Automotive
Copper, aluminium and precision metal components supplied for automotive, electric vehicle and specialist transport applications.
Automotive Metal Supply and Components
ILF Ltd supports automotive and specialist vehicle supply chains with copper, aluminium and manufactured metal components for demanding technical applications.
Our team can help with copper and aluminium busbars, flexible connectors, laminated connectors, extrusions, machined parts and finishing services.
Automotive projects often need materials that balance conductivity, weight, strength, corrosion resistance and manufacturing accuracy. ILF can support these requirements through practical material advice and in-house production capability.
What Metals are Used in Automotive Applications?
Automotive applications use different metals depending on performance, weight and electrical requirements.
Copper is widely used where electrical conductivity, thermal performance and reliable current transfer are important. Aluminium is commonly used where low weight, strength and corrosion resistance matter.
Brass, bronze and stainless steel can also support specialist fittings, machined parts and engineered components.
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Why Choose ILF for Automotive Metal Supply?
Copper bars are used in many industries because they are good at conducting electricity, handling heat, and not rusting. Our flat bars are a good choice for your next project because of the following:
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Lightweight Materials
Aluminium products and extrusions can support applications where weight reduction and strength-to-weight ratio are important.
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Electrical Performance
Copper busbars, flexible busbars and laminated connectors can support reliable current transfer in vehicle electrical systems.
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Precision Manufacture
Components can be cut, punched, bent, machined, plated and finished to suit drawings or specifications.
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Material Support
We can advise on copper, aluminium, brass, bronze and stainless steel options based on the application.
Flat Bar Sizes
| Thickness | Width | Temper | Length |
|---|---|---|---|
| 12mm | 12mm - 200mm | S, HH, H | Up to 6000mm |
| 10mm | 10mm - 250mm | S, HH, H | Up to 6000mm |
| 8mm | 20mm - 250mm | S, HH, H | Up to 6000mm |
| 6mm | 6mm - 250mm | S, HH, H | Up to 6000mm |
| 5mm | 10mm - 250mm | S, HH, H | Up to 6000mm |
| 3mm | 10mm - 250mm | S, HH, H | Up to 6000mm |
Available Grades
| British Standard (BS) | Other Designations | Nominal Composition |
|---|---|---|
| C101 | CW004A,C110,Cu-ETP | Cu 99.90% min |
| C103 | CW008A,C10200,Cu-OF | Cu 99.95% min |
| C109 | CW118C,C14500,CuTe | Cu 99%, Te 0.5% |
| C111 | CW114C,C14700,CuSP | Cu Rem, S 0.2%, Ph 0.003% |
Automotive Components Built Around Your Requirements
Electric Vehicle Systems
Copper and aluminium busbars can support battery, charging and power distribution requirements.
Lightweight Design
Aluminium materials and extrusions can help reduce weight across vehicle components and assemblies.
Advanced Manufacturing
ILF can support cutting, punching, bending, CNC machining, plating and finishing for suitable components.
Reliable Supply
We support one-off requirements, prototypes and repeat production for automotive and specialist transport projects.
Automotive Metal FAQs
ILF can support copper busbars, aluminium busbars, flexible busbars, laminated connectors, extrusions, machined parts and specialist metal components.
We can support copper, aluminium, brass, bronze and stainless steel requirements, depending on the application and specification.
Yes. We can work from drawings, samples, dimensions and technical specifications.
Yes. We can support busbars, connectors and metal components used in vehicle power distribution and electrical systems.
Copper is used because it offers strong electrical conductivity, thermal performance and reliable current transfer.
Aluminium is used where low weight, corrosion resistance and strength-to-weight ratio are important.
Yes. Plating and finishing options can be supported where required for conductivity, solderability, corrosion resistance or surface protection.
Yes. Our team can review your specification, drawing or application details and advise on suitable material and production options.