#Spinning

2024-03-21

Oerlikon – total solutions for the Vietnamese textile industry

At SaigonTex from April 10 to 13, 2024 in Ho Chi Minh City, Vietnam, the Oerlikon Business Unit Manmade Fibers Solutions will be presenting complete solutions from a single source. At the Saigon Exhibition and Convention Center, the machine manufacturer's experts will be providing information about their sustainable machine and system technologies at the Illies Engineering Vietnam Co., Ltd. representative stand in Hall A, Stand 1J-01.

Oerlikon Polymer Processing Solutions presents sustainable solutions at SaigonTex

Trade visitors will be able to get an overview of complete solutions that include everything from polycondensation systems to textured yarn and digital solutions. The supply of all process steps from a single source promises coordinated technology, the design of which ensures the high quality of the yarn produced. Sustainability is another focus of information. Oerlikon Polymer Processing Solutions and partners such as Oerlikon Barmag Huitong Engineering (OBHE) will be presenting concrete concepts for topics such as mechanical and chemical technologies for recycling bottles, as well as textiles, biopolymers and the circular economy. The company has been offering innovative solutions for the textile industry for 20 years with its sustainability label e-save.

The technology creates a high surface area and, together with the precisely defined residence time, provides more options for influencing the melt.

EvoSteam – sustainable production of staple fibers

The EvoSteam process from Oerlikon Neumag is the future for more sustainable staple fiber production. It offers impressive savings in energy, water and raw material consumption, as well as a reduction in operating costs (OPEX) and the CO2 footprint - while at the same time providing excellent fiber quality for downstream processes and high production volumes.

The revolutionary new Oerlikon Neumag EvoSteam staple fiber process is now bluesign® certified.

DTY yarns – uncompromising quality and maximum flexibility

Clothing, home textiles, automotive - there are countless applications for textured yarns. Oerlikon Barmag offers a wide range of different DTY machine configurations for the efficient and sustainable production of high-quality textured yarns made of various polymers, from polyester and polyamide to polypropylene, PLA and PTT. With sophisticated components, know-how and proven technology, the modular DTY machines - whether manual or automatic - produce textured yarns for excellent further processing in downstream processes at optimum OPEX costs.

Recycling is the future

OBHE's homogenizing technology stands for the mechanical recycling of processed polyester waste such as post-industrial waste (popcorn), bottle flakes and film. The Oerlikon Barmag homogenizer ensures a homogeneous melt, influences the viscosity increase and thus makes it possible to produce defined rPET pre-products for further processing, such as melt, pellets or fiber material for direct spinning. The first plants have already been successfully commissioned worldwide.

Barmag showcases pump solutions for demanding PU applications at PU China 2026

At PU China, taking place November 3–5, 2026, at the Shanghai World Expo Exhibition Center in Shanghai, Barmag’s Pumps Division will present high-performance metering solutions for the processing of polyurethane systems (Hall 1, Booth 135). The focus is on high-precision gear metering pumps that enable the exact delivery of PUR components as well as other high-viscosity and reactive media. With their high metering accuracy, they help reduce material consumption, stabilize processes, and ensure consistently high product quality.

Barmag presents metering pump solutions at ASE China

From September 15 to 17, 2026, Barmag’s Pumps Division will present its solutions for the precise delivery and metering of adhesives, sealants, and other high-viscosity media at ASE China at the Shanghai New International Expo Centre. The focus of the exhibition will be on high-precision gear metering pumps that help plant managers sustainably optimize material usage, process stability, and product quality. (Booth E4235).

Trützschler to showcase innovations in spinning preparation and nonwovens at ITMA Asia 2026

From November 20 to 24, 2026, the Trützschler Group will present its latest fiber processing technologies at ITMA Asia in Shanghai, China. At Hall 5.1, Booth D20, the company will showcase solutions designed to increase productivity, simplify operations and improve efficiency across spinning preparation and nonwoven production. Key highlights include the automated can transport system T-CAN, the next-generation card TC 30, innovative card clothing solutions such as STEELTOP and SUPERFLOW, as well as advanced nonwoven technologies for hygiene, wipes and filtration applications.

FET highlights advances in fibre spinning technology at Dornbirn Global Fiber Congress

Fibre Extrusion Technology Limited (FET) presented its latest developments in fibre spinning technology at the Dornbirn Global Fiber Congress in Austria in September 2026. In a presentation entitled “Spinning a good yarn”, Dr Jonny Hunter examined recent technological developments and challenges facing the fibre industry, highlighting the company's expanding range of specialised fibre extrusion and spinning systems.

Barmag to showcase next-generation spinning technologies and smart factory solutions at India ITME 2026

The textile industry is entering a groundbreaking era. Manufacturers face rising energy prices, growing sustainability demands, increasing labor shortages, and an unprecedented need for flexibility. For a globally active textile industry, where competitiveness is closely linked to production efficiency and cost leadership, this means that technology is no longer merely a means of improving operational processes – it is increasingly becoming a strategic differentiator. Against this backdrop, Barmag will present a innovation portfolio at India ITME that goes far beyond incremental machine upgrades.