Barbed inline filters protect sensitive devices from contamination in a fluid circuit, either gas or liquid. Air Logic miniature inline filters use a flat stainless-steel or polypropylene weave, and meant for small devices or for larger systems working in tandem with system-wide filtration. There is no flow orientation to the inline filters; the filtered area and canister volume are equal on both sides of the filter. Our polysulfone filters are low-profile to fit into the tightest design envelopes, while the polypropylene filters have a larger diameter to provide more filtration area.

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5 Micrometer (µm) Filter Size Barbed In-line Air Filter (F9205)

5um (Micron, µm) Miniature Inline Filter, Straight Ports
F950__B80

25um (Micron, µm) Inline Filter, 1/16 Inch Barbs
F950__B85

25um (Micron, µm) Inline Filter, 1/8 Inch Barbs
F950__B80

43um (Micron, µm) Inline Filter, 1/16 Inch Barbs
F950__B85

43um (Micron, µm) Inline Filter, 1/8 Inch Barbs
Description N/A

Barbed in-line filters protect sensitive devices from system contamination in a pneumatic or liquid circuit. Filters are a flat stainless steel weave meant for small devices or for larger systems working in tandem with system-wide filtration. There is no flow orientation to the in-line filters, the filtered area and canister volume are equal on both sides of the filter. Air Logic's barbed in-line filters are low profile, lightweight and fit into the tightest design envelopes.

 		N/A Barbed in-line filters protect sensitive devices from system contamination in a pneumatic or liquid circuit. Filters are a flat stainless steel weave meant for small devices or for larger systems working in tandem with system-wide filtration. There is no flow orientation to the in-line filters, the filtered area and canister volume are equal on both sides of the filter. Air Logic's barbed in-line filters are low profile, lightweight and fit into the tightest design envelopes. N/A Barbed in-line filters protect sensitive devices from system contamination in a pneumatic or liquid circuit. Filters are a flat stainless steel weave meant for small devices or for larger systems working in tandem with system-wide filtration. There is no flow orientation to the in-line filters, the filtered area and canister volume are equal on both sides of the filter. Air Logic's barbed in-line filters are low profile, lightweight and fit into the tightest design envelopes. N/A Barbed in-line filters protect sensitive devices from system contamination in a pneumatic or liquid circuit. Filters are a flat stainless steel weave meant for small devices or for larger systems working in tandem with system-wide filtration. There is no flow orientation to the in-line filters, the filtered area and canister volume are equal on both sides of the filter. Air Logic's barbed in-line filters are low profile, lightweight and fit into the tightest design envelopes. N/A Barbed in-line filters protect sensitive devices from system contamination in a pneumatic or liquid circuit. Filters are a flat stainless steel weave meant for small devices or for larger systems working in tandem with system-wide filtration. There is no flow orientation to the in-line filters, the filtered area and canister volume are equal on both sides of the filter. Air Logic's barbed in-line filters are low profile, lightweight and fit into the tightest design envelopes.
Brands N/A Air Logic
Filter Size N/A 5 µm N/A 25 µm N/A 25 µm N/A 43 µm N/A 43 µm
Color N/A Light Blue
Maximum Pressure N/A 100 psi6.9 bar N/A 125 psi8.6 bar N/A 125 psi8.6 bar N/A 125 psi8.6 bar N/A 125 psi8.6 bar
Typical Tube Retention Pressure1 N/A 25 psi1.7 bar N/A 125 psi8.6 bar N/A 125 psi8.6 bar N/A 125 psi8.6 bar N/A 125 psi8.6 bar
Filtration N/A 5 µm N/A 25 µm N/A 25 µm N/A 43 µm N/A 43 µm
Tubing Inside Diameter (ID) N/A 1/16 in N/A 1/16 in N/A 1/8 in N/A 1/16 in N/A 1/8 in
Connection Type N/A Barbed
Wetted Material(s) N/A Polysulfone (PSU) Stainless Steel (SS)
Installation Method N/A Push-In
EU RoHS 2 (Directive 2011/65/EU with amendment (EU) 2015/863) N/A Yes
REACH (Registration, Evaluation, Authorization and Restriction of Chemicals) Compliant N/A Yes
Nominal Flow Coefficient (Cv) N/A
Thread Size N/A
Additional Information N/A

Barbed connections are a clean, time tested and cost efficient method of connection. The hoop strength of the tube holds around the barbed fitting. Air Logic's first barb is free of a parting line to create a good seal, additional barbs increase holding force for tube retention. Barbed connections are free of lubrication or thread sealant used in other styles of connection. Simply push the tube over the barb and the connection is complete.

Barbed in-line filters are commonly used to protect against debris generated inside of a system or device. Ex. Polytetrafluoroethylene (PTFE) tape debris during assembly, broken O-rings from valves, machining chips from threads.

 		N/A Barbed connections are a clean, time tested and cost efficient method of connection. The hoop strength of the tube holds around the barbed fitting. Air Logic's first barb is free of a parting line to create a good seal, additional barbs increase holding force for tube retention. Barbed connections are free of lubrication or thread sealant used in other styles of connection. Simply push the tube over the barb and the connection is complete.

Barbed in-line filters are commonly used to protect against debris generated inside of a system or device. Ex. Polytetrafluoroethylene (PTFE) tape debris during assembly, broken O-rings from valves, machining chips from threads. 		N/A Barbed connections are a clean, time tested and cost efficient method of connection. The hoop strength of the tube holds around the barbed fitting. Air Logic's first barb is free of a parting line to create a good seal, additional barbs increase holding force for tube retention. Barbed connections are free of lubrication or thread sealant used in other styles of connection. Simply push the tube over the barb and the connection is complete.

Barbed in-line filters are commonly used to protect against debris generated inside of a system or device. Ex. Polytetrafluoroethylene (PTFE) tape debris during assembly, broken O-rings from valves, machining chips from threads. 		N/A Barbed connections are a clean, time tested and cost efficient method of connection. The hoop strength of the tube holds around the barbed fitting. Air Logic's first barb is free of a parting line to create a good seal, additional barbs increase holding force for tube retention. Barbed connections are free of lubrication or thread sealant used in other styles of connection. Simply push the tube over the barb and the connection is complete.

Barbed in-line filters are commonly used to protect against debris generated inside of a system or device. Ex. Polytetrafluoroethylene (PTFE) tape debris during assembly, broken O-rings from valves, machining chips from threads. 		N/A Barbed connections are a clean, time tested and cost efficient method of connection. The hoop strength of the tube holds around the barbed fitting. Air Logic's first barb is free of a parting line to create a good seal, additional barbs increase holding force for tube retention. Barbed connections are free of lubrication or thread sealant used in other styles of connection. Simply push the tube over the barb and the connection is complete.

Barbed in-line filters are commonly used to protect against debris generated inside of a system or device. Ex. Polytetrafluoroethylene (PTFE) tape debris during assembly, broken O-rings from valves, machining chips from threads.
  • 1 Subject to tubing specification