Knitwear
Engineered knit structures with controlled stretch, breathability and recovery.
stretch · recoveryEKSTRA STAR designs advanced textiles from the fibre up — knitwear, ropes, technical and industrial fabrics built for performance the next generation will demand.
Fabric is not flat. It is a structure — a lattice of fibres we tune for strength, stretch and heat, long before it becomes a thread you can hold.
Engineered knit structures with controlled stretch, breathability and recovery.
stretch · recoveryWoven and non-woven base fabrics blended for weight, hand-feel and durability.
woven · non-wovenHigh-tenacity braided and twisted ropes rated for load, abrasion and weather.
high-tenacityFunction-first fabrics — water-resistant, flame-retardant, conductive or coated.
functional finishesHeavy-duty fabrics for filtration, reinforcement and protective applications.
heavy-dutyCustom fibre blends and smart structures engineered to your specification.
made to specEvery property of a fabric is decided at the structural level — fibre choice, twist, density and finish. We model and test each one before a single metre is produced.
Natural, synthetic and blended fibres matched to the job.
Knit and weave geometry simulated for strength and stretch.
Functional finishes added without losing hand-feel.
Tensile, abrasion and thermal tests, documented per batch.
Performance knitwear with engineered stretch and breathability.
High-tenacity ropes that resist load, salt and UV.
Technical fabrics for filters, belts and reinforcement.
Flame-retardant and abrasion-resistant protective textiles.
Geotextiles and reinforcement meshes for the built environment.
Conductive and responsive structures for next-gen products.
Performance targets and use-case captured as a material brief.
Fibre, structure and finish designed and simulated.
Sample runs knitted, woven or braided for testing.
Lab-tested against spec, with a data sheet per material.
Scaled to volume with batch-level quality control.
Tell us the performance you need — load, stretch, temperature, environment. Our engineers will propose a fibre and structure to match.