Post by account_disabled on Mar 16, 2024 0:56:22 GMT -5
They act as lubricants for the fibers as well as colorants. The PCC Group is also a manufacturer of other surfactants used in industry, including: alkylbenzene sulfonates , phosphoric esters, sorbitan esters , sulfosuccinates , quaternary compounds and betaines . The use of surfactants in the textile industry opens up many potential opportunities and benefits. Their properties allow them to be used in almost all stages of production, for example during: – pretreatment, including: burning, peeling, mercerization, bleaching, carbonization, prewashing, stabilization; – lubrication – important during spinning, looping and weaving as lubricants and softeners; – dyed and printed; – finishing processes: giving specific characteristics to materials, for example, softening, antistatic. The global textile market is driven by technological progress and digital technologies. In addition, it is closely related to fashion and its trends. Textile designers and manufacturers must respond quickly to changing consumer preferences and lifestyles, leading to constant evolution in production and design. This fact also determines the enormous demand for surfactants, the use of which has great potential to improve the efficiency of production processes, the quality of products and the environmental impact. Learn more about PCC Group's complete offering, where high-quality surfactants for the textile industry are available .
Even though plastic was developed more than 170 years ago, the material still finds new applications. Plastics are used in both homes and businesses. What is worth knowing about plastics: their types, properties and applications? Get familiar with a brief summary. Published: 08-9-2023 What are plastics? Before we focus on the types of plastics and their applications , let's find out what they actually are. The term “plastic” refers to a broad group of materials manufactured using industrial methods. The materials are made of polymers, that is, chemical compounds, which in most CZ Leads cases consist of organic molecules. Due to their composition, plastics are also known as polymeric materials. Some, for the sake of simplicity, refer to plastics simply as plastic. However, it is worth knowing that there are many different types of plastics of different purposes and one defining name. Plastic works as a main component and as an additive that is part of many objects or materials of daily use. Each polymeric material has a wide range of applications that are closely related to its properties. What makes plastics different and where are they used? Plastics and their properties.
Its unique characteristics play a key role in the production of plastics. What properties do plastics have ? Of particular importance is its mechanical strength and the possibility of easy processing, giving a specific shape or structure. Most plastics are completely or partially resistant to corrosion and water. In addition, this material is very durable, very light and can be dyed in various shades. Plastics are also characterized by CZ Leads a high thermal and electrical insulating power. Most plastic materials are recyclable. Find out which plastics are recyclable . Properties of plastics and their application. There is no doubt that one of the most important properties of plastics is corrosion resistance. It makes the plastic ideal for the production of packaging materials , bottles or construction and insulation materials. Bags, disposable plates, electrical tape, protective films and many other everyday products are made of plastic. Another very important characteristic of plastics is their plasticity. This property justified its recognition by, among others, manufacturers in the packaging, plumbing, clothing, food, pharmaceutical, construction and many other industries. The wide range of types and properties of plastics makes them increasingly popular in global production and is responsible for the growing demand for plastic. This raw material is cheap and easy to process, so it works well as a substitute for metal, wood and paper, the production of which generates significant losses of energy, water, etc.