Beschichtpunkt, filter housing, straight, 1/4" BSP female x 1/4" BSP male

The Type 6 stainless steel filter housings have been developed for the filtration of coating materials in high-pressure and airless spray systems. They are integrated directly into the material line and ensure the reliable removal of particles and contaminants from the fluid being conveyed. The filter housings are supplied complete with an FM2004 filter (200 mesh) and are designed for operating pressures of up to 500 bar (7250 psi). :contentReference[oaicite:0]{index=0}

Applications

The stainless steel filter housings are suitable for professional airless and high-pressure coating systems. The integrated fine filtration protects nozzles, spray guns, valves and other system components from contaminants. This ensures consistent material flow, reduces downtime and contributes to a consistently high coating quality. :contentReference[oaicite:1]{index=1}

Available versions

FM63001 – Straight filter housing, female 1/4" BSP × male 1/4" BSP
FM63002 – Straight filter housing, female 1/4" BSP × male 3/8" BSP
FM63003 – Straight filter housing, female 3/8" BSP × male 3/8" BSP
FM63030 – Straight filter housing, 1/4" BSP female × 16 × 1.5 mm male
FM63031 – Straight filter housing, female 3/8" BSP × male 1/4" BSP
FM63036 – Straight filter housing, female 1/2" JIC × male 1/2" JIC
FM63037 – Straight filter housing, female 1/2" JIC × male 1/4" BSP
FM63038 – Straight filter housing, female 1/2" JIC × male 3/8" BSP
301500 – Spring for filter housing
302002R – PTFE seal :contentReference[oaicite:2]{index=2}

Technical specifications

Product type: High-pressure filter housings and accessories
Material: Stainless steel
Includes filter element: FM2004
Filter fineness: 200 mesh
Max. operating pressure: 500 bar (7250 psi)
Design: Straight version
Connection types: BSP, JIC and metric thread versions
Accessories: Spring (301500) and PTFE seal (302002R)
Application: Filtration of coating materials in airless and high-pressure systems
Function: Protection against particles and contaminants to improve process reliability and coating quality :contentReference[oaicite:3]{index=3}