Ready To Ship Mahle Pi73100dn Replacement Filter - Why Pay More? [GzYBURqa]

Ready To Ship Mahle Pi73100dn Replacement Filter - Why Pay More? [GzYBURqa]

Introducing the Ready To Ship Mahle Pi73100dn Replacement Filter - Why Pay More? [GzYBURqa], a high-quality and reliable solution for your filtration needs. This filter is designed to provide exceptional performance and durability, ensuring that your equipment operates at its best. With its advanced features and robust construction, it is the ideal choice for those seeking top-notch filtration solutions.

Product Specifications

This filter is engineered with precision and features a microglass media that offers excellent filtration efficiency. Its overall height is 24.76 inches, and it boasts an OD top and OD bottom of 3.94 inches, while the ID top is 2.37 inches. The filter is designed to withstand a collapse pressure of 3045, ensuring it remains effective under high-pressure conditions. It operates within a wide temperature range of -13 to 250°F, making it versatile for various applications. The flow direction is outside-in, and it is sealed with VITON material for durability. With a BETA ratio of 200/13 and a micron rating of 10, this filter effectively removes contaminants and particles, ensuring clean and safe operation.

Practical Applications and Benefits

The Ready To Ship Mahle Pi73100dn Replacement Filter - Why Pay More? [GzYBURqa] is an essential component for a wide range of applications, including industrial, automotive, and HVAC systems. Its exceptional filtration capabilities make it ideal for maintaining the performance and longevity of your equipment. By removing harmful particles and contaminants, this filter helps prevent costly repairs and downtime. Whether you are using it in a commercial setting or for personal use, this filter offers numerous benefits, including improved efficiency, extended equipment life, and enhanced safety. With its reliable performance and ease of installation, it is the perfect choice for anyone looking to ensure the optimal operation of their systems.