Suspension Springs and Coil Springs
Force Technology focuses on technical excellence, aiming to be one of Europe’s most technically advanced and innovative heavy duty suspension spring and coil spring manufacturers.
Our years of design and development experience allow us to optimise damping and give superior performance. Our advanced spring manufacturing processes ensure the minimum relaxation properties in wire diameters up to 14mm wire diameter.
Our team has been designing and manufacturing precison springs for some of the world’s most demanding Motorsport applications for over two decades. We have worked with wide ranging Autosport spring applications,
Why fit your high-speed application with an off the shelf stock spring when we can design the bespoke engine valve spring solution optimised to your needs?
We work with many Original Equipment manufacturers, supplying suspension springs including front fork springs for some of the world’s fastest motorcycles. Our suspension springs are also used by championship winning race teams.
All the parts are manufactured on site at the factory in Blackpool in the north west of England and parts are delivered globally.
We use the world’s best materials including suspension and valve quality grades of silicon chrome alloys with the addition of vanadium, nickel and molybdenum for high tensile and ultra-high tensile. Valve grade materials are available in superclean, eddy current tested and shaved options.
All parts are processed with very close attention to detail and to ensure the optimum in surface residual stress. All our valve springs are shot peening to the highest standards and we can offer nitriding for the ultimate in performance and high fatigue.
Heavy Duty Front & Rear Suspension Springs for:
- Motorcycle Suspension
- Motorsport Suspension
- Passenger Car Suspension
- Commercial Vehicle Suspension
- Classic & Specialist Vehicle Suspension
Our technical team continues to develop advanced engineering solutions to ensure all our heavy duty suspension springs have:
- maximised spring force in reduced space envelope
- optimised surface residual stresses for improved spring performance
- effective coatings for longer corrosion proofing
- reduced spring stresses for longer fatigue life
- improved tolerances and batch repeatability for better consistency