Must-have Hydraulic Filter P571372 Markdown: -75% [8UOWQZ9M]

Must-have Hydraulic Filter P571372 Markdown: -75% [8UOWQZ9M]: DT High-Performance Solution

Introducing the DT High-Performance Must-have Hydraulic Filter P571372 Markdown: -75% [8UOWQZ9M], a premium solution designed for superior filtration and protection in hydraulic systems. This cartridge-style filter is engineered to deliver exceptional performance, ensuring the longevity and efficiency of your hydraulic equipment. With its robust construction and high-quality materials, the P571372 filter is a reliable choice for any industrial application.

Key Specifications and Features

Equipped with a collapse burst rating of 449.61687, the P571372 filter can withstand high pressure without compromising its integrity. The efficiency Beta 1000 rating of 25 ensures that contaminants are effectively trapped, providing clean fluid flow and reducing wear on hydraulic components. With an inner diameter of 40.77mm and an outer diameter of 78.69mm, this filter fits a wide range of systems. The synthetic media type offers excellent durability and effectiveness, while the fluorocarbon seal material ensures a tight, leak-proof fit.

• Key Features:
• High collapse burst rating for robust performance
• Efficiency Beta 1000:25 for effective contaminant removal
• Synthetic media for durability and effectiveness
• Fluorocarbon seal material for a leak-proof fit

Practical Applications and Benefits

Whether you're operating a construction machinery, industrial equipment, or a vehicle, the DT High-Performance Must-have Hydraulic Filter P571372 Markdown: -75% [8UOWQZ9M] is a versatile choice. Its exceptional filtration capabilities help maintain the performance and reliability of your hydraulic system, reducing downtime and maintenance costs. Ideal for use in a variety of industries, this filter is suitable for professionals who demand the best in hydraulic filtration. By choosing the P571372, you're investing in the longevity and efficiency of your hydraulic equipment, ensuring optimal performance for years to come.