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  • textilemarket.in   The chemicals listed above are some of the more common chemicals used in textiles, however there are many more used for other functions including plasticity, water resistance, flame retardancy and so on. In this context, with the amount of chemicals that can be used, the limit levels that may change from country to country and even within a country, it can be very challenging for manufacturers to keep up. Globalisation provides companies and consumers with many opportunities through enhanced choices, but with it brings many challenges. Manufacturers can source textiles from anywhere in the world, which has many benefits, but also raises many questions. For example, how does a clothing manufacturer in Los Angeles know that a textile producer in India, China or Europe is producing clothing that complies with the chemical limit levels outlined above? The State of California has the lowest limit levels in the US, on par with the EU
  • textilemarket.in   Dyes used in textiles are used to color the original raw material and therefore product. Dyes can be synthetic, which means they're scientifically made with chemicals, or natural, meaning made with things found in nature. Dyeing is usually processed into textiles through a combination of water and the synthetic or natural dyes. The water used for this process in textile manufacturing is immense, which has created the need to have other dry processing for dyes, but none of them are as effective as wet dyeing. Natural dyes are made from plants and minerals, then are combined with starches and seaweed to make sure it takes to the material. Synthetic dyes are usually made from coal tar and petroleum. They vary so much because different materials require different chemicals to make the dye adhere. For example, you can't use the same dye for leather that you would for cotton, due to the extreme difference in material.
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