Torsion Bars - Product Information
Supreme Spring manufactures solid torsion bar components for conventional and specialised torsion applications from 15mm to 35mm in diameter.
Process Features Include:
- Spline or hex head design
- Milled teeth
- Precision straightness
- Pre-setting
- Shot Peening
- E-coat or powder coat finishing
- Colour powder coating if required
These are designed and manufactured for application on the front suspension of:
- Light trucks (Pick-Up Trucks)
- Cab tilt applications
- Customer Application: Nissan Hardbody / NP300, Mercedes: FUSO, GM: ISUZU KB, Toyota Hilux and Landcruiser
High-Quality Torsion Bars and Suspension Components for Automotive Applications
Supreme Spring is dedicated to producing high-quality torsion bars and suspension components for various automotive applications. Our torsion bars are meticulously crafted for durability and performance, meeting the demands of both light trucks and commercial vehicles. Leveraging advanced manufacturing processes, we create torsion bar solutions ideal for front suspension systems, providing stability and support for vehicles like the Nissan Hardbody (NP300), Toyota Hilux, Toyota Land Cruiser, Mercedes FUSO, and Isuzu KB.
Precision Engineering for Enhanced Durability and Strength
With precision engineering, including spline and hex head designs, shot peening for enhanced strength, and various protective finishes like e-coating and powder coating, our torsion bars deliver optimal performance in challenging conditions. Our specialised torsion bars cater to front suspension needs across a range of industries, ensuring reliability and strength in tilt cab and heavy-duty truck applications.
Customizable Torsion Bars for OEM and Aftermarket Needs
At Supreme Spring, we prioritize high-performance components for the automotive sector, making our products suitable for OEMs and aftermarket replacements. Our colour powder coating options and custom applications underscore our commitment to versatility, allowing customers to meet both aesthetic and functional requirements.
