Filters Archives - Brickonix

Type: Air intake filter
Load: Handles airflow pressure and particle load; not designed for mechanical loads
Cage: Typically metal mesh or polymer support structure for filter media
Performance: Efficient contaminant removal with low pressure drop and steady airflow
Construction: Outer housing + filter media (paper, foam, or synthetic) + internal support cage
Use cases: Compressors, engines, HVAC systems, pneumatic lines, industrial air intake setups
Note: Regular cleaning or replacement is required; clogged filters reduce efficiency and can damage equipment

Type: FRL unit (Filter, Regulator, Lubricator combination)
Load: Handles compressed air flow; not a load-bearing component
Cage: Not applicable (no rolling elements)
Performance: Clean, regulated, and lubricated air supply for efficient pneumatic operation
Construction: Filter housing, regulator assembly, lubricator unit, transparent bowl, internal filtration element
Use cases: Air tool systems, pneumatic automation, compressor lines, industrial air preparation
Note: Requires routine maintenance including filter replacement, moisture draining, and lubrication checks for consistent performance

Type: Fuel filter (inline, cartridge, or spin-on type)
Load: Handles fuel flow pressure; not designed for mechanical load bearing
Cage: Internal support structure for filter media (metal or polymer, varies by model)
Performance: High filtration efficiency, stable flow rate, protects against clogging and contamination
Construction: Outer housing + filter media (paper, synthetic, or mesh) + internal support core + inlet/outlet ports
Use cases: Automotive fuel systems, generators, industrial engines, fuel transfer and storage systems
Note: Regular replacement is important; clogged filters reduce performance and can damage fuel system components

Type: Oil filter (inline, spin-on, or cartridge type)
Load: Handles oil flow pressure; not a load-bearing component
Cage: Not applicable (uses internal filter media support structure)
Performance: Efficient contaminant removal, stable flow, protects system components
Construction: Outer casing, filter media, end caps, sealing gasket, and internal support core
Use cases: Engines, hydraulic units, compressors, gear systems, industrial lubrication systems
Note: Replace at recommended intervals; clogged filters can reduce performance and damage equipment

Type: Water and particulate separator (air line filter unit)
Load: Handles flow pressure and contaminant load within rated capacity
Cage: Not applicable (uses internal filter element instead of bearing cage)
Performance: High moisture separation efficiency, consistent filtration, low pressure drop
Construction: Housing (metal or polymer bowl), filter element, baffle or centrifugal mechanism, drain valve
Use cases: Air compressors, pneumatic systems, spray booths, industrial air lines, fluid filtration setups
Note: Install in correct flow direction and maintain regularly by draining collected water and replacing filter elements when needed

Electronics and Mechanical Components Store