10 Micron Rating, Nonmetallic Breather MPN:PAB.1730.10.5

Introducing the Parker 10 Micron Rating Nonmetallic Breather - your go-to solution for breathing life into any fluid handling system! Ideal for applications requiring low gas flow control, this breather protects equipment from overpressure and vacuum by automatically venting air while also preventing the ingress of dust and water. The non-metallic construction ensures it's compatible with a wide range of fluids and won't corrode, making it perfect for both indoor and outdoor environments. With its compact design and easy installation, the Parker 10 Micron Rating Nonmetallic Breather is the ultimate solution for safe and reliable fluid handling systems!

Top product features:

• Micron rating: The product has a micron rating of 10, making it suitable for use in environments where precision filtration is required. This means that particles larger than 10 microns will be filtered out, ensuring that only clean air is released into the system.
• Non-metallic construction: The breather is made from non-metallic materials, making it resistant to corrosion and compatible with a wide range of fluids. This makes it suitable for use in both indoor and outdoor environments.
• Automatic venting: The breather automatically vents air to prevent overpressure and vacuum conditions from occurring in the fluid handling system, ensuring that equipment is protected from damage.

Top product applications:

• Fluid handling systems: The breather can be used in fluid handling systems such as fuel tanks, hydraulic reservoirs, and air conditioning units to maintain pressure levels and prevent damage caused by vacuum or overpressure conditions.
• Chemical processing plants: In chemical processing plants, the non-metallic construction of the breather ensures compatibility with a wide range of corrosive fluids while its micron rating helps filter out particles that could cause contamination.
• Transportation industry: The breather can be used in the transportation industry to protect engines and fuel systems from damage caused by pressure fluctuations during highway travel, allowing for safe and efficient operation.