Рулонная обернутая углеродным волокном трубка глянцевая поверхность 8 мм 10 12 м 14 16 18 20 22 3K чистое углеродное волокно используется для

Pultruded carbon fibre hexagon tube manufactured from 100% unidirectional carbon fibre.

The tube has an outer diameter (OD) of 14mm and a wall thickness of 1mm leaving an inner diameter (ID) of 12mm.

Typical Uses

This 1mm thick medium diameter 14mm hexagon section is ideally suited for use in radio controlled (RC) aircraft, helicopters, U.A.V's and other models but would be equally suited to other precision applications like robotics and automation.

Pultrusion Explained

Pultruded hexagon tubes, although less commonly used compared to round carbon fibre tubes, are still very strong and with the hexagon of flat sides, can be uniquely suited to applications where other components are to be attached during assembly. The flat sides provide a convenient surface for mounting other parts, be it bonded into place using a structural adhesive or fixed by other means. Pultrusion is a method of manufacturing continuous lengths of fibre reinforced section (in this case Hexagon shape tube) by pulling continuous strands of carbon fibre through resin and a former before curing the resin all in one process.

Pultruded hexagon tubes feature 100% longitudinal fibre orientation which gives them excellent strength along their length but does make them vulnerable to crushing forces. For applications where none-uniform forces are likely to be encountered, including crushing forces, roll wrapped carbon fibre tubes should be considered as an alternative.

Pultruded carbon fibre hexagon tube manufactured from 100% unidirectional carbon fibre.

The tube has an outer diameter (OD) of 14mm and a wall thickness of 1mm leaving an inner diameter (ID) of 12mm.

Typical Uses

This 1mm thick medium diameter 14mm hexagon section is ideally suited for use in radio controlled (RC) aircraft, helicopters, U.A.V's and other models but would be equally suited to other precision applications like robotics and automation.

Pultrusion Explained

Pultruded hexagon tubes, although less commonly used compared to round carbon fibre tubes, are still very strong and with the hexagon of flat sides, can be uniquely suited to applications where other components are to be attached during assembly. The flat sides provide a convenient surface for mounting other parts, be it bonded into place using a structural adhesive or fixed by other means. Pultrusion is a method of manufacturing continuous lengths of fibre reinforced section (in this case Hexagon shape tube) by pulling continuous strands of carbon fibre through resin and a former before curing the resin all in one process.

Pultruded hexagon tubes feature 100% longitudinal fibre orientation which gives them excellent strength along their length but does make them vulnerable to crushing forces. For applications where none-uniform forces are likely to be encountered, including crushing forces, roll wrapped carbon fibre tubes should be considered as an alternative.

 

SPECIFICATION

SHIPPING INFORMATION

How to Buy

Our pultruded hexagon tubes are available in a 1m or 2m length. Please choose the length you require from the drop-down list.

Discounts are available for larger quantities and wholesale/trade purchases; please contact us for details.

Further Information

How to Cut and Shape

This carbon fibre tube can easily be cut and finished using simple workshop tools like a hacksaw and some wet-and-dry paper. Cutting and finishing a carbon fibre tube can also be perfectly safe if you follow some basic safety precautions.

For a comprehensive guide to both safety advice and cutting and finishing techniques watch our video guide to cutting and shaping carbon fibre sheet and carbon fibre parts.

1. Can I Paint The Pultrusion And If so How do I prepare the surface for painting?

Generally, the pultrusions are used ‘as-is’ and don’t require painting. If you really do need/want to paint the pultrusions then a light key with a fine abrasive paper like a 1200 grit wet and dry paper and a thorough degrease and clean using a mild detergent or an alcohol wipe should be all that is needed to prepare the surface for paint.

2. Are these Pultrusions Magnetic?

No these pultrusions are not magnetic.

3. Are these pultrusions manufactured from high modulus carbon fiber fibers?

No, this pultrusion is manufactured from standard modulus fibres.

4. Are you able cut the tubes at customers' lengths?

We do not currently offer a custom cutting service for our tubes and pultrusions. However, they are able to be cut DIY relatively easily as you can do it yourself under the instructions from our sales workers and technicians.

5. Is it possible to cut a thread into your carbon fiber tube rods and tubes?

Unfortunately, it is not possible to cut a usable thread into carbon fiber composites. The nature of the material is such that the teeth on a thread would not be able to take any load and would break up either during thread turning or the first attempt at using the thread. Where it is desirable to have a threaded method of attaching the tube or rod, it is commonplace to fabricate and then bond an aluminum insert into the tube or over the rod end which can then have a thread cut into it.

6. Can use these rods be used with linear bearings, as a Replacement for aluminum rods?

In simple terms, these carbon rods would work with linear bearings in that fashion. The only concern is long-term durability as the carbon surface is not quite as hard as aluminum and thus would likely wear quicker in many circumstances. For low usage or low load situations, this may well not be a limiting factor.

7. What is the maximum HDT that these pultrusions can sustain?

The HDT of these pultrusions is 80 °C.

8. Is it possible to cut a pultrusion with a hacksaw?

Yes absolutely! If done carefully, a hacksaw can be used to cut a pultrusion. there we also have many various methods of cutting carbon fibre.

9. What is the tolerance on Diameter for the Rod and tubes?

The diameter has a tolerance of +/-0.1mm. some of them can have a tolerance of +/-0.05mm~ +/-0.1mm.

10. How do I prepare the carbon surface for painting?

Many people prefer the natural finish of these carbon products, however, if you wish to paint them for your specific application then you can do so. A light key with a fine abrasive paper like a 1200 grit wet and dry paper and a thorough degrease and clean using a mild detergent or an alcohol wipe should be all that is needed to prepare the surface for paint.