The 2.5mm 316 Stainless Steel Press-in Orifice For Liquids are reliable, highly accurate flow restrictors specifically designed for installation into plastic housings and fittings. These orifices are constructed from all 316 stainless steel for significantly improved compatibility with aggressive fluids. Their unique barbed design provides easy “press-in” installation ensuring retention and prevents any by-pass leakage around the part. These orifices are 2.5 mm in diameter and fit in many common plastic fittings. Each orifice is 100% flow tested on distilled water to ensure that every part is within ± 5% of its nominal flow rate. Tighter tolerances are available as specials. To further increase accuracy, orifices are tested in the direction of use. These press-in orifices are available in a wide range of standard Lohm rates.
Features
100% Flow Tested on Distilled Water For Consistent Flow Performance
Metered Flow Lohm Rate Tolerance: ±5%
Forward And Reverse Flow Configurations
Unique Barbed Design for Installation into Plastic
The 2.5mm 316 Stainless Steel Press-in Orifice For Liquids are reliable, highly accurate flow restrictors specifically designed for installation into plastic housings and fittings. These orifices are constructed from all 316 stainless steel for significantly improved compatibility with aggressive fluids. Their unique barbed design provides easy “press-in” installation ensuring retention and prevents any by-pass leakage around the part. These orifices are 2.5 mm in diameter and fit in many common plastic fittings. Each orifice is 100% flow tested on distilled water to ensure that every part is within ± 5% of its nominal flow rate. Tighter tolerances are available as specials. To further increase accuracy, orifices are tested in the direction of use. These press-in orifices are available in a wide range of standard Lohm rates.
Features
- 100% Flow Tested on Distilled Water For Consistent Flow Performance
- Metered Flow Lohm Rate Tolerance: ±5%
- Forward And Reverse Flow Configurations
- Unique Barbed Design for Installation into Plastic
