ENGINEERED WEAVE STUDYHigh-tenacity textiles
Woven constructions developed where elevated mechanical performance, durability and structural reliability are required.
A selected view of woven fabric families, narrow textiles and warp-knitted structures manufactured for protective, uniform, equipment and industrial applications.
ENGINEERED WEAVE STUDYWoven constructions developed where elevated mechanical performance, durability and structural reliability are required.
TWILL CONSTRUCTION STUDYHigh-performance woven constructions for applications requiring strength-to-weight efficiency and dimensional stability.
ENGINEERED WEAVE STUDYDurable woven nylon constructions manufactured for technical, equipment and specialist industrial end uses.
TWILL CONSTRUCTION STUDYPolyester, poly-cotton and poly-viscose woven fabrics for uniform, workwear and related performance applications.
3D TEXTILE STRUCTURE STUDYWarp-knitted three-dimensional spacer structures for controlled spacing, airflow, cushioning, compression and recovery requirements.
OPEN MESH STRUCTURE STUDYSelected warp-knitted mesh structures for ventilation, separation, weight reduction and equipment applications.
TWILL CONSTRUCTION STUDYSpecialist woven constructions for applications where thermal stability and heat or flame-related behaviour are important.
RIPSTOP CONSTRUCTION STUDYReinforced architectures developed to resist the propagation of tears after localised damage.
REINFORCED CONSTRUCTION STUDYDurable materials for integration into load-carriage, equipment and other demanding product systems.
NARROW TEXTILE STUDYNarrow textile constructions developed for load carriage, fastening, reinforcement and specialist component use.
WEBBING STRUCTURE STUDYWoven webbing and elastic components for equipment, protective, uniform and industrial product systems.
TEXTILE COMPONENT STUDYTextile constructions developed for incorporation into protective garments, equipment and systems.
TECHNICAL TEXTILE STUDYMaterials engineered around the mechanical, dimensional or environmental demands of specialist applications.
CUSTOM CONSTRUCTION STUDYCustomer-specific constructions developed around defined technical, application and manufacturing requirements.
Illustrative textile studies. Fibre system, architecture, specification, availability and suitability are confirmed for each requirement.
Performance before appearance.
TTW considers the relationship between fibre, yarn, textile architecture and end-use requirements. The relevant criteria vary by project and may include:
Proprietary constructions, manufacturing parameters, customer developments and commercial information are disclosed only where appropriate.
Share the application and required material behaviour with TTW.