-
$2,300.00
-
$6,050.00
-
$8,975.00
-
$9,580.00
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$10,665.00
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$2,475.00
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$3,490.00
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$5,425.00
High pressure air and gas filters, specifically designed for 350 Bar applications, play a crucial role in ensuring the integrity and efficiency of high pressure compressed air, breathing air, and industrial gas systems. These filters are engineered to remove particulate matter, moisture, and oil aerosols from high pressure air and gas streams, thereby safeguarding downstream equipment and ensuring the delivery of clean process gas.
In industries such as mining, oil and gas, manufacturing, and laboratory services, the need for high purity air and gas is paramount. Our 350 Bar oil removal filters, with a filtration capability of 0.01 microns, are tailored to meet the stringent requirements of these applications. By effectively eliminating contaminants, these filters enhance the performance and longevity of sensitive equipment, reducing maintenance costs and downtime.
The robust pressure-rated housings of our filters are designed to withstand the demanding conditions of high pressure environments, ensuring reliable operation even in the most challenging settings. With a variety of element grade options available, these filters can be customised to suit specific operational needs, providing flexibility and adaptability for diverse industrial applications.
Consistent service performance is a hallmark of our high pressure air and gas filters. By delivering high purity air and gas, they not only protect downstream equipment but also contribute to improved process efficiency and product quality. Whether in a breathing air system or an industrial gas distribution network, our filters are essential for maintaining the highest standards of air and gas quality.
Investing in our 350 Bar oil removal filters means prioritising the reliability and efficiency of your operations. With a focus on technical excellence and practical benefits, these filters are an indispensable component for engineers, maintenance teams, and industrial buyers seeking to optimise their high pressure air and gas systems.
