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A popular fluoropolymer used throughout many industries, polypropylene valves are ideal for high purity fluid transfer applications. Unaffected by high levels of chemical exposure and corrosion, these valves are robust, reliable, and built to last the life of your equipment. For these reasons and more, polypropylene valves are highly utilized in the following applications.
Oil and gas analytics are a highly-complex process that checks for quality and purity standards. Without the proper polypropylene valves for fluid transfer, there is a possibility of contaminates entering the gasoline media and ruining an entire batch.
Chemical processing can be used for various industry needs. Since these valves have high levels of chemical resistance, they can function continuously in a system with extreme levels of chemicals that could otherwise result in extensive damage to the valve or system.
If the media you are working with has highly acidic or corrosive properties, polypropylene valves are the perfect option. Designed to be resistant to these highly-damaging medias, these valves offer the same levels of functionality and performance as their metal and brass counterparts, but with added durability and resistance.
Another added benefit to polypropylene valves are their impressive levels of temperature resistance. Whether your media requires extremely high or low temperatures, the structural integrity and function of these valves will remain unaffected. While this is a highly beneficial feature on its own, many high-purity fluid transfer applications require temperature resistance, chemical, and corrosion resistance all in one package. These types of applications are where polypropylene high purity valves work best.
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