Metal Spinning for Automotive Applications

At Tanfield Metal Spinners, we produce high-quality, precision-engineered components for the automotive sector. Our expertise in automotive metal spinning ensures we deliver parts that meet the industry’s demands for durability, strength, and performance. Whether for car metal spinning or commercial vehicle applications, we work with leading materials and advanced processes to provide reliable, cost-effective solutions.
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Industry Expertise

With decades of experience in metal spinning for automotive, we manufacture components designed to withstand the stresses and conditions of the modern automotive industry. From lightweight materials for fuel efficiency to high-strength parts for performance and safety, our tailored solutions support a range of applications. By combining cutting-edge CNC spinning technology with skilled craftsmanship, we produce components that deliver consistent quality, helping automotive manufacturers meet exacting standards.

Automotive Metal Products

Tanfield Metal Spinners manufactures components that are essential to automotive systems, ensuring they are strong, reliable, and fit for purpose.

Products We Manufacture:

  • Wheel rims and hub components
  • Pressure vessel parts
  • Guide tubes for exhaust systems
  • Shock absorber bodies and suspension components
  • Custom metal components for vehicle systems

We specialise in working with materials like steel, stainless steel, and aluminium alloys, offering parts that combine strength with lightweight properties to enhance performance and fuel efficiency.

Capabilities Used to Deliver Automotive Metal Spinning

At Tanfield, we utilise our expertise to match metal spinning for automotive projects with the best techniques and materials. Our team advises on processes such as CNC spinning, swaging, and laser cutting to ensure precision and performance. 

We understand the automotive sector’s need for components that are durable, wear-resistant, and cost-effective. By offering a range of metal grades and finishes, including polishing and anodising, we produce parts that excel in high-stress environments while delivering long-term reliability. 

For example, aluminium alloys are ideal for lightweight shock absorbers, while stainless steel is used to create robust exhaust system components. Whatever the requirements, our capabilities ensure products that meet the demands of modern automotive engineering. 

Our metal spinning processes accommodate a variety of materials to meet automotive performance and design requirements: 

Steel
Stainless Steel
Aluminium
Copper
Titanium

Top things we get asked

Tanfield produces wheel rims, hub components, pressure vessel parts, guide tubes for exhaust systems, shock absorber bodies, suspension components, and other custom metal components for vehicles.

We work with steel, stainless steel, aluminium, and copper to balance strength, durability, and lightweight properties for automotive applications.

Yes. We can manufacture fully custom parts based on your specifications or drawings, tailored to meet the requirements of your automotive project.

Metal spinning allows for precise shaping and uniform material distribution, resulting in components that are stronger, lighter, and more durable, enhancing fuel efficiency and reliability.

Absolutely. Our metal spinning processes and material choices ensure components can withstand extreme forces, vibration, and wear common in automotive systems.

Yes. We integrate CNC spinning, swaging, laser cutting, fabrication, welding, and finishing services like polishing or anodising to produce high-performance automotive components.

Yes. Our experience spans car, commercial, and specialist vehicle applications, delivering components designed for safety, performance, and longevity.

We follow ISO9001 standards and rigorous quality control procedures, inspecting dimensions, tolerances, material integrity, and finishes to guarantee reliable performance.

Yes. We work with aluminium alloys and other lightweight metals to reduce component weight while maintaining structural integrity for fuel efficiency and performance.

Metal spinning produces high-strength, cost-effective, and precision-engineered parts with excellent repeatability, making it ideal for demanding automotive applications.

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