Daniel™ Orifice Plates are precision-engineered differential pressure flow measurement devices designed for accurate and repeatable volumetric flow calculation in a wide range of UK industrial, oil & gas, pipeline and custody transfer applications.
Manufactured to strict dimensional and bore tolerance standards such as AGA 3, API 14.3 and ISO 5167, these orifice plate flow elements deliver consistent discharge coefficient performance, tight repeatability and wide turndown, making them ideal for custody transfer of oil and gas, allocation measurement, pipeline metering, refinery distribution, gas processing facilities and large industrial process systems.
Daniel orifice plates are suitable for use in clean gas, liquids and low-viscosity fluid measurement where reliable differential pressure flow metering is required, and they support seamless integration with DP transmitters, flange unions, impulse lines and flow computing systems.
Available in a range of line sizes and materials, these orifice plates help reduce maintenance costs, maintain calibration stability, and ensure long-term flow measurement reliability for critical process control and regulatory reporting in UK oil & gas infrastructure and industrial facilities.
Daniel™ Orifice Plates are precision-engineered differential pressure flow measurement devices designed for accurate and repeatable volumetric flow calculation in a wide range of UK industrial, oil & gas, pipeline and custody transfer applications.
Manufactured to strict dimensional and bore tolerance standards such as AGA 3, API 14.3 and ISO 5167, these orifice plate flow elements deliver consistent discharge coefficient performance, tight repeatability and wide turndown, making them ideal for custody transfer of oil and gas, allocation measurement, pipeline metering, refinery distribution, gas processing facilities and large industrial process systems.
Daniel orifice plates are suitable for use in clean gas, liquids and low-viscosity fluid measurement where reliable differential pressure flow metering is required, and they support seamless integration with DP transmitters, flange unions, impulse lines and flow computing systems.
Available in a range of line sizes and materials, these orifice plates help reduce maintenance costs, maintain calibration stability, and ensure long-term flow measurement reliability for critical process control and regulatory reporting in UK oil & gas infrastructure and industrial facilities.
