© Issey Sunshade System, 2021
We pride ourselves on the quality of our products, all of which are designed to ensure longevity
Skylights and large outdoor structures can be beautiful architectural features that create an abundance of natural light. Unfortunately they also allow the sun’s heat, glare and harmful UV rays to infiltrate, bringing hot interiors, visual discomfort and faded furnishings. The Issey Fabric Tension System is a savvy dual-motor system for efficient, contemporary shading of skylights or large outdoor structures.
✓ Dual-motor system for retracting and extending
May be integrated with gutters and downpipes to manage rain water
✓ UV resistant fabric choices
Custom graphics available
✓ Shopping centres
✓ Glass structures
✓ Stairwell atriums
✓ Function rooms
✓ Automatic Sensors & Remote
✓ Building Management System (BMS)
A range of practical optional weather sensor makes the motorised FTS easy to operate conveniently while extending its lifetime when fitted with sun, wind and rain sensor
Trendsetting long-lasting colours that take your breath away. Issey fabrics stay looking attractive as the high quality pigments are already embedded into basic fabrics. A wide selection of colours and patterns are available with outstanding durability and colour fastness. Screen fabric is best suited for the FTS, as the see-through fabric allows for views to be maintained and for reduced light to still come through. The screen fabric provides sunblock out ranges from 86% to 96%. The acrylic fabric provides sunblock out of up to 99.5% and creates shade. Both screen and acrylic fabrics provide heat, glare and UV protection. They are directly influenced by the colour of the fabric. The screen fabric is also rot proof, fungi proof and prevents dirt from building up. The fabric comes in a large range of plain and designer stripes.
A vast range of cutting edge powder coating and anodising colours available. For optimum performance and perfect match with its surrounding architecture, all powder coating and anodising is done locally.