A complete range of quality automotive fasteners, made to your specificationArconic Fastening Systems and Rings is a global manufacturer and provider of high-quality, reliable, high-performance automotive fasteners. With decades of providing both standard and highly specialized fasteners to automotive OEMs and tier suppliers we can support you in creating a securely fastened automotive product.
Arconic Fastening Systems and Rings comprises a selection of some of the most experienced and respected automotive fastener brands around including Huck, Recoil, Camloc, Simmonds, Snep and Marson.
From our standard product range we can supply self-locking nuts, bearing nuts, ¼ turn fasteners, high tensile latches, wire thread inserts, lockbolts and structural blind fasteners. Additionally, from decades of experience working closely with major automotive producers, Arconic Fastening Systems and Rings has the ability to develop specially engineered parts designed to meet your specific fastening needs.
Many of the top vehicles on the road utilize our fastening systems; from the engine components and suspension, to the seat and the chassis. We have experience with them all.
What We Offer• Safety and Quality go ‘hand in hand’
Every time a person drives their car, they want to feel their safety has been taken into consideration. The safety and performance of cars depend on the quality and performance of automotive fasteners which hold the car together. We provide you with quality fasteners for safety critical applications so you can build safe automotive components. Part of providing safe products is ensuring that they reach the highest quality standards. AFSR has established advanced quality systems and procedures to eliminate fastener defects. Full traceability is maintained at all times throughout the process with all relevant conformance documentation, reports and certificates of analysis available upon request.
• Our fasteners can help reduce the weight of your end product
AFSR fasteners can also help you directly reduce the weight of your end product. AFSR mechanical fasteners allow for the joining of differing materials, which welding does not allow for, such as aluminium and steel combinations. AFSR fasteners also typically have greater tensile strength and vibration resistance properties than standard fasteners which means that in some applications you can use fewer fasteners in your joints without performance loss. AFSR has also developed, and is currently expanding, a range of fasteners for joining composite materials to enable further lightweighting as material technology progresses.
• Specialization Capabilities
AFSR pride themselves on their engineering expertise which comes from a dedicated team and decades of experience. AFSR has an array of quality manufacturing machinery which ranges from advanced screw machining equipment and cold forging machinery to hot forging and heat treating stations. Not only our equipment but our experience as well means that we can manufacture virtually any type of fastener, forging or component no matter how large or small. Our teams of experts will work closely with you from design stage to production to ensure you get a product which
exactly matches your requirements.
• Automotive experience
AFSR has a wealth of experience of supplying to the automotive industry, both direct and through first-tier suppliers, spanning three decades. In addition to experienced teams and individuals who can help you integrate our product systems into your production, AFSR also offers a range of logistical and supply options which can be organised to support customer needs including KanBan requirements, Just-In-Time (JIT) manufacturing and consignment stock configurations.
- Decades of experience working with manufacturers in the automotive industry
- The ability to design and manufacture specialised products to customer specifications
- Fastening solutions designed to help the reduce the weight of your final product
- Quality assured solutions which can be used in safety critical applications
Arconic Fastening Systems and Rings