CARBON FABRIC
Carbon fabric has excellent high strength and heat resistant characteristics.

Our Carbon Fabric
We produce carbon fabric for various weaving types and widths, which have excellent high strength and heat resistant characteristics. Carbon spread fabric can be weaved wider than 10mm, exceeding width limits of carbon yarn. It is also possible to manufacture hybrid fabric in bespoke designs for decorative use, using three fabrics; carbon fabric, glass fabric and aramid fabric.

HIGH STIFFNESS

High tensile Strength

low weight

high chemical resistance

High Temperature Tolerance

Low Thermal Expansion
Glass Fabric
Glass fabric has excellent tensile strength, dimensional stability, electrical insulation properties, as well as heat and chemical resistance.

Our Glass Fabric
Glass fabrics are widely used in many areas such as Aerospace, LNG Vessels, Electronics, Sports and Leisure, and Construction for their excellent tensile strength, dimensional stability, electrical insulation properties, as well as heat and chemical resistance. Hankuk Composite UK is capable of producing 30 million tons annually. Its weaving machines have the capacity to meet customer’s requirements of thicknesses (0.03~0.8mm) and widths (25~3600mm).
Glass fibre has roughly comparable mechanical properties to other fibres, such as polymers and carbon fibre. Although not as rigid as carbon fibre, it is much cheaper and significantly less brittle when used in composites.

Insulating Properties

Resistant to Corrosion

High Tensile Strength

Low Elongation Percentage

Low Abrasion Resistance

Low hygroscopic property
Aramid Fabric
Aramid fabric is heat resistant and strong synthetic fabric which is used in Aerospace, military and other applications.

Our Aramid Fabric
Aramid fibre is a class of heat resistant, strong synthetic fibre which is used in Aerospace and military applications for ballistic-rated body armour fabric and ballistic composites; in bicycle tyres, marine cordage, marine hull reinforcement, and as an asbestos substitute. The chain molecules in the fibres are highly oriented along the fibre axis. As a result, a higher proportion of the chemical bond contributes more to fibre strength than in many other synthetic fibres. Aramid fibre does not melt but carbonises at above 480°C.

High Stiffness

High Tensile Strength

Low Weight

High resistance to shock

High temperature tolerance

High chemical resistance