As Vietnam’s textile and garment sector targets an ambitious export turnover of $48 billion for 2026, global specialty chemical leader Archroma has officially marked its debut at SaigonTex 2026 in Ho Chi Minh City. This move comes at a critical juncture for the Vietnamese industry, which is grappling with rising operational costs and a 95 per cent dependency on imported fibers. By showcasing its ‘Super Systems+’ suite - a range of end-use focused technologies designed for resource savings - Archroma is positioning itself as a key enabler for local mills seeking to offset wage inflation through process efficiency. Industry data indicates, green upgrades are no longer elective, as major export destinations like the EU and US tighten sustainability mandates through frameworks like the Digital Product Passport.
Scaling circularity with bio-waste and traceable dyes
A focal point of the showcase is the integration of EarthColors, a patented technology that synthesizes high-performance dyes from non-edible agricultural waste. In a market where 60 per cent of fabrics used in exports are foreign-made, Archroma’s introduction of fully traceable, biosynthetic solutions offers Vietnamese manufacturers a distinct competitive advantage in the high-value ‘technical’ textile segment. Vietnam is a key growth market, and we are committed to supporting the industry to be more efficient and future-ready, states Amy Chen, Vice President -Southeast Asia, Archroma. The adoption of such circular chemistry is expected to help local producers navigate the complex ‘China+1’ sourcing shifts, providing the transparency and durability required by global brands like Adidas.
Headquartered in Switzerland, Archroma is a global leader in sustainable specialty chemicals, operating across 42 countries with 30 production sites. The company provides advanced coloration and performance solutions for the textile, packaging, and paper markets. Focused on rapid expansion in Southeast Asia, Archroma maintains an EcoVadis Gold rating and continues to lead the shift toward cleaner, resource-efficient textile manufacturing.
