Best performance custom carbon fiber parts

Essential details

Product Type:: Carbon Fiber Fabric

Pattern:: SOLIDS, FOLIAGE, Holidays & Events

Supply Type:: Make-to-Order

Material:: CARBON FIBER

Style:: CARBON FIBER

Feature:: Abrasion-Resistant, Anti Pill

Use:: Coat and Jacket

Weight:: MAKE TO ORDER

Thickness:: 1 to 10mm

Place of Origin:: China

Brand Name:: JULI COMPOSITE

Model Number:: JULI CARBON FIBER PARTS

Class Of Material:: T800

Weave:: 3K Twill Weave/Plain Weave

Advantage:: High Modulus

Technology:: Compression Molding

Function:: Aviation Spare Parts

Size:: any size

Color:: Customized Colors

Surface Treatment:: Matt finish & glossy

Product Features:: light weight

OEM:: Accpet

Supply Ability

Supply Ability: 5000 Piece/Pieces per Week

The Leading Manufacturer of custom shape 3k carbon fiber parts

Product Description

Specification

TECHNICAL DATA SHEET
Making Process	Compression Moulding
Structure	UW	U= Unidirectional Prepreg	W= Woven Pre
Materials	T800 Carbon Fiber & Epoxy Resin
Maximum Size	1 meter x 3 meter
Wall Thickness	1mm to 10mm
Colors	3k Woven Carbon Fiber or Any Colors
Water Absorption	<1,5 w-%
Denisty	1.5g/cm3
Fiber Type	HS Carbon			HM, Carbon
Stifiness	90-100 Gpa			120 -180 Gpa
Bending Strength	>600 Mpa			>500 Mpa
Tensile Strength	>650 Mpa			>550 Mpa
Denisty	1.5g/cm3			1.5g/cm3

Structure of our Carbon Fiber Parts

TOP THREE FIBER ORIENTATIONS

0 ° ORIENTATION

If a part will only be loaded in one direction it’s ideal to have all the fibers oriented in that direction. Pultruded rod and tubing are examples of a part that contains only 0° fibers

90° ORIENTATION

As previously mentioned, 90° layers are often added to tubes to make them more resistant to buckling and crushing. High concentrations of 90° or “hoop” layers can also be found in pressure vessels.

+/- 45 ° ORIENTATION
45° layers serve different purposes depending on the application. You’ll almost always see a +45° paired adjacent to a -45° layer.This is to keep the laminate “balanced” and from forcefully twisting when loaded

The Manufacturing Process

Compression molding is a closed-mold composite manufacturing process that uses matched metal molds with the application of external pressure.In the compression molding process, an engineered composite layup is placed in the open mold cavity, the mold is closed, and consolidating force is applied. The pressure remains on the mold throughout the cure cycle, which usually occurs in an oven. The combination of heat and pressure produces a composite part with low void content and high fiber volume fraction—a near net shape finished component. Compression molding often yields composite parts that have the optimal mechanical properties possible from the particular combination of constituent materials