Low-carbon life under Deco Nano



Deco Nano’s functional textile nano-auxiliaries, organically combining nanotechnology with eco-friendly and high added-value enhancement, is a new concept we bring to low-car…

Deco Nano’s functional textile nano-auxiliaries, organically combining nanotechnology with eco-friendly and high added-value enhancement, is a new concept we bring to low-carbon life. Here, the low carbon mentioned by Deco Nano mainly refers to “low pollution”.

Recently, there have been many media reports that perfluorinated compounds, chemicals harmful to health and the environment, have been detected in certain brands of clothing. So, what exactly are perfluorinated compounds? Where do they come from? Some data show that perfluorinated compounds are substances with special properties, mainly reflected in special functional finishes such as waterproofing, oilproofing and antifouling. When they are ingested by organisms, they will not be enriched in fat tissues. Instead, they will be present in the blood after being bound to proteins, and accumulated in tissues such as liver, kidney, and muscle. At the same time, they will show obvious effects. Bioconcentration. It can also cause weight loss and smaller body size of newborns, can lead to endocrine dysfunction, and is carcinogenic. It is also related to thyroid disease.

In this regard, relevant experts suggest that on the one hand, relevant companies should attach great importance to the selection of raw materials, strictly control the quality of upstream raw materials, and strengthen product quality and safety risk assessment. It just so happens that low carbon under Deco Nano mainly refers to “low pollution”, that is, fluorine-free functional textile auxiliaries, such as fluorine-free texnology® XR88, etc.

Extended reading: https:// www.yingjietex.com/product/Polyester-Thread-OXFORD-Fabric.html
Extended reading: https://www.alltextile.cn/product/product-6-685.html
Extended reading: https://www.brandfabric.net/full-dull-nylon-dobby-checked-taffeta-fabric/
Extended reading:https://www.brandfabric.net/t-c-stretch-interweave-fabric/
Extended reading: https://www.tpu-ptfe.com/post/7715.htm

Author: clsrich

 
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