Carbon sheet DESIGN
Heat deflection temperature: 120 °C
Pultruded carbon-fibre rods are made from resin & carbon fibres are drawn continuously through a die. This production method causes the fibres to be oriented unidirectionally, i.e.
Pultruded carbon fibre square rods, fibre orientation longitudinal (single direction).
This laminated sheet is made up of one layer of carbon fibre 240g 2x2 twill weave cloth wetted with epoxy resin and hardener and left to cure, it has a rough bondable even surface on one
Pultruded carbon-fibre rods are made from resin & carbon fibres which are pulled through a die. This production method causes the fibres to be oriented unidirectionally, i.e.
This laminated sheet is made up from layers of 240g 2x2 twill weave carbon fibre cloth wetted with epoxy resin and hardener. It has a high gloss and smooth finish on both sides.
Pultruded carbon fibre profiles made from resin & carbon fibres which are drawn continuously through a die. This production method causes the fibres to be oriented unidirectionally, i.e.
Pultruded carbon fibre profiles made from resin & carbon fibres which are drawn continuously through a die.
Pultruded carbon fibre profiles made from resin & carbon fibres which are drawn continuously through a die.
Tough and high strength,
Plain weave,
Carbon Fibre & Aramid Kevlar® warp & Aramid Kevlar® weft.
Carbon 4,120 MPa
Aramid 3036 MPa
Tough and high strength,
Plain weave,
Carbon Fibre & Aramid Kevlar® warp & Aramid Kevlar® weft.
Carbon 4,120 MPa
Aramid 3036 MPa
These Thinwall Carbon Fibre & Epoxy Resin Tubes are made of uni-directional carbon fibre with an additional spirally wound layer and are called thinwall pullwound tubes as they are one of the t
