BW Converting expands Southeast Asian presence with new agency partners
BW Converting is strengthening its presence in Southeast Asia through new agency partnerships in Vietnam and Indonesia, reinforcing the company’s commitment to supporting textile manufacturers across the region.
BW Converting offers machinery for manufacturing textiles, such as Baldwin TexCoat G4 precision spray finishing system.
In Vietnam, BW Converting has partnered with Peja Vietnam, a long-established representative organization with offices in Ho Chi Minh City and Hanoi. Founded in 1992, Peja Vietnam has built a strong reputation in machinery sales, technical support and project management across the textile sector.
In Indonesia, BW Converting has appointed NUTEK, a Jakarta-based organization founded in 2015 by experienced textile technology specialists. NUTEK focuses on sales, service, installations, start-ups and after-sales technical support across Indonesia and the broader Southeast Asia region.
Together, these partnerships strengthen BW Converting’s regional footprint as textile production continues shifting across Asia and manufacturers invest in advanced processing technologies.
“With experienced local partners in Vietnam and Indonesia, we are well positioned to support customers as they implement advanced finishing technologies and build on the strong momentum we are seeing for precision spray systems in other Asian markets,” said Simone Morellini, Sales Manager, BW Converting Textile Solutions, EMEA Region, Indonesia and Vietnam.
The expansion comes as BW Converting prepares to exhibit at SaigonTex 2026 (April 8-11, Saigon Exhibition and Convention Center, Ho Chi Minh City, Vietnam) and INDO INTERTEX 2026 (April 15-18, Jakarta International Expo, Indonesia).
At both SaigonTex and INDO INTERTEX, BW Converting will highlight the company's Baldwin TexCoat G4 precision spray finishing system, which has gained strong traction across Asia for its ability to reduce water, energy and chemical consumption while delivering uniform chemical application and improved process control.
