3K Roll-wrapped Carbon Fibre Tube (Hollow) 10mm(OD) * 8mm(ID) * 1000mm(L)

SKU: 653501
In Stock

1,069.00

  1. Made of Carbon Fiber material
  2. High Strength
  3. Stable dimension and UV resistant
  4. High Corrosion  Resistance
  5. High Thermal Conductivity in some forms
  6. Low coefficient of thermal expansion
  7. Non-poisonous
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Description

Carbon fibre tube can be used to replace aluminium or steel tubes in a wide range of projects. The Carbon fibre tube of the same weight as an aluminium or steel tube can be much stronger and lighter. This 10mm roll wrapped carbon fibre tube is manufactured predominantly using high modulus (T700) unidirectional prepreg carbon fibre oriented to provide maximum strength in the lateral axis.

Roll wrapped carbon fibre tubes offer superior strength in general use to ‘pultruded’ tubes (which have all their fibres running in exactly the same direction.

The use of unidirectional fibres and maximum strength in the lateral axis does mean that the tube is not strong across its diameter as it is along its length so should be used in such a way as to avoid unnecessary crushing forces across the tube.

Roll Wrapping:

The phrase ‘roll wrapped’ refers to the process used to manufacture these tubes. The prepreg carbon fibre is first laid up around a mandrel in multiple layers. Once the reinforcement is in place it is spiral-wrapped with heat-shrink tape before the whole assembly is oven cured.


Features:

  1. Made of Carbon Fiber material
  2. High Strength
  3. Stable dimension and UV resistant
  4. High Corrosion  Resistance
  5. Electrical & Thermal Non-Conductivity

Package Includes:

1 x 3K Roll-wrapped Carbon Fibre Tube (Hollow) 10mm(OD) * 8mm(ID) * 1000mm(L)

Additional information

Production process

Roll-wrapped

Thickness of material

1mm

Material finish

3K glossy twill surface

Different densities

1.5g/cm^3

Glass Transition Temperature

130°C

Inner Diameter (mm)

8

Outer Diameter (mm)

10

Length (mm)

1000

Quick Comparison

Settings3K Roll-wrapped Carbon Fibre Tube (Hollow) 10mm(OD) * 8mm(ID) * 1000mm(L) remove3K Roll-wrapped Carbon Fibre Tube (Hollow) 12mm(OD) * 8mm(ID) * 1000mm(L) removePultruded Carbon Fiber Rod (Solid) 4mm * 1000mm (Pack of 2) removePultruded Carbon Fiber Rod (Solid) 8mm * 1000mm removePultruded Carbon Fiber Rod (Solid) 8mm * 500mm- (Pack of 2) remove3K Roll-wrapped Carbon Fibre Tube (Hollow) 30mm(OD) * 28mm(ID) * 1000mm(L) remove
Name3K Roll-wrapped Carbon Fibre Tube (Hollow) 10mm(OD) * 8mm(ID) * 1000mm(L) remove3K Roll-wrapped Carbon Fibre Tube (Hollow) 12mm(OD) * 8mm(ID) * 1000mm(L) removePultruded Carbon Fiber Rod (Solid) 4mm * 1000mm (Pack of 2) removePultruded Carbon Fiber Rod (Solid) 8mm * 1000mm removePultruded Carbon Fiber Rod (Solid) 8mm * 500mm- (Pack of 2) remove3K Roll-wrapped Carbon Fibre Tube (Hollow) 30mm(OD) * 28mm(ID) * 1000mm(L) remove
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SKU653501894408894424894437894439894418
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Description
  1. Made of Carbon Fiber material
  2. High Strength
  3. Stable dimension and UV resistant
  4. High Corrosion  Resistance
  5. High Thermal Conductivity in some forms
  6. Low coefficient of thermal expansion
  7. Non-poisonous
  1. Made of Carbon Fiber material
  2. High Strength
  3. Stable dimension and UV resistant
  4. High Corrosion  Resistance
  5. High Thermal Conductivity in some forms
  6. Low coefficient of thermal expansion
  7. Non-poisonous
  1. Made of Carbon Fiber material
  2. Very Strong and Light
  3. high strength and stiffness
  4. Very high Rigidity
  5. very low coefficient of expansion
  1. Made of Carbon Fiber material
  2. Very Strong and Light
  3. high strength and stiffness
  4. Very high Rigidity
  5. very low coefficient of expansion
  1. Made of Carbon Fiber material
  2. Very Strong and Light
  3. high strength and stiffness
  4. Very high Rigidity
  5. very low coefficient of expansion
  1. Made of Carbon Fiber material
  2. High Strength
  3. Stable dimension and UV resistant
  4. High Corrosion  Resistance
  5. Electrical & Thermal Non-Conductivity
Content

Carbon fibre tube can be used to replace aluminium or steel tubes in a wide range of projects. The Carbon fibre tube of the same weight as an aluminium or steel tube can be much stronger and lighter. This 10mm roll wrapped carbon fibre tube is manufactured predominantly using high modulus (T700) unidirectional prepreg carbon fibre oriented to provide maximum strength in the lateral axis.

Roll wrapped carbon fibre tubes offer superior strength in general use to ‘pultruded’ tubes (which have all their fibres running in exactly the same direction.

The use of unidirectional fibres and maximum strength in the lateral axis does mean that the tube is not strong across its diameter as it is along its length so should be used in such a way as to avoid unnecessary crushing forces across the tube.

Roll Wrapping:

The phrase ‘roll wrapped’ refers to the process used to manufacture these tubes. The prepreg carbon fibre is first laid up around a mandrel in multiple layers. Once the reinforcement is in place it is spiral-wrapped with heat-shrink tape before the whole assembly is oven cured.


Features:

  1. Made of Carbon Fiber material
  2. High Strength
  3. Stable dimension and UV resistant
  4. High Corrosion  Resistance
  5. Electrical & Thermal Non-Conductivity

Package Includes:

1 x 3K Roll-wrapped Carbon Fibre Tube (Hollow) 10mm(OD) * 8mm(ID) * 1000mm(L)

Carbon fibre tube can be used to replace aluminium or steel tubes in a wide range of projects. The Carbon fibre tube of the same weight as an aluminium or steel tube can be much stronger and lighter. This 12mm roll wrapped carbon fibre tube is manufactured predominantly using high modulus (T700) unidirectional prepreg carbon fibre oriented to provide maximum strength in the lateral axis.

Roll wrapped carbon fibre tubes offer superior strength in general use to ‘pultruded’ tubes (which have all their fibres running in exactly the same direction.

The use of unidirectional fibres and maximum strength in the lateral axis does mean that the tube is not strong across its diameter as it is along its length so should be used in such a way as to avoid unnecessary crushing forces across the tube.

Roll Wrapping:

The phrase ‘roll wrapped’ refers to the process used to manufacture these tubes. The prepreg carbon fibre is first laid up around a mandrel in multiple layers. Once the reinforcement is in place it is spiral-wrapped with heat-shrink tape before the whole assembly is oven cured.


Features:

  1. Made of Carbon Fiber material
  2. High Strength
  3. Stable dimension and UV resistant
  4. High Corrosion  Resistance
  5. Electrical & Thermal Non-Conductivity

Package Includes:

1 x 3K Roll-wrapped Carbon Fibre Tube (Hollow) 12mm(OD) * 8mm(ID) * 1000mm(L)

Pultruded carbon fiber rod (Solid) 4mm * 1000mm offer extremely high strength and stiffness because they contain 95% unidirectional carbon fiber running longitudinally. Carbon Fiber Solid Rods are made from continuous carbon fibres in a resin matrix of either vinyl-ester or epoxy.

Carbon fiber rod is used in a wide range of applications including aerospace and motor racing but perhaps its most common use in recreational sports equipment like kites and radio-controlled models.

Pultrusion :

Pultrusion is a method of manufacturing continuous lengths of a fibre-reinforced section by pulling continuous strands of carbon fiber through resin and a former before curing the resin all in one process.


Features:

  1. Made of Carbon Fiber material
  2. Very Strong and Light
  3. high strength and stiffness
  4. Very high Rigidity
  5. very low coefficient of expansion

Package Includes:

1 x Pultruded Carbon Fiber Rod (Solid) 4mm * 1000mm (Pack of 2)

Pultruded carbon fiber rod (Solid) 8mm * 1000mm offer extremely high strength and stiffness because they contain 95% unidirectional carbon fiber running longitudinally. Carbon Fiber Solid Rods are made from continuous carbon fibres in a resin matrix of either vinyl-ester or epoxy.

Carbon fiber rod is used in a wide range of applications including aerospace and motor racing but perhaps its most common use in recreational sports equipment like kites and radio-controlled models.

Pultrusion :

Pultrusion is a method of manufacturing continuous lengths of a fibre-reinforced section by pulling continuous strands of carbon fiber through resin and a former before curing the resin all in one process.


Features:

  1. Made of Carbon Fiber material
  2. Very Strong and Light
  3. high strength and stiffness
  4. Very high Rigidity
  5. very low coefficient of expansion

Package Includes:

1 x Pultruded Carbon Fiber Rod (Solid) 8mm * 1000mm

Pultruded carbon fiber rod (Solid) 8mm * 500mm offer extremely high strength and stiffness because they contain 95% unidirectional carbon fiber running longitudinally. Carbon Fiber Solid Rods are made from continuous carbon fibres in a resin matrix of either vinyl-ester or epoxy.

Carbon fiber rod is used in a wide range of applications including aerospace and motor racing but perhaps its most common use in recreational sports equipment like kites and radio-controlled models.

Pultrusion :

Pultrusion is a method of manufacturing continuous lengths of a fibre-reinforced section by pulling continuous strands of carbon fiber through resin and a former before curing the resin all in one process.


Features:

  1. Made of Carbon Fiber material
  2. Very Strong and Light
  3. high strength and stiffness
  4. Very high Rigidity
  5. very low coefficient of expansion

Package Includes:

1 x Pultruded Carbon Fiber Rod (Solid) 8mm * 500mm- (Pack of 2)

Carbon fibre tube can be used to replace aluminium or steel tubes in a wide range of projects. The Carbon fibre tube of the same weight as an aluminium or steel tube can be much stronger and lighter. This 30mm roll wrapped carbon fibre tube is manufactured predominantly using high modulus (T700) unidirectional prepreg carbon fibre oriented to provide maximum strength in the lateral axis.

Roll wrapped carbon fibre tubes offer superior strength in general use to ‘pultruded’ tubes (which have all their fibres running in exactly the same direction.

The use of unidirectional fibres and maximum strength in the lateral axis does mean that the tube is not strong across its diameter as it is along its length so should be used in such a way as to avoid unnecessary crushing forces across the tube.

Roll Wrapping:

The phrase ‘roll wrapped’ refers to the process used to manufacture these tubes. The prepreg carbon fibre is first laid up around a mandrel in multiple layers. Once the reinforcement is in place it is spiral-wrapped with heat-shrink tape before the whole assembly is oven cured.


Features:

  1. Made of Carbon Fiber material
  2. High Strength
  3. Stable dimension and UV resistant
  4. High Corrosion  Resistance
  5. Electrical & Thermal Non-Conductivity

Package Includes:

1 x  3K Roll-wrapped Carbon Fibre Tube (Hollow) 30mm(OD) * 28mm(ID) * 1000mm(L)

Weight
DimensionsN/AN/AN/AN/AN/AN/A
Additional information
Production process

Roll-wrapped

Thickness of material

1mm

Material finish

3K glossy twill surface

Different densities

1.5g/cm^3

Glass Transition Temperature

130°C

Inner Diameter (mm)

8

Outer Diameter (mm)

10

Length (mm)

1000

Production process

Roll-wrapped

Thickness of material

1mm

Material finish

3K glossy twill surface

Different densities

1.5g/cm^3

Glass Transition Temperature

130°C

Inner Diameter (mm)

8

Outer Diameter (mm)

12

Length (mm)

1000

Fiber Volume

Approx. 65%

Fibre density

1.4 – 1.8 g/cm3

Production Glass Transition Temperature

150°C~190°C

Thermal Expansion Coefficient

small

Weight (gm)

17

Resin glass transition (Tg)

170º C

Youngs Modulus

230 GPA

Outer Diameter (OD)(mm)

4

Length (mm)

1000

Fiber Volume

Approx. 65%

Fibre density

1.4 – 1.8 g/cm3

Production Glass Transition Temperature

150°C~190°C

Thermal Expansion Coefficient

small

Weight (gm)

30

Resin glass transition (Tg)

170º C

Youngs Modulus

230 GPA

Outer Diameter (OD)(mm)

8

Length (mm)

1000

Fiber Volume

Approx. 65%

Fibre density

1.4 – 1.8 g/cm3

Production Glass Transition Temperature

150°C~190°C

Thermal Expansion Coefficient

small

Resin glass transition (Tg)

170º C

Youngs Modulus

230 GPA

Outer Diameter (OD)(mm)

8

Length (mm)

500

Weight (gm)

30

Production process

Roll-wrapped

Thickness of material

1mm

Material finish

3K glossy twill surface

Different densities

1.5g/cm^3

Glass Transition Temperature

130°C

Inner Diameter (mm)

28

Outer Diameter (mm)

30

Length (mm)

1000