• High Temperature Carbon Braided Sleeving in Aerospcae
  • High Temperature Carbon Braided Sleeving in Aerospcae
  • High Temperature Carbon Braided Sleeving in Aerospcae
  • High Temperature Carbon Braided Sleeving in Aerospcae
  • High Temperature Carbon Braided Sleeving in Aerospcae
  • High Temperature Carbon Braided Sleeving in Aerospcae

High Temperature Carbon Braided Sleeving in Aerospcae

Type: 99%Carbon, 99%Carbon
Composition: 99%Carbon, 99%Carbon
Carbon Content: Medium-Carbon, Medium-Carbon
Grade: Industrial Grade, Industrial Grade
Forming Way: Extruded Graphite, Extruded Graphite
Crystal Morphology: 99%Carbon, 99%Carbon
Customization:
Diamond Member Since 2016

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Basic Info.

Model NO.
CF
Raw Materials
Pitch-Based Carbon Fiber
Performance
High-Strength Type
State
Filament
Mechanical Property
High-Performance Type
Shape
Sleeve
Diameter
1.5, 2, 4, 6inches
Elongation
1.75- 2.1%
Sizes
Customized
Transport Package
by Carton Box
Specification
2-150mm
Trademark
DC
Origin
Beijing, China
HS Code
2701110010
Production Capacity
20000square Meter Per Week

Product Description

high temperature Carbon braided sleeving in aerospcae:
Product Description
Material: carbon fiber sleeving tube
yarn type: 3K , 6K, 12K or 24K carbon fiber from Japan
sleeve diameter: 8-150mm as catalogue attached
Color:  original carbon fiber color
Density: 5 X 5 counts/cm

It is designed to create strong and aesthetically pleasing tubes and sections. It works by sliding over a mandrel or a release coated tube. It can accommodate a wide-range of diameter through sleeve expansion up to 30% and contraction up to 70% of the given diameter. Braided sleeves are kown for their superior resistance to cracks between layers and theu reduce the risk of delamination, while strengthening the product.

 An inflated braided reinforcement performs like the body of a shark, positioning itself in the direction of the force. The outer skin is strengthened and gives it the capacitu to withstand pressure, tolerate damage, take fatigue, and carru loads. In case of a puncture, the sleeve controls the progression of damge, averting the risk of a dangerous blowup.
The carbon fiber consists of very thin fibers and is denser than steel, making it perfecet to use with applications needing low weight. It is light but stable and rigid, corrosion free, offers thermal stability, electromagnetic protection, and great wear resistance, leading to a long life.

High Temperature Carbon Braided Sleeving in Aerospcae
High Temperature Carbon Braided Sleeving in Aerospcae
 High Temperature Carbon Braided Sleeving in AerospcaeHigh Temperature Carbon Braided Sleeving in Aerospcae
 




 

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