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Aluminium Extrusion

Leading suppliers and stockists of Aluminium Extrusions across the UK

We understand that there is more to supplying bespoke aluminium extrusion than simply having metal in stock. We have invested heavily in training staff in the correct handling and storage of extrusion, technical sales staff with the knowledge to be able to help reduce costs and dedicated account managers to ensure that we have the right amount of stock for your business needs. Coupled with our mill partnerships across the globe and our own logistics division, we are one of the leading suppliers and stockists of aluminium extrusion across the UK.

Bespoke Product, Bespoke Solution

thyssenkrupp materials, one of the worlds largest suppliers of aluminium extrusion, have solved many supply problems for customers across a wide range of industries.

If you are looking to improve your supply chain, we can help.

From Die to Delivery


• Design

Due to our scale and expertise we have probably encountered and found a solution to most extrusion problems. As well as our UK team, we can call on the resources of experts within thyssenkrupp worldwide and engage a range of specialists from our supply partners.

• Production

As we are not tied to one manufacturing facility we can select the most appropriate manufacturer(s) for your product. This means we can create a bespoke supply solution that solves your specific supply problems.

• Fabrication

We have a range of fabrication possibilities from simple cut to length to a fully machined or kitted product.
We can select the best supply route for your product, whether it be quick in house processing in the UK or fabricated at the point of extrusion for stockholding and call off.

• Storage

Is your space at a permium? We can offer a range of stockholding solutions to solve your space issue. At its simplest we can stock locally and deliver next day to your site. Or we can manage the supply chain to reduce lead times and eliminate the need to carry as much stock at your site.

• Service

All Aluminium extrusion accounts are serviced by dedicated extrusion sales teams who take care of the details of your account, from stock lists to packing specifications. Our teams understand that your extrusion is critical to your business and will tailer a solution specific to your individual needs.

Processing Services

Cut to size

On site, we have state of the art saws capable of cutting profiles 420mm wide and lengths from 15mm to 7000mm. We can offer bespoke cuts for repeat high volume orders, as well as offering bespoke cuts for one off jobs. In total, we have 9 powerful saws that cut profiles to specific dimensions.

Punching and drilling

We offer customers with bespoke solutions to help them get the job done. We are able to drill holes or punch slots and shapes. At our new site, we only use the best equipment.

Finishing

Once we have cut or fabricated the product, we can finish the job using a range of methods. De-burring, polishing, anodising, painting and screen printing.

Machining

On site, we have a variety of powerful machines, including:

  • 3 x SBZ151 5 Axis CNC Machining Centre (Long bed up to 15m)

  • SBZ122/73 4 Axis CNC Machining Centre (Used for Smaller Parts)

  • 2 x DG244 Double compound Mitre Saw (Up to 6m)

  • 2x Mecal 3 Axis CNC Machining Centre (Up to 2m)

  • Haas 3 Axis CNC Machining Centre (Up to 1.5m)

Bespoke packaging

Some of the industries that we supply into

Lighting
Lighting
Fenestration
Fenestration
Construction
Construction
Architecture
Architecture
Data Centres
Data Centres

Applications

Aluminium extrusions have a wide range of applications largely because of their malleability and ductility. Some of these diverse applications include:

  • In high conductivity of electricity and heat applications like heatsinks, radiators, electronics and air conditioning

  • In applications that require low weight to high strength ratios like marine, military, stock, railway and aeronautical applications

  • In mining, architectural marine and military and other applications that require materials that are resistant to corrosion.

Benefits of Aluminium Extrusions

The process offers a wide range of benefits. With aluminium extrusions, it is possible to add extra features for fixings, interlocking systems and channels which are more convenient as opposed to having additional parts.

Paired with other processes like novel fabrication, it can be a low-cost tooling solution. Ultimately, the low cost of extrusion results into lower project costs.

The strength, durability and other properties of aluminium are not lost in the extrusion process. It is possible to extrude pure aluminium for certain applications but, in most cases, other metals are added to form alloys that build on the already impressive properties of aluminium.

Extrusion allows for aluminium to be recycled without losing its properties living up to its name as an environmentally friendly metal.

Extrusion is the process of shaping aluminium by forcing it through a shape opening in a die. The resulting aluminium extrusion usually has the same profile as the die opening. The extrusion process features different steps to aid in the making of the final product.

These steps and processes include:

  • The design of the profile required is discussed and created depending on requirements and technical capability.

  • The shape and design of the die is then created.

  • A cylindrical billet of aluminium alloy is heated and transferred to a loader where a lubricant is added to keep the heated billet from adhering to the ram or die.

  • Pressure is applied using a ram which pushes the heated billet into a container which then forces it through the die opening.

  • Nitrogen gas or liquid is allowed to flow through the opening of the die to prevent oxides of aluminium from forming.

  • The newly extruded section is then passed onto a run out table. It is important to specify visible surface during design in order to protect this surface from the runners on the run out table.

  • The extruded aluminium is placed on the cooling table where it is either cooled by fans or by liquid.

  • The hardened material is then heat treated in an ageing oven and cut to size.

  • If required the aluminium extrusion can then be either painted or anodised.

For further customisation, there are other processes that can be added to the basic extrusion process. Some of the custom extruded parts that require further processing include hollow sections, piercing mandrels or pins. The colour, texture and brightness of the finish can also be adjusted after the extrusion process.

Common pain points of Aluminium Extrusion?

Aluminium extrusion plays a critical role across Lighting, Fenestration, Construction, Architecture and Data Centre industries. While the process offers flexibility and strength-to-weight advantages, it also presents a number of challenges that manufacturers and buyers alike must carefully manage. So what are the most common pain points associated with aluminium extrusion - from design and production through to cost, sustainability, and supply chain pressures.

Meet Our Experts!

Meet Matthew Oakland

Matthew Oakland

Email: matthew.oakland@thyssenkrupp-materials.com
Mobile: +44 07919 175441

"With over 23 years in extrusion sales at a UK mill, I bring expertise across all market sectors, underpinned by strong CAD and design knowledge, value-added solutions, and downstream processes."

Meet Ian Thompson

Ian Thompson

Email: ian.thompson@thyssenkrupp-materials.com
Mobile: +44 7764 626690

“With 17 years of hands-on experience in the aluminium industry, I bring deep expertise in profile design, customer design support, and on-site assembly and surveying."

Meet Graham Mason

Graham Mason

Email: graham.mason@thyssenkrupp-materials.com
Mobile: +44 7976 690313

“With over 40 years of experience in the metals industry, I have worked across manufacturing, processing, & fabrication sectors, specializing in both flat rolled & long products in non-ferrous materials."

Meet Graham Mason

Lisa Kingsbury

Email: lisa.kingsbury@thyssenkrupp-materials.com
Mobile: +44(0)7917428205

“As Head of Commercial Metals, I bring strong aluminium extrusion and supply chain expertise, with a focus on pricing, supplier development, low-carbon aluminium, and fabrication solutions.”

Meet Graham Mason

Craig Bradbury

Email: craig.bradbury@thyssenkrupp-materials.com | Mobile: +44 07966 284 393.

"As a BDM, I provide design support, engineering expertise and multi-metal non-ferrous knowledge, and with 34 years’ experience in bespoke aluminium extrusion across construction, lighting and more"

Benefits of Aluminium Profiles

Aluminium profiles cost less to make. The extrusion process is low cost and is able to produce different designs of profiles to fit the different applications. Using aluminium profiles is more economical and does not affect the integrity of the structure.

It is possible to make almost any type of aluminium profile with the right die cast. We can help you design a section to produce any type of aluminium profile right down to the details of surface finish and tolerance. The ability to customise expands the application of aluminium profiles and allows for production for virtually any application.

The use of aluminium profiles does not affect the strength of integrity of the structure or the performance of the application for which it is being used. Instead, using the right profiles can greatly improve the quality of the end product while cutting project costs significantly.

When used in different applications, aluminium profiles bring with them the corrosion resistance properties of aluminium. The profiles are able to safeguard sensitive parts of the structure like joints from corrosion overtime and guarantee quality results in the long run.

Quicklinks

  • Aluminium Home Page
  • Aluminium Datasheets

Types of Aluminium Extrusion

This is the most prevalent method of metal extrusion. It involves using a high-pressure ram that pushes a billet of material through a container in this extrusion. The material flows in the direction of the ram action and exits through the stationary die’s opening.

This type of extrusion is ideal for bigger profile designs and a higher quality surface finish than indirect extrusion.

In this extrusion method, the material is put in a container and secured. The extrusion die travels over the material using a hollow ram. This process generates less friction, lower energy use and less heat because there is no relative movement between the material and the container.

This extrusion method has better control over dimension consistency, material properties and grain size.

This is defined by the billet temperature relative to the temperature of the room and material recrystallization.

Hot extrusion occurs when the billet is heated above the recrystallization temperature and is frequently connected with direct extrusion.

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