In the textile industry, energy consumption remains a significant operational cost and environmental concern. Innovative low-temperature textile processing auxiliaries offer a crucial pathway to both energy efficiency and enhanced fabric care, particularly for delicate materials. NINGBO INNO PHARMCHEM CO.,LTD. is a leading low temperature degreasing agent supplier committed to providing solutions that redefine efficiency in textile manufacturing.


Our Sylic® Oil-Removing Agent 118 is a testament to this commitment. It exhibits remarkable efficacy at lower temperatures, specifically between 70-80°C. This capability allows manufacturers to significantly reduce the energy required for heating water in pretreatment baths, leading to substantial savings in utility costs and a reduced carbon footprint. This efficiency does not come at the expense of performance.


For delicate or alkali-resistant fabrics such as silk, wool, and decorative materials, traditional high-temperature processes can cause damage or degrade fiber quality. Our energy efficient textile chemicals, including Sylic® Oil-Removing Agent 118, enable effective oil and stain removal under neutral conditions at these lower temperatures, ensuring the integrity and natural properties of the fibers are preserved. This is vital for maintaining the luxurious feel and appearance of premium textiles.


The decision to purchase a cold process degreaser or other low-temperature auxiliaries should be driven by a desire for both economic and quality improvements. NINGBO INNO PHARMCHEM CO.,LTD. offers products that provide an excellent balance, delivering powerful cleaning and emulsification capabilities even without extreme heat. This translates to less stress on machinery, longer equipment life, and a safer working environment.


By embracing NINGBO INNO PHARMCHEM CO.,LTD.'s innovative low-temperature solutions, textile producers can achieve superior pretreatment results while making significant strides towards sustainable and cost-effective operations. Partner with us to revolutionize your textile processing with smart, energy-efficient chemistry.