All-Welded In-Line Filters
Introduction
All-welded in-line Filters are compactly designed to trap particle contaminants in a limited space. Body-to-element weld prevents bypass flow. Filter elements can be easily cleaned by back-flushing.
Features
◎ Full-penetration weld between body and filter element
◎ Working pressure up to 6000 psig (414 bar)
◎ Working temperature: -20°F to 900°F (-28°C to 482°C)
◎ A variety of end connections are available
Pressure vs. Temperature
Filter Elements
Sintered
316 SS powder metallurgy
- Sheet-shaped filter cake to trap particles as small as 0.5 μm in diameter
Strainer
- 316 SS wire mesh framework sandwiched filter design
- Uniform mesh pores to allow for stable flows
Combination Strainer (Optional)
- Multi-layer 316 SS wire meshes overlaid
- Uniform mesh pores with high strength to allow for stable flows
Dimensions
Introduction
All-welded in-line Filters are compactly designed to trap particle contaminants in a limited space. Body-to-element weld prevents bypass flow. Filter elements can be easily cleaned by back-flushing.
Features
◎ Full-penetration weld between body and filter element
◎ Working pressure up to 6000 psig (414 bar)
◎ Working temperature: -20°F to 900°F (-28°C to 482°C)
◎ A variety of end connections are available
Pressure vs. Temperature
Filter Elements
Sintered
316 SS powder metallurgy
- Sheet-shaped filter cake to trap particles as small as 0.5 μm in diameter
Strainer
- 316 SS wire mesh framework sandwiched filter design
- Uniform mesh pores to allow for stable flows
Combination Strainer (Optional)
- Multi-layer 316 SS wire meshes overlaid
- Uniform mesh pores with high strength to allow for stable flows
Dimensions
