1/4″ F35W Series Moisture Removing Filters, 5µm Micron, Manual Drain (Arrow Pneumatics)

• 1/4″ NPT, Arrow Pneumatics F352W5 Filter Removes 95% of Water Condensate, Harmful Oil, Pipe Scale, Dirt And Rust From Compressed Air Lines
• 5 Ounce Metal Bowl With Manual 1/8″ Twist Drain and (EK35-5) 5µm Micron Filter Element
• 225 PSI Max Output, 250 PSI Max Input, 48 CFM Flow Rate, 6-1/4″ Height, 2-3/4″ Width
• Wall Mounting ( FBK5 ) Bracket Included; Metal Bowls Include Sight Glass to View Moisture Levels at a Glance
• Arrow Pneumatics Filters, Regulators and Lubricators are Proudly Made in the USA.

Arrow Pneumatics Filters, Regulators and Lubricators are Proudly Made in the USA.

(Pro_Tip)
Here are several advantages when incorporating a moisture removing particulate filter to your compressor air lines.

_Moisture Removal:
Prevent Corrosion; Compressed air often contains moisture which can lead to rust and corrosion within the air lines and tools. Removing water prevents these issues, extending the life of the equipment.

Avoid Freezing; In cold environments, moisture can freeze, potentially blocking air flow or damaging components.

_Protection of Downstream Equipment:
Pneumatic Tools and Machinery; Tools and machinery powered by compressed air can suffer from rust, wear, and malfunction if water droplets are present. Filters ensure these devices operate efficiently and have a longer service life.

Sensitive Instruments; For applications where precision is required, like in paint spraying or laboratory equipment, any water contamination can affect performance or accuracy.

_Quality of Air:

Clean Air; For processes that require clean air, like food and beverage production, pharmaceuticals, or electronics manufacturing, water removal is essential to maintain product quality and safety standards.

_Operational Efficiency:
Consistent Pressure and Flow; Water can cause pressure drops or inconsistent flow rates, affecting the performance of pneumatic systems. Filtration maintains consistent pressure and flow.

_Energy Efficiency:
Reduced Energy Costs: When air lines are free of water, compressors don't have to work as hard to maintain pressure, leading to energy savings.

_Prevention of Microbial Growth:
Hygiene; In industries where hygiene is paramount, water in compressed air can promote the growth of bacteria and other microorganisms, which can contaminate products or cause health issues.

_Minimize Contamination:
Oil and Particulates; Alongside water, these filters often remove oil aerosols and particulates, further enhancing air quality.

_Maintenance and Downtime:
Less Maintenance; By preventing water ingress, filters reduce the need for frequent maintenance of air tools and systems.
Downtime Reduction; Less corrosion and equipment failure mean less unexpected downtime.

_Compliance with Standards:
Regulatory Compliance; Many industries have standards for air quality that must be met, and using water removing filters helps in achieving this compliance.

In summary, installing a water removing particulate filter on compressed air lines significantly improves the quality of the air, protects equipment, enhances safety, and ensures compliance with industry standards,
all while potentially reducing operational costs due to less maintenance and energy use.