Do you know what engineering plastics are? They are a group of materials that have amazing properties. They are better than conventional plastics in many ways. They are used in many industries, such as cars, planes, medicine and electricity. But one of the most difficult and important uses for engineering plastics is the chemical processing industry.
The chemical processing industry is where chemicals are made, changed and moved. These chemicals can be very dangerous. They can burn, cut, explode or poison things. They can harm the machines, people and environment. So, the materials used in the chemical processing industry must be very good, strong and safe.
In this blog post, we will tell you how engineering plastics can help make tanks and machines that are easy to use and safe. We will also show you some examples of how engineering plastics are used in the chemical processing industry.
Why are engineering plastics better than conventional plastics?
Engineering plastics have many benefits over conventional plastics for the chemical processing industry. Some of these benefits are:
- They resist chemicals and heat: Engineering plastics can handle different chemicals and high temperatures without breaking or changing. This means they don’t leak, crack or fail. This makes the machines and tanks safer and more reliable.
- They are lighter and cheaper: Engineering plastics weigh less and cost less than metal options, such as steel or titanium. This means they save money and energy for making and moving them. This also means they produce less pollution and waste.
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They are easier to make and use: Engineering plastics are easier to work with than metals. They can be cut, drilled, welded or molded into different shapes and sizes. This makes it easier to make and use the machines and tanks. It also makes it easier to fix and maintain them.
- They perform better and last longer: Engineering plastics are stronger, stiffer and tougher than conventional plastics. This means they can take more load and pressure without bending or breaking. They also have less friction and wear than metals. This means they work better and last longer.
How are engineering plastics used in the chemical processing industry?
Engineering plastics are used for many things in the chemical processing industry, such as:
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Chemical storage tanks: Engineering plastics are used to make square or round tanks that hold different chemicals. They can also be used as layers inside tanks that have plastic and metal parts. Engineering plastics are very good at resisting corrosion, leakage and sunlight. They also have high impact strength and shape stability.
- Galvanic plants: Engineering plastics are used to make galvanic systems that cover metals with other metals using electricity and chemicals. These systems use harsh chemicals such as acids, bases or salts, as well as high voltages and currents. Engineering plastics have high electrical insulation and chemical resistance. They also have low weight and cost.
- Steel-pickling plants: Engineering plastics are used to make steel-pickling plants that clean steel surfaces from rust and dirt using acid solutions. These solutions can be very corrosive and produce toxic gases. Engineering plastics have high resistance to acids and heat. They also have low weight and cost.
- Ventilation plants: Engineering plastics are used to make ventilation systems that control the air quality and temperature in chemical facilities. These systems have fans, housings, ducts and filters that deal with different gases, vapors or dusts. Engineering plastics have high resistance to chemicals and heat. They also have low noise and vibration levels.
- Exhaust-air cleaning plants: Engineering plastics are used to make exhaust-air cleaning systems that remove pollution from the air that comes out of chemical processes. These systems have drop separators, gas washers and exhaust washers that use water or other liquids to catch or neutralize harmful substances. Engineering plastics have high resistance to chemicals and heat. They also have low weight and cost.
Engineering plastics are of great use to the chemical processing industry. They have better mechanical, thermal and chemical properties than conventional plastics. They can help to make tanks and machines that are easy to use and safe. They can also reduce material and operating costs, energy consumption and the environmental impact of equipment. The wide range of applications for engineering plastics, such as chemical storage tanks, electroplating plants, steel mills, ventilation plants and exhaust gas cleaning plants, is proof that this is so.
If you are interested in using engineering plastics or would like more information, please feel free to harass us. We are a source manufacturer specialising in the custom processing and production of plastics. With a team of professional engineers and sophisticated equipment we would be happy to be disturbed and help you with your needs. Do you need a free quote or help with any questions or materials?
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