Carbon Fiber Reinforced PEEK Tube

For many years, PRES has been dedicated to the production and processing of PEEK, with the ability to produce various sizes of PEEK pipes and PEEK rings.

We produce PEEK pipes and PEEK rings through extrusion molding, compression molding, injection molding, and mechanical processing molding, and can customize various sizes according to customer needs.

We have thousands of specifications of molds and can stock PEEK pipes of various sizes according to customer orders.


Color:	only BLACK
Material:	30%carbon fiber reinforced PEEK
characteristic:	high strength Low coefficient of friction
Availability:



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Model:
PEEK-990CA30
Brand:
PRES

Product Description

PEEK TUBE size table

material	model	OD(mm)	ID(mm)	length(mm)
PEEK resin-unfilled PEEK	PEEK–990G	1~350	1~350	1000
Glass fiber reinforced PEEK	PEEK–990GF30	10~300	10~300	1000
Carbon fiber reinforced PEEK	PEEK–990CA30	10~300	10~300	1000

Our advantages

Multiple PEEK profile extrusion production lines

Introducing advanced continuous extrusion production lines for profiles, improving the production efficiency of PEEK profiles in China, reducing costs, and having a large inventory of nearly a hundred specifications of PEEK pipe extrusion molds available .

Multiple PEEK profile extrusion production lines

Introducing advanced continuous extrusion production lines for profiles, improving the production efficiency of PEEK profiles in China, reducing costs, and having a large inventory of nearly a hundred specifications of PEEK pipe extrusion molds available .

Support PEEK tube cutting

The PEEK tube produced by continuous extrusion process solves the technical problems of limited product height in compression molding process and easy internal shrinkage holes in injection molding process, while reducing material loss and machining costs.

It can be customized for non-standard cutting according to customer requirements

PEEK TUBE data sheet

Mechanical Data	standard	condition	unit	value
Tensile Strength	ISO 527	Yield, 23℃	MPa	260
Tensile Elongation	ISO 527	Break, 23℃	%	1.7
Flexural Strength	ISO 178	Yield, 23℃	MPa	380
Flexural Modulus	ISO 178	23℃	GPa	23
Compressive Strength	ISO 604	23℃	MPa	300
Charpy Impact Strength	ISO 179/1eA	Notched	kJ m⁻²	7
	ISO 179/IU	Unnotched	kJ m⁻²	45
Izod Impact Strength	ISO 180/A	Notched	kJ m⁻²	9
	ISO 180/U	Unnotched	kJ m⁻²	45
Mould Shrinkage	ISO 294-4	Along Flow	%	0.1
		Across Flow	%	0.5
Thermal Data	standard	condition	unit	value
Melting Point	ISO 11357	-	℃	343
Glass Transition (Tg)	ISO 11357	Onset	℃	143
Special Heat Capacity	DSC	23℃	kJ kg−1−1℃−1−1	2.2
Coefficient of Thermal Expansion	ISO 11359	Along flow below Tg	ppm K−1−1	45
		Along flow above Tg	ppm K−1−1	-
Heat Deflection Temperature	ISO 75	1.8 Mpa	℃	152
Thermal Conductivity	ISO 22007-4	23℃	W m−1−1K−1−1	0.29