carbon fiber braided sleeving can be slid over a release coated tube or mandrel and used to create very strong and cosmetically attractive tubes and sections.
carbon fiber braided sleeving can be expanded or contracted to accommodate a range of diameters. Each sleeve can be expanded by up to 30% and contracted by up to 70% of the stated diameter.
Braided sleeves are extremely resistant to cracks between layers, reducing the possibility of delaminating and increasing the strength of the product. When inflated, braided reinforcement works much like a shark's body, orienting itself to the direction of force. This actually strengthens its outer skin, enabling it to withstand pressure and carry load, and to tolerate damage and fatigue. If a puncture does occur, the sleeve provides a slow, controlled failure, rather than a more damaging and potentially dangerous blowup.
Carbon fiber is a material consisting of very thin fibers of 0.005–0.010 mm . The density of carbon fiber is also considerably lower than the density of steel, making it ideal for applications requiring low weight.
carbon fiber braided sleeving General Characteristics:
extremely light and
still very stable
constructible properties (formability and / or
thermoformable)
anisotropic structures possible
corrosion
Light weight
yet rigid
high strength and high tensile strength, elasticity modulus
properties
low weight
fatigue strength
wear-resistant conductivity and
thermal stability
low thermal expansion
vibration damping
electrical
conductivity
electromagnetic protection
X-Ray transmission
(radiolucent)
Always wear safety glasses, dust mask, gloves and long sleeves are recommended when handling this product
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