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Thies Textilmaschinen will be highlighting its latest range of machines for the processing and treatment of technical textiles at Techtexil 2013, 11 – 13 June, on its stand number H75, Hall 3. The range is used to produce a wide variety of yarn, fibres, nonwovens and fabrics suitable for technical textile applications including, for example, Aramide; used in security wear and top-end, bullet-proof automobiles.
eco-bloc yarn dyeing
Thies eco bloc yarn dyeing machines can be used to produce yarns and fibres; guaranteeing an even dye distribution and targeted colour fastness whilst addressing important factors of operating costs and environmental impact. This technology is used in the production of medical cotton. eco bloc yarn machines can also be used to process sewing threads for all other technical textiles applications including sun screens, tent materials or sunshades.
HT- Jigger
The Thies HT – Jigger is used for dyeing fabrics, nonwovens or space fabrics. Suitable to process TEXTILES at temperatures up to 143ºC, the Jigger is recommended for the treatment of crease sensitive, permeable and non permeable fabrics; to offer optimum flexibility for finishing of all modern fibres. The Jigger offers stepless tension and material speed control with an economical dye trough. It has been designed to offer uniform dyeing in short liquor ratios. A key application is the automotive sector with, for example, treatment of filter materials and vehicle interiors.
iMaster H2O dyeing machines
For applications where water consumption is an important consideration, together with other possible energy savings including steam, electricity plus chemicals and dyestuffs, the recently introduced iMaster H20 dyeing machine is already proving successful with, for example, several automotive fabric producers. Significant savings in water consumption are achieved with reduced liquor ratios as low as 1.35 or less. The system features a transport winch inside the kier, allowing cotton, synthetic fibres and their blends, and including articles with a high elastane content, to be processed with significantly reduced elongation; resulting in fabrics with an improved stability whilst offering flexibility in the processing of a wide range of products .
