Ultimate 25b-8p8p-10pbgv : Chase High Pressure Oxygen Filter, 5000psi, 1/2" Npt Female, 10 Micron, No Visual Indicator, No Bypass 80% Off - Today Only [lWtur6Ya]

Chase High Pressure Oxygen Filter

The Chase High Pressure Oxygen Filter, model 25B-8P8P-10PBGV, is a premium solution for oxygen systems requiring exceptional safety and performance. Engineered for high-pressure environments, this filter is designed to provide unparalleled protection and reliability. With its robust brass construction and advanced sintered element, it stands out in the industry for its durability and ignition resistance.

Key Features and Specifications

This filter is crafted from high-quality brass, offering superior resistance to ignition compared to other materials like stainless steel and aluminum. According to ASTM G-175 testing, brass and bronze will not support burning at pressures up to 10,000 psi, ensuring the safety of your downstream piping and system components. The filter's 10-micron sintered element effectively traps particles, while the absence of a visual indicator and bypass feature adds to its streamlined design. Key features include:

• Brass Construction: Offers superior resistance to ignition, ensuring safety in high-pressure oxygen systems.
• 10 Micron Filtration: Efficiently traps particles, maintaining system integrity.

Practical Applications and Benefits

The Chase High Pressure Oxygen Filter is ideal for a variety of applications, including medical, industrial, and research environments where oxygen systems are used. Its ability to withstand high pressures up to 5,000 psi, combined with its fault-tolerant design, makes it a reliable choice for demanding operations. Additionally, the filter includes G93 cleaning at no extra charge, ensuring its longevity and performance. With this filter, you can enjoy the following benefits:

• Increased Safety: Protects downstream components from the consequences of an ignition event.
• Enhanced Performance: Maintains system integrity and reliability in high-pressure oxygen environments.