F1 Medical Sterile Air Filter By Nano

The nano F1 range of medical sterile filters meet all requirements of the medical gas pipeline systems specification.  Our medical sterile filters are manufactured from cast aluminum alloy providing enhanced strength and feature an E-Coat™ finish for optimum corrosion protection.

This nano range encompasses 16 filters with connections from 1/4” to 3“ and rated flows from 15 to 1500 scfm. The modular design allows close coupling of filters to simplify installation and maintenance.

This  unique design includes filter elements with stainless steel end caps for compatibility with autoclave sterilization.  Each element is 100% integrity tested and provided with an Air Sterilization Certificate to guarantee the highest downstream air quality.

Tested and validated to international standards, filter elements are guaranteed for a minimum of 100 sterilization cycles at 248°Fahrenheit.

Features

• manufactured to exceed the requirements for medical gas pipeline systems
• 16 models with connections from ¼” to 3” NPT and rated flows from 15 to 1500 scfm
• manufactured from cast aluminum alloy providing enhanced strength
• E-Coat™ optimum corrosion protection provided by an internal and external epoxy powder coating followed by an external tough polyester powder coat finish
• supplied with an Air Sterilization Certificate to guarantee the highest downstream air quality
• third party tested and validated in accordance with HTM 02-01, NFPA 99, ISO 7396-1 and AS 2896
• applications include dental, medical and veterinary

Modular Design

Modular design allows close coupling of filters to simplify installation and maintenance

Element Design

Includes element with stainless steel end caps for compatibility with autoclave sterilization

How it Works?

A

As a coalescing filter, air enters the filter head and turns downward into the double o-ring sealed element

B

Compressed air migrates through the various levels of filtration media where particulate is trapped and small aerosols are coalesced into larger droplets

C

The irregular stranded borosilicate glass fiber media, the unique drain layer and novel lower end cap assist in removing the unwanted moisture to the lower quiet zone in the housing

D

The standard, automatic zero-loss float operated drain is robust and includes a mesh screen and manual override to provide troublefree operation and easy maintenance

E

Clean air exits the housing on the way to finer filtration, a dryer or process depending upon the desired cleanliness of the compressed air