Sportswear application

Long-lasting comfort stretch

XLANCE® features an innovative gentle stretch power, completely different from the typical high stretch power of spandex. The force required to stretch XLANCE® is much lower than the one to be applied to spandex. This accounts for the unique comfort stretch feeling of XLANCE® shaping fabrics.

Industrial laundry resistant

XLANCE® is suitable for the production of elastic workwear garments because it is extremely resistant to washing processes performed in industrial laundries. Indeed the recovery power of workwear fabrics with XLANCE® remains consistent after 50 industrial laundry cycles (ISO 15797 – 75°C wash and 155°C tunnel drying).

Long-lasting performance fit

XLANCE® is suitable for the production of elastic workwear garments because it is extremely resistant to washing processes performed in industrial laundries. Indeed the recovery power of workwear fabrics with XLANCE® remains consistent after 50 industrial laundry cycles (ISO 15797 – 75°C wash and 155°C tunnel drying).

Chlorine proof

XLANCE® is extraordinarily resistant to chlorine thanks to its capacity to resist oxidative degradation. Upon exposure to swimming pool conditions, it retains its physical properties for hundreds of hours.

Low microplastics release

XLANCE® has no tendency for fragmentation and microfiber shedding, not even after exposure to harsh agents, weathering or ageing, thanks to its extreme chemical/physical resistance.

XLANCE® can be applied to several different sectors, and we are ready to cooperate with your R&D department to develop a custom-made elastic technology suitable for any kind of product. Together, we can develop the next new thing.

XLANCE® is a cross-linked polyolefin-based elastic yarn. Thanks to its unique combination of polyolefin backbone and chemical cross-links it affords a comfort elasticity together with superior thermal and chemical resistance.

THERMAL RESISTANCE
XLANCE® can withstand temperatures up to 220°C, without compromising its stretch performances.

CHEMICAL RESISTANCE
XLANCE® is extremely resistant to any aggressive chemicals, such as alkalis, acids, oxidizing agents (like Chlorine) and enzyme wash conditions.

UV RESISTANCE
XLANCE® features maximum resistance to UV rays.

LOW TEMPERATURE HEAT SETTING
Guarantees 100% heat set efficiency starting from 130° C, which means energy saving and less CO2 emissions!

Long-lasting comfort stretch

XLANCE® features an innovative gentle stretch power, completely different from the typical high stretch power of spandex. The force required to stretch XLANCE® is much lower than the one to be applied to spandex. This accounts for the unique comfort stretch feeling of XLANCE® shaping fabrics.

Industrial laundry resistant

XLANCE® is suitable for the production of elastic workwear garments because it is extremely resistant to washing processes performed in industrial laundries. Indeed the recovery power of workwear fabrics with XLANCE® remains consistent after 50 industrial laundry cycles (ISO 15797 – 75°C wash and 155°C tunnel drying).

Long-lasting performance fit

XLANCE® is suitable for the production of elastic workwear garments because it is extremely resistant to washing processes performed in industrial laundries. Indeed the recovery power of workwear fabrics with XLANCE® remains consistent after 50 industrial laundry cycles (ISO 15797 – 75°C wash and 155°C tunnel drying).

Chlorine proof

XLANCE® is extraordinarily resistant to chlorine thanks to its capacity to resist oxidative degradation. Upon exposure to swimming pool conditions, it retains its physical properties for hundreds of hours.

Low microplastics release

XLANCE® has no tendency for fragmentation and microfiber shedding, not even after exposure to harsh agents, weathering or ageing, thanks to its extreme chemical/physical resistance.

XLANCE® can be applied to several different sectors, and we are ready to cooperate with your R&D department to develop a custom-made elastic technology suitable for any kind of product. Together, we can develop the next new thing.