Welcome To Spink Controls
Welcome To Spink Controls
The Orifice Plate with Flange Assemblies is employed for measuring the flow rate or volume of moving fluids, including liquids, gases, and vapours. These plates are designed according to BS 1042-1981, ISO 5167, and LK Spink standards, offering reliable and accurate flow measurement
Orifice Plate Types: Square Edge Concentric, Eccentric, Segmental, Quadrant Edge, Conical Entrance
Plate Thickness: 3.18 mm, 6.35 mm, 9.52 mm, 12.7 mm standard; other thicknesses available on request
Material Options: Standard materials include SS304, SS316, SS304L, SS316L; additional options like Hastelloy C, Monel, Inconel, Polypropylene (PP), PVC, PTFE, and Stellite coatings are available
Orifice Flanges: Forged type Weld Neck, Slip-On, Threaded, Socket Weld with RF, FF, RTJ facing, rated from 150# to 2500#, higher ratings on request, compliant with ASME 16.36 for sizes up to 8 inches; larger sizes or male-female flanges available as per ASME B 16.5 and ASME B 16.47 series A/B
The Integral Orifice Plate Assembly is a precisionengineered flow measurement solution, ideal for applications requiring high accuracy at low flow rates in line sizes below 2’’. It is designed using the differential pressure principle, providing reliable and economical flow measurement for compact installations.
Note: The Conditioning Orifice Plate is ideal for installations with limited straight pipe runs, ensuring performance consistency and minimizing installation constraints
The Restriction Orifice is specifically designed for applications requiring precise pressure reduction and flow control. This orifice design reduces pressure gradually in multiple stages, which is essential for handling high-pressure fluids and gases while minimizing noise and preventing cavitation.
Key Features: Multistage pressure reduction to prevent cavitation and minimize noise.
Note: The Conditioning Orifice Plate is ideal for installations with limited straight pipe runs, ensuring performance consistency and minimizing installation constraints