A superior example of a modern strengthening material

Our products are a superior example of a modern strengthening material made up of hyper performance fibers secured and encased in a polymeric sheath. Hyper Fibers products are customised for a variety of demanding engineering sectors, from construction to off-shore, from military to agriculture, with unlimited applications.

About us

Hyper Fibers is a new and innovative Italian company focused on development, manufacture and sales of a range of engineering materials used across the world for many purposes. The core of our products is our very own HFW webbing strip.


The basic technology of the business is extrusion of synthetic shears around high tenacity textile cores. The basic product so produced is of flat webbing configuration.


HFW is the ideal synthetic alternative to steel reinforcement and strips, due to its excellent chemical stability and its low creep performance.

Main Applications

Hyper Performance

The textile type and content determines the major physical performance of the products in terms of strength, extension, modulus etc., whilst the polymeric sheet provides physical and chemical protection to external environments that pose a threat to product performance and durability.

Customised Technical

Our webbing strips are predominantly manufactured to unique customer specifications with the most common technical and performance characteristics being:

Our wide range of webbing products are manufactured in widths of up to 300mm from a variety of yarns that are from natural or high performance synthetic fibres. The type of fibre chosen may depend on its application as well as customer requirements.

Italian Made

Bespoke Production

Variations in strength, width, physical properties and durability can all be met. Combinations of fibre and sheath types can be varied to meet individual project specifications.


HFW strips are generally supplied in bobbins but composite products on a roll or panel are also possible. HFW is then combined and evenly spaced to create a two-dimensional structures of non standard strengths, widths and lengths to suit specific applications.

Contact Us

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