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What is the working principle of dosing pumps?

OMG Piston and Hydraulic Diaphragm Process and Dosing Pumps generally operate in processes requiring precise dosing, ensuring fluid transfer by maintaining a constant flow rate through the piston movement.

What are the processes in which OMG Piston and Hydraulic Diaphragm Process and Dosing Pumps are used?

OMG Piston and Hydraulic Diaphragm Process and Dosing Pumps are preferred in all processes where precise dosing and high efficiency are required, thanks to their quiet operation, easy maintenance, and versatile usability.

What are the material properties of OMG Piston and Hydraulic Diaphragm Process and Dosing Pumps?

OMG Piston and Hydraulic Diaphragm Process and Dosing Pumps are available in four different types:

DOXE Piston and Diaphragm Dosing Pump, IDRODOX Diaphragm Dosing Pump, DOXA Piston and Diaphragm Dosing Pump, ECODOX Piston Dosing Pump.

In all these series, the body and ball seat are manufactured from AISI 304 stainless steel, AISI 316 stainless steel, PVC, or Hastelloy C-276. The pistons are made from AISI 316 stainless steel, ceramic, or Hastelloy C-276 steel. The ball valve section is produced from AISI 316, AISI 420, Pyrex (heat-resistant glass), ceramic, or Hastelloy C-276. The diaphragms can be made of PTFE (Teflon) or metallic materials. Heating or cooling jackets are also available as optional features.

What are the capacity and other operating parameters of OMG Piston and Hydraulic Diaphragm Process and Dosing Pumps?

For DOXE Piston and Diaphragm Dosing Pumps, a maximum flow rate of 5400 liters/hour can be achieved with single-action pumps at 110 strokes/min, while dual-action pumps can deliver up to 45000 liters/hour at the same stroke rate. The maximum pressure for this series is 700 bar. The fluid temperature resistance is up to 300°C for metal pumps, 50°C for PVC pumps, 80-100°C for ceramic pistons, and 150°C with the PTFE (Teflon) diaphragm option.

For IDRODOX Diaphragm Dosing Pumps, a maximum capacity of 590 liters/hour is possible at 170 strokes/min. The maximum discharge pressure is 25 bar. The fluid temperature resistance is up to 150°C for metal pumps and 50-70°C for PVC and PP pumps.

For DOXA Piston and Diaphragm Dosing Pumps, a maximum flow rate of 1925 liters/hour can be achieved at 110 strokes/min. The maximum discharge pressure is 500 bar. The fluid temperature resistance is up to 250°C for metal pumps, 50-70°C for PVC and PP pumps, 80-100°C for ceramic pistons, and 150°C with the PTFE (Teflon) diaphragm option.

For ECODOX Piston Dosing Pumps, the maximum stroke rate is 105 strokes/min, delivering a maximum capacity of 500 liters/hour. The discharge pressure can reach up to 75 bar. The fluid temperature resistance is up to 150°C for metal pumps and 50-70°C for PVC and PP pumps.

What are the advantages of OMG Piston and Hydraulic Diaphragm Process and Dosing Pumps?

The biggest advantage of OMG Piston and Hydraulic Diaphragm Process and Dosing Pumps is their dosing accuracy of less than 1%. All series feature a capacity control system, which can be adjusted during operation or downtime, ensuring 100% efficiency. The piston stroke length can be adjusted from 0 to 25 mm.

What are the main references for OMG Piston and Hydraulic Diaphragm Process and Dosing Pumps?

PETROKIMYA, AKRILIK KIMYA SANAYI, DERBY LASTIK FABRIKASI, PAK GIDA, PETKIM, SEKA BALIKESIR, AKSA A.Ş., BASER KIMYA, MINTAX, HENKEL, HALIS TOPRAK, IMSA COCA-COLA, TUGSAS, TUPRAS, COLGATE PALMOLIVE, EVYAP, FRUKO TAMEK, ERDEMIR, EREGLI DEMIR CELIK FABRIKASI etc.