REVOLUTIONISE YOUR WARDROBE

EMBRACE SUSTAINABLE FASHION, REDUCE CARBON FOOTPRINT

This breakthrough approach enables consumers to enjoy extended wear of garments treated with ANAB-TEX, significantly reducing the frequency of laundering. By minimizing the need for excessive washing, ANAB-TEX helps maintain the integrity of the fibers and prevents product degradation. Moreover, it presents consumers with an accessible solution to embrace the growing demand and trend of sustainable fashion whereby reducing carbon footprint. Studies have shown that reducing laundry by just three months can significantly reduce carbon, water, and waste footprints by 5-10%.

SAFE FOR HUMANS & THE ENVIRONMENT

ANAB-TEX, our exceptional textile solution, is highly durable and does not include nanosilver particles that can leach out of fabrics during manufacturing and laundering. Unlike nanosilver particles, which can create harmful conditions for aquatic life, city drinking water, wastewater treatment plants, and even the fertilizers derived from wastewater, ANAB-TEX utilizes zinc, a naturally occurring element that is environmentally safe. Furthermore, zinc poses no harm when ingested by humans, ensuring a sustainable and responsible approach to textile production.

RESILIENT AGAINST HEAT WAVES

UV Protection — ANAB-TEXTM incorporates UV protection properties, providing effective blocking of UVA and UVB rays in the range of 290-400nm. This helps protect the skin from the harmful effects of the sun during extreme weather conditions like heat waves.

AFFORDABLE SUSTAINABILITY

Enjoy cost-effective solutions without compromising quality. ANAB-TEXTM offers economical

textile technology designed for essential applications, eliminating the need for premium and expensive alternatives. By reducing laundry frequency, ANAB-TEXTM promotes eco-friendliness, conserving water and reducing carbon, water, and waste footprints by 5-10%. With 100% natural and sustainably sourced anti-microbial compounds, ANAB-TEXTM ensures a sustainable approach with minimal environmental impact.