Withstands pressures up to 42 MPa (6000 psi), flow rate range 0.01-50 ml/min. The CP Series High-Pressure Constant Flow Temperature-Controlled Pump (High-Pressure Temperature-Controlled Constant Flow Pump/High-Pressure Temperature-Controlled Plunger Pump) provides a high-pressure, stable flow, temperature-controlled plunger pump for chemical reaction devices.

The designed electronic control system, motor drive system, and pressure sensing system form the control center of the CP Series constant flow pump. Pump head suspension, pulsation damping, rapid filling, and check valve design technology constitute the flow path control center of the CP Series constant flow pump. The CP Series constant flow temperature-controlled pump ensures flow stability and reliability. With an operational interface, keyboard/microcomputer control, the functions of the CP Series constant flow temperature-controlled pump are at your fingertips.

CP Series High-Pressure Constant Flow Temperature-Controlled Pump (High-Pressure Temperature-Controlled Constant Flow Pump/High-Pressure Temperature-Controlled Plunger Pump) Product Applications

* Metering applications

* Temperature-controlled liquid delivery

* Applications requiring resistance to organic solvent corrosion and biocompatibility

* Research and development

* Teaching

* Solvent delivery for chromatographic systems and chemical reaction fluid delivery

CP Series High-Pressure Constant Flow Temperature-Controlled Pump (High-Pressure Temperature-Controlled Constant Flow Pump/High-Pressure Temperature-Controlled Plunger Pump) Parameters

CP Series High-Pressure Constant Flow Temperature-Controlled Pump (High-Pressure Temperature-Controlled Constant Flow Pump/High-Pressure Temperature-Controlled Plunger Pump) Main Features of the Temperature Control Component:

Temperature control utilizes PID automatic control, with temperature control accuracy of ±0.5℃, real-time temperature monitoring, uniform heating, providing a stable microenvironment for the medium flow process. The pump inlet and outlet, pump cavity area, and fluid path temperature are consistent.