Home / Brückner to Showcase Sustainable Textile Technologies at ITMA ASIA 2026
Brückner to Showcase Sustainable Textile Technologies at ITMA ASIA 2026

Brückner to Showcase Sustainable Textile Technologies at ITMA ASIA 2026

The company will present advanced stenter technology, heat recovery systems and exhaust air purification solutions at Hall 8.1, Booth C46 in Shanghai.

Brückner will showcase its latest sustainable textile finishing technologies at ITMA ASIA 2026 in Shanghai. The company will highlight energy-efficient stenter technology, heat recovery systems and exhaust air purification solutions. These technologies aim to help textile manufacturers reduce energy consumption, lower emissions and improve production efficiency.

Brückner Focuses on Energy-Efficient Textile Finishing

Rising energy costs and stricter environmental requirements are putting pressure on textile manufacturers worldwide. At the same time, companies must remain competitive while improving their production processes.

To address these challenges, Brückner will present advanced textile finishing solutions at ITMA ASIA 2026. The German machinery manufacturer will demonstrate technologies designed to reduce energy use and environmental impact.

A key focus will be on its heat recovery and exhaust air purification systems. These solutions help manufacturers recover valuable energy from production processes. They also reduce overall energy demand and support compliance with environmental regulations.

As a result, textile finishers can lower operating costs while reducing their carbon emissions.

Heat Recovery and Air Purification Support Sustainable Production

Brückner’s heat recovery systems help reuse energy generated during textile finishing operations. This reduces the need for additional energy during production.

The company will also highlight its exhaust air purification technology. These systems help manufacturers manage emissions and meet environmental requirements.

Together, these solutions offer textile processors opportunities to improve resource efficiency. They can also support long-term cost savings and more sustainable manufacturing.

POWER-FRAME Stenter Improves Energy Efficiency

Brückner will also present its latest POWER-FRAME stenter technology at the exhibition.

The new generation of POWER-FRAME combines consistent processing quality with features designed to reduce energy consumption. Its advanced systems help manufacturers improve productivity while controlling operating costs.

Key features include:

  • Optimised airflow systems
  • Highly efficient burner technology
  • Intelligent control systems
  • Advanced automation solutions
  • Innovative energy-saving packages

These features help reduce energy consumption during textile finishing. In addition, they support consistent process quality and more efficient production.

Sustainability Becomes a Competitive Advantage

Brückner believes that sustainability is becoming an important factor in the competitiveness of textile manufacturers.

Alexander Mandel, Sales Director at Brückner, highlighted the role of advanced machinery in supporting this transition.

“Sustainability has long become a decisive competitive factor for many textile companies. With our technologies, we help our customers minimize energy consumption, reduce emissions, and future-proof their production operations,” explains Alexander Mandel.

Mandel will also attend ITMA ASIA 2026 in person. Visitors will have the opportunity to discuss the company’s technologies and learn more about the benefits of German engineering.

Visit Brückner at ITMA ASIA 2026

ITMA ASIA 2026 will provide an opportunity for textile manufacturers to explore practical solutions for sustainable production.

Visitors can learn how modern finishing technologies can improve both environmental performance and profitability. They can also discover applications for existing and new production facilities.

Brückner invites textile manufacturers and industry professionals to visit its exhibition stand and explore its latest machinery solutions.

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