Premium-grade metals and high quality finishes

Specify your tubes from our wide selection of materials and finishes

Below is an outline of the different metals available for tube fabrication, as well as the various finishes that we provide for stainless steel tubing. However, our team will happily chat to you and help guide you through the options available for your application. Get in touch.

Stainless Steel

Most of our tubing is fabricated from stainless steel because it is versatile, durable and sustainable. It is easy to clean, which makes it a hygienic choice for public buildings and healthcare applications.

Stainless steels are iron alloys with a minimum of 10.5% chromium. Other alloying elements such as nickel, molybdenum and titanium are added to enhance structure, formability and strength, as well as non-metals such as carbon and nitrogen. Stainless steel covers a wide range of steel types and grades for corrosion / oxidation-resistant applications; to qualify for each type or grade, it must meet the corrosion-resistance requirements.

We do not form our tubes from mild steel, or use any mild steel tooling, not only because it lacks the quality of stainless steel, but because it contaminates the stainless steel that we form from. The lack of alloying elements in mild steel means that it is prone to oxidisation (rust) if it’s not properly coated. By contrast, stainless steel boasts impressive anti-corrosive properties. Find out more about why we believe stainless steel is superior to mild steel for the applications we making tubing for.

Stainless Steel 316l (1.4404)

All of our tube products are available in premium quality stainless steel 316L.

Also known as 1.4404 stainless steel, this ‘marine-grade’ stainless steel has fantastic qualities with a high resistance to corrosion.

Perfect for exterior applications both structural and decorative, it is a strong and versatile material that is ideal for marine applications.

Stainless Steel 304L (1.4301)

Any of our tube styles can be made using stainless steel 304.

Sometimes referred to as 1.4301 stainless steel, this practical and versatile material provides ample strength while retaining a high degree of manipulability.

This quality metal is suitable for structural and decorative purposes and lends itself to interior applications.

Duplex and superduplex

We use duplex and superduplex stainless steel if the tubing is going to be used in subsea conditions because it offers excellent corrosion resistance and high mechanical strength.

Duplex stainless steel grades are alloyed with nitrogen. They boast many of the benefits of austenitic and ferritic stainless steel.

Stainless Steel Finishes

Below is an outline of the different metals available for tube fabrication, as well as the various finishes that we provide for stainless steel tubing. However, our team will happily chat to you and help guide you through the options available for your application. Get in touch.

Mill finish
Satin finish
Mirror polish
PVD finish
Powder-coating wood effect
GWR coating

Bright polish

Our stainless steel tubes are typically supplied with a bright polish finish (600 grit), which is attractive, practical and has a better resistance to corrosion than a roughly polished surface. Please note that this finish does not remove all surface defects from the originating material. 

This is sometimes referred to as a commercial bright finish.

Mirror Polish (Linear / Long-grain)

Tubes with a bright finish are polished once and buffed. Upon close inspection, it is possible to see the grain of the polishing running lengthways (longitudinally) in continuous lines along the tubing. This grit pattern is sometimes referred to as a hairline finish.

This offers greater reflectivity than bright polish and is often chosen when aesthetics are important. 


Tubes with a bright finish are polished once and buffed. Upon close inspection, it is possible to see the grain of the polishing running around the circumference of the tube. 

This grit pattern offers greater reflectivity than bright polish. 

Super Mirror Polish

Tubes with a bright finish are linished, polished once then buffed twice. There is no perceivable grain to this superior finish, as grit lines are removed through successive fine polishing processes. This premium polish boasts an exceptional reflectivity and is sometimes referred to as super marine mirror polish or ultra mirror polish. 

Brushed or Satin Finish

We can also provide a dull grit finish (240 grit), or a brushed or satin finish (320 grit). These fine grain, non-reflective satin finishes are popular because they effectively disguise blemishes or fingerprints.

Mill Finish

If appearance is not important, or if finishing is to take place after further fabrication, we can also provide tubes with a mill finish or descaled/brushed finish.

Powder Coating or PVD FiniSHes

It is possible for us to powder-coat tubes with a wood-effect powder finish if you are seeking the properties of stainless steel combined with the aesthetics of timber.

We can alternatively colour tubes up to 3m long using PVD (Physical Vapour Deposition) titanium ion plating in a wide variety of colours – ideal if you require a specific colour or brass-effect but you need the tubing to be extremely tough. Unlike conventional methods of coating, PVD is significantly harder, making it scratch and corrosion resistant.

PVD is a colouring process only – it doesn’t change the finish on the substrate. The pre-colouring finish is exactly the same finish that you will see after the process, just with a different colour. This means that tubing and associated parts need to first have a finish applied to all the visible surfaces (brushed, mirror polished etc).

It is also important to note that with PVD coating, fabrication processes such as welding are likely to damage the finish. Please ask our fabrication team about our custom-made mechanical joiners for instances where you want to dry join parts such as railings in order to avoid welding.

Enquire about the range of colours available for stainless steel tube profiles. 


Aluminium is an important material due to the fact that it is light, durable and functional. It is one of the lightest metals but it’s also strong and flexible. Its surface is covered in an extremely thin yet strong layer of oxide film, which makes It highly corrosion-resistant. It also resists heat damage and is a great electricity conductor. It doesn’t magnetise, and it forms alloys with most other metals.
We have formed and fabricated tubing for several applications using aluminium - from bimini sun shades on yachts to retail hanging rails.

Aluminium 5083

Aluminium 5083 is a high-quality premium-grade aluminium that possesses immense strength coupled with excellent formability. This combination makes aluminium 5083 perfect for a wide range of applications. This material has a high value, but the additional attribute of being lighter in weight makes it desirable for specific projects. It is highly resistant against sea water and industrial chemicals. It retains strength after welding.

Aluminium 6063

Aluminium 6063 is a lower-grade material compared to aluminium 5083. Although we have previously formed our tubes from this grade of aluminium, we advise against choosing extruded aluminium 6063 unless the tolerances are not critical. The variation of the wall thickness for this grade of metal does not achieve the symmetry that we demand from our tubing. If you wish to use this grade, please talk to us about using drawn 6063 aluminium.

Aluminium Finishes

Our polishing team boast years’ of experience polishing aluminium. They will be happy to advise on the finishes available for your application. After your chosen finish it is advised that the metalwork is anodised to strengthen the metal and prevent it from oxidising. `When anodising and sandblasting is required we work with trusted suppliers to achieve these specialist finishes.


We offer a brushed / satin finish – this non-reflective finish is similar to the brushed finish that we achieve in stainless steel. We strongly advise that the tubing and metal parts are anodised post-polishing to prevent the aluminium from oxidising. This will also serve to strengthen this relatively soft metal.

MIRROR polish

If you want to achieve a reflective surface then we can polish the aluminium to a mirror finish. We highly recommend that the tubing is anodised post-polishing. However please note that this thickened layer will slightly dull the metal’s brightness, so you may wish to get samples made prior to full production.


Often referred to as sand-blasting, this process actually ‘blasts’ materials such as glass beads or even bicarbonate of soda onto metal to achieve a variety of grained finishes. This is an attractive option if you require a textured but uniform finish. The finer the grain used (such as fine glass beads), the smoother and more delicate the finish. Blasting also has the added benefit of preparing the surface for anodising by creating a better ‘key’ for the coating to bond to thanks to the tiny peaks and troughs that it forms on the substrate. The metal will need to be anodised after this process to prevent oxidisation.


If you have specified aluminium tubing for your application then you will probably find that you want to increase its robustness and resistance to corrosion by choosing to have it anodised. This electrolytic treatment produces a coating of aluminium oxide, which upon request, can be dyed to produce colours such as black, red, blue and purple.  We work closely with one of the UK’s leading aluminium anodisers to ensure that you get the right finish for your application. Typically our clients will select sulphuric anodising, which offers the same robustness as stainless steel (different thicknesses are available depending upon the desired hardness or colour). For applications that require a thicker protective coating of over 25 microns, hard anodising will be required. It is important to note that a thick coat of anodising (such as hard clear anodising) is likely to darken the original shade of the base material. We urge all clients to consider this if aesthetics are crucial to the end-application.

Tubing and machined aluminium parts will need to be welded prior to anodising so as not to damage the surface.


We work with trusted suppliers who can powder-coat pre-treated aluminium tubing to an excellent standard, helping to improve the metal's corrosion resistance and aesthetic appeal. Powder coating is available in a wide range of colours and finishes.

Brass CZ108 H/H

Brass is an alloy consisting of copper and zinc, which is stronger than pure copper and provides a lighter, gold-like finish. Brass is the most common of the copper-based alloys. It has a good corrosion resistance. We typically use ‘basis brass’ for tube fabrication as it has excellent cold forming attributes, and can be readily soldered.

Brass Finishes


We offer a brushed / satin finish – this non-reflective finish is similar to the brushed finish that we achieve in stainless steel. We strongly advise that the tubing is anodised post polishing to prevent the brass from oxidising.

All the mirror finishes – softer material


Brass is a soft material which allows for a variety of different polish finishes. Please refer to the polishes available for stainless steel, which can all be achieved in brass. Note that unlike stainless steel, brass will need to be lacquered after it has been polished to prevent oxidisation.


Lacquering is a recommended for all brass work as it provides a necessary protective coating: without lacquering the brass will quickly oxidise. After degreasing, the brass is lacquered within environmentally controlled spray booths – sometimes over 2 or 3 individual paint sessions. A spray application of specialist metal adhesion primer is applied, followed by coats of high-quality industrial grade 2 component polyurethane lacquer. This protective process will thicken the substrate (75-100 microns) so you may notice a slight reduction in the brightness from the polished tubing.

Cupronickel 90/10 CU90NI10

Also known as copper-nickel, cupronickel is a group of alloys containing copper and nickel. We use cupronickel 90/10, which contains 90% copper and 10% nickel, with small quantities of iron and manganese for strength and corrosion-resistance. Cupronickel 90/10 has a warm colour that is similar to bronze, which makes it an extremely cost-effective alternative to bronze.

Cupronickel has high electrical resistivity.

Other Metals

We can also fabricate tubing from other metals such as titanium, copper and bronze — contact us for more information on using alternative materials.

Please note we do not use mild steel in our workshops to prevent contamination issues