumecontent:

45% vol.

 

 

 

CARBON/PPS

Tepex® dynalite 207-C200(x)/45%

Polymer:

PPS

Fiber C200:

3K Carbon

Weaving C200:

200 g/m² area weight

Twill 2/2 binding

Warp 0° -> 50% fibers

Weft 90° -> 50% fibers

Lay-up:

C200 -> (x) = number of layers

(max. 8 layers = 2.0mm thickness)

Fibervolumecontent:

45% vol.

 

 

 

CARBON-GLASS/PPS

Tepex® dynalite 407-C200(2)-FG290(x)/45%

Polymer:

PPS

Fiber outer layers (C200):

3K Carbon

Fiber core (FG290):

E-glass, 204 tex

Weaving C200:

200 g/m² area weight

Twill 2/2 binding

Warp 0° -> 50% fibers

Weft 90° -> 50% fibers

Weaving FG290:

290 g/m² area weight

Twill 2/2 binding

Warp 0° -> 50% fibers

Weft 90° -> 50% fibers

Lay-up:

C200 -> 1 layer

FG290 -> (x) = number of layers (max. 6)

C200 -> 1 layer

Fibervolumecontent:

45% vol.

A symmetric lay-up is mendatory. The number of glass fabric layers can
be adjusted individually. From 1 glass fabric layer (= 0.75mm total
thickness) up to 6 glass fabric layers (= 2.0mm total thickness).

 

 

 

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