Carbon Fiber Pre-preg
uni-directionally woven Pre-preg mass per unit area (DIN 53854):: 420 g/sqm Recommended curing time:: : at 100 °C : : : depending on model 5-8 hours Storable at 23 °C:: : for 40 days Storable at -18 °C:: : for 360 days
PU = 1 sqm
bi-directionally woven Twill weave:: : : 2:2 Pre-preg mass per unit area (DIN 53854):: 285 g/sqm Recommended curing time:: : at 100 °C : : : depending on model 5-8 hours Storable at 23 °C:: : for 40 days Storable at -18 °C:: : for 360 days
Fiberglass Pre-preg
bi-directionally woven Twill weave:: : : 2:2 Pre-preg mass per unit area (DIN 53854):: 390 g/sqm Recommended curing time:: : at 100 °C : : : depending on model 5-8 hours Storable at 23 °C:: : for 40 days Storable at -18 °C:: : for 360 days
Aramid Pre-preg
Atlas weave:: : : 1:4 Pre-preg mass per unit area (DIN 53854):: 170 g/sqm Recommended curing time:: : at 100 °C : : : depending on model 5-8 hours Storable at 23 °C:: : for 40 days Storable at -18 °C:: : for 360 days
Dyneema Pre-preg
bi-directionally woven fibre Twill weave:: : : 2:2 Pre-preg mass per unit area (DIN 53854):: 160 g/sqm Recommended curing time:: : at 100 °C : : : depending on model 5-8 hours Storable at 23 °C:: : for 40 days Storable at -18 °C:: : for 360 days
Pre-preg CC 411
directionally woven fibre Twill weave:: : : 2:2 Pre-preg mass per unit area (DIN 53854):: 410 g/sqm Recommended curing time:: : at 100 °C : : : depending on model 5-8 hours Storable at 23 °C:: : for 40 days Storable at -18 °C:: : for 360 days
Pre-preg CC 205
bi-directionally woven fibre Twill weave:: : : 2:2 Pre-preg mass per unit area (DIN 53854):: 205 g/sqm Recommended curing time:: : at 100 °C : : : depending on model 5-8 hours Storable at 23 °C:: : for 40 days Storable at -18 °C:: : for 360 days
Pre-preg CC 245
directionally woven fibre Twill weave:: : : 2:2 Pre-preg mass per unit area (DIN 53854):: 240 g/sqm Recommended curing time:: : at 100 °C : : : depending on model 5-8 hours Storable at 23 °C:: : for 40 days Storable at -18 °C:: : for 360 days
Tearing Foil
The excessive resin will escape during the curing stage through the tearing foil. Optimal for further processing with resin lamination technique or for bonding. Temperature resistance:: max. 232 °C
Separation Film
This film prevents further escaping of resin. The perforation in the film allows the permeation of air and volatile components into the above installed suction unit. Temperature resistance:: max. 140 °C
Suction Fleece
Allows the initiation of vacuum. The suction fleece sucks excessive resin out of the prepreg composite. The suction fleece is nontoxic and anti-allergic. Temperature resistance:: max. 205 °C
Honeycomb Fleece
The carbon fibre composite can take forces best in a tubular construction. This fact makes it necessary to include a profile into the prepreg stability carrier.
Vacuum Film
completely enclosing molding skin which allows the built up of a vacuum
Plastic Typing Tape
reinforced with perlon - fibres
PU = 50 m per roll
Sealing Tape
Tough-elastic tape with bonding surface. Provides for the sealing of air holes when initiating the vacuum.
Multipurpose Grease
for high strain, water resistant, acid free, range of application from -30° C to +120° C
PU = 1 kg tin
Araldite Adhesive
Thixotrophic, toughened bond with gap filling properties. If applied up to layers of 10 mm, the adhesive will not escape. We recommend Araldite Adhesive for GVK bondings. Araldite 2015 is a paste-like epoxy based two component adhesive. It will cure at room temperature and creates elastic bondings.
Mixing Gun
for Araldite Adhesive 90C1
Silicone Hose
suction hose made of heat-resistant silicone, colour transparent Temperature resistance:: max. 300° C
PU = 1 m
suction hose made of heat-resistant silicone, fabric reinforced, colour red Temperature resistance:: max. 300° C
