The global textile machinery sector is preparing for one of its most significant gatherings as Heberlein, the Swiss-based pioneer in air interlacing and air texturing technology, announces its strategic participation in the ITM 2026 exhibition in Istanbul. In a move that underscores the critical importance of the Turkish market, Heberlein will showcase its latest innovations in collaboration with its long-term local representative, Bozok Mümessillik Makina Kimya San. ve Tic. A.Ş. This partnership, which combines centuries of Swiss engineering precision with deep-rooted Turkish market expertise, aims to address the escalating demands of synthetic filament yarn producers for higher efficiency, reduced energy consumption, and superior yarn quality.
The upcoming ITM 2026 exhibition, scheduled to take place from June 9 to 13 at the Tüyap Fair Convention and Congress Center, serves as a vital platform for this collaboration. Positioned in Hall 7, Booth 708A, Heberlein and Bozok will present a portfolio designed to meet the rigorous standards of a Turkish textile industry that is increasingly pivoting toward high-performance, export-grade manufacturing. As Türkiye continues to solidify its position as the primary textile bridge between Europe and Asia, the integration of advanced components like Heberlein’s air jets has become a prerequisite for maintaining international competitiveness.
The Strategic Importance of the Turkish Textile Landscape
Türkiye’s textile and garment sector remains a cornerstone of the national economy, contributing significantly to the country’s GDP and total export volume. As one of the world’s top five textile exporters, the nation operates as a sophisticated hub for synthetic filament yarn production. The industry’s resilience is rooted in its ability to adapt to global trends, particularly the shift toward sustainability and high-tenacity industrial yarns.
Turkish producers are currently facing a dual challenge: the need to reduce operational costs—specifically energy expenses—and the requirement to meet the stringent quality standards of European and North American buyers. In this environment, the efficiency of air interlacing and texturing processes becomes paramount. Compressed air is one of the most expensive utilities in a textile plant; therefore, any technology that can maintain yarn integrity while reducing air consumption offers a direct boost to a manufacturer’s bottom line.
Heberlein’s presence in Wattwil, Switzerland, where it operates a state-of-the-art textile laboratory, allows it to develop solutions that anticipate these market shifts. By partnering with Bozok in Istanbul, Heberlein ensures that these Swiss-engineered innovations are not just sold as products, but are integrated as tailored solutions that account for local production conditions, yarn varieties, and economic variables.
Technological Innovation: The APe Series and PolyJet-TG-3
At the heart of the ITM 2026 showcase will be the APe series of air interlacing jets. These components represent a significant leap in energy-efficient design. According to technical data from Heberlein, the APe series can reduce compressed air consumption by up to 15% without compromising the number of interlacing knots or the stability of the yarn. For Draw Textured Yarn (DTY) producers, where air consumption is a major overhead, this 15% reduction translates into substantial annual energy savings and a reduced carbon footprint.
During the exhibition, experts from both Heberlein and Bozok will be available to provide individualized calculations for potential clients. These assessments will demonstrate how the APe series can be integrated into existing production lines to optimize the balance between air pressure and knot density.
In addition to energy efficiency, Heberlein will highlight the PolyJet-TG-3, a new generation of high-performance air interlacing jets specifically designed for spinning processes. The PolyJet-TG-3 is engineered to produce uniform interlacing density and heavy, reliable knots, which are essential for high-tenacity (HT) yarns. Technical specifications indicate that the PolyJet-TG-3 can achieve more than 12 knots per meter in yarns with densities of 1100f98dtex and 1670f98dtex.
The implications of this technology extend beyond the spinning floor. By ensuring uniform interlacing, the PolyJet-TG-3 reduces variations in tensile strength, elongation, and elasticity. This leads to improved unwinding behavior of the bobbins during subsequent processes such as weaving or knitting, thereby reducing machine downtime and material waste. For Turkish exporters focusing on industrial textiles, automotive fabrics, and high-strength technical yarns, such reliability is a critical differentiator.
A Synergy of Expertise: The Heberlein-Bozok Partnership
The success of Heberlein in Türkiye is inextricably linked to its relationship with Bozok Mümessillik Makina Kimya San. ve Tic. A.Ş. As the local representative, Bozok provides the essential "last mile" of service that transforms a hardware purchase into a long-term production advantage. Pelin Bozok, Sales Manager at Bozok, emphasizes that the partnership is built on a foundation of technical consultation and empirical evidence.
A cornerstone of their market strategy is the implementation of in-plant trials. Rather than relying solely on laboratory data, Bozok and Heberlein specialists work directly on the factory floors of Turkish producers. These trials allow for the real-world evaluation of:
- Interlacing density and knot stability across different yarn speeds.
- Yarn regularity and overall aesthetic quality.
- Optimization of air consumption based on specific compressor setups.
- Process efficiency improvements and waste reduction.
This hands-on approach has fostered a high level of trust within the Turkish textile community. By allowing producers to see the measurable impact of Heberlein jets on their own machinery and with their own raw materials, the partnership mitigates the risks associated with technological upgrades.
Levent Umut, Sales Manager at Bozok, noted that Turkish customers are particularly discerning when it comes to performance and reliability. "Turkish customers value performance, reliability, and measurable production improvements," Umut stated. "With Heberlein technology, we are able to deliver exactly that. We look forward to welcoming customers and partners at ITM 2026 in Istanbul."
Chronology of Development and Event Timeline
The path to ITM 2026 is marked by a consistent timeline of research, development, and market engagement.
- 2023-2024: Heberlein intensified its R&D efforts at the Wattwil laboratory, focusing on the aerodynamics of air jets to find the "sweet spot" between air velocity and energy expenditure. This period saw the refinement of the APe series.
- 2025: Initial field tests of the PolyJet-TG-3 were conducted with select high-tenacity yarn producers in Europe and Türkiye, establishing the benchmark of 12+ knots per meter for heavy dtex yarns.
- April 2026: Heberlein and Bozok officially announce their joint participation in ITM 2026, signaling a renewed focus on the Turkish market’s recovery and growth.
- June 9–13, 2026: The ITM exhibition will take place. This event is expected to draw tens of thousands of visitors from across the Middle East, Central Asia, and Europe, providing a central hub for the textile trade.
- Post-June 2026: Following the exhibition, Heberlein and Bozok plan to roll out a series of technical workshops across Turkish textile hubs such as Bursa, Gaziantep, and Kahramanmaraş to implement the technologies showcased at the fair.
Industry Analysis: Sustainability as a Competitive Edge
The focus on air-saving technology at ITM 2026 is not merely a technical preference; it is a strategic response to the evolving regulatory landscape. The European Union’s "Strategy for Sustainable and Circular Textiles" and the potential implementation of carbon border adjustment mechanisms mean that Turkish exporters must lower the carbon intensity of their products to maintain their preferred status in the EU market.
Heberlein’s innovations align perfectly with these green mandates. By reducing the energy required for yarn processing, manufacturers can lower their Scope 2 emissions. Furthermore, the longevity and "long service life" of Heberlein’s ceramic and metallic components contribute to a reduction in industrial waste, as these high-precision parts require less frequent replacement than lower-quality alternatives.
From a market perspective, the move toward high-tenacity yarns (supported by the PolyJet-TG-3) reflects a broader trend in the textile industry toward "Technical Textiles." As traditional apparel faces stiff competition from low-cost regions, Turkish manufacturers are increasingly moving into high-value segments like geotextiles, medical textiles, and automotive interiors. These sectors demand the exactness and consistency that Heberlein’s air interlacing technology provides.
Conclusion and Outlook
As the textile industry moves toward a more automated and sustainable future, the collaboration between Heberlein and Bozok serves as a model for how technology providers and local experts can drive regional progress. The upcoming ITM 2026 exhibition in Istanbul will be more than just a product display; it will be a demonstration of how precision engineering can solve the modern challenges of energy costs and quality demands.
For the Turkish filament yarn producer, the message is clear: the path to global competitiveness lies in the adoption of technologies that offer measurable improvements in efficiency and quality. With the APe series and the PolyJet-TG-3, Heberlein and Bozok are positioned to lead this transformation, ensuring that Türkiye remains at the forefront of the global synthetic yarn industry for years to come. Visitors to Hall 7, Booth 708A in June 2026 will witness firsthand the components that will define the next generation of textile manufacturing.
