Benninger
Trikoflex washing compartment (Source: Benninger)
Benninger has introduced novel advancements in fabric dyeing and singeing technology expanding its offer to the textile wet processing sector.
The latest addition to the portfolio of Benninger AG, Uzwil/Switzerland, is the FabricMaster, an innovative solution for discontinuous dyeing. The machine is characterized by speed, versatility and economic attributes, setting new performance benchmarks in the textile industry. Through its low water consumption levels and short process times, FabricMaster is the embodiment of green and efficient production.
Specifically, the company’s discontinuous dyeing technology has precise control of processes and chemical distribution (DDS, CDS, PDSD), setting new standards for shortened process times, and accuracy in maintaining the required batch sizes, weight and liquor ratio.
The SingeRay is Benninger's newly unveiled fabric singeing machine. It ensures an even quality outcome for dyed and finished fabric. The high-performance burner ensures a flame with high energy density over the complete width, for incomparable singeing effects. Its unique flame width setting allows finishers to work with even smaller fabric widths economically, saving energy. The SingeRay is made in Germany and certified by the German Technical and Scientific Association for Gas and Water (DVGW) to the highest safety standards.
Benninger’s commitment to sustainability and eco-efficiency is evident in its discontinuous dyeing technology. With precise control over processes and chemical distribution, these machines can help reduce water, steam, and chemical usage, in addition to minimizing textile waste. The carbon footprint of Benninger’s FabricMaster aims to set the sustainability benchmark for the textile industry.
Furthermore, the company's Knitline solutions have led to a significant reduction in operating costs in over 120 mills worldwide.
Resource efficiency is at the core of Benninger's approach. Consequently, textile finishing plants equipped with Benninger machines can look forward to high productivity with particularly low resource consumption.
The latest addition to the portfolio of Benninger AG, Uzwil/Switzerland, is the FabricMaster, an innovative solution for discontinuous dyeing. The machine is characterized by speed, versatility and economic attributes, setting new performance benchmarks in the textile industry. Through its low water consumption levels and short process times, FabricMaster is the embodiment of green and efficient production.
Specifically, the company’s discontinuous dyeing technology has precise control of processes and chemical distribution (DDS, CDS, PDSD), setting new standards for shortened process times, and accuracy in maintaining the required batch sizes, weight and liquor ratio.
The SingeRay is Benninger's newly unveiled fabric singeing machine. It ensures an even quality outcome for dyed and finished fabric. The high-performance burner ensures a flame with high energy density over the complete width, for incomparable singeing effects. Its unique flame width setting allows finishers to work with even smaller fabric widths economically, saving energy. The SingeRay is made in Germany and certified by the German Technical and Scientific Association for Gas and Water (DVGW) to the highest safety standards.
Benninger’s commitment to sustainability and eco-efficiency is evident in its discontinuous dyeing technology. With precise control over processes and chemical distribution, these machines can help reduce water, steam, and chemical usage, in addition to minimizing textile waste. The carbon footprint of Benninger’s FabricMaster aims to set the sustainability benchmark for the textile industry.
Furthermore, the company's Knitline solutions have led to a significant reduction in operating costs in over 120 mills worldwide.
Resource efficiency is at the core of Benninger's approach. Consequently, textile finishing plants equipped with Benninger machines can look forward to high productivity with particularly low resource consumption.
