Temperature: Max. 315℃(700℉)
Pressure : max. 275MPa(40000psi)
Stirring Speed: 150±15rpm
Thickening Measurement: 0~100BC
Power Supply: AC220V±10%, 50/60Hz
The Dual Cell HTHP Consistometer is an advanced high temperature high pressure cement testing instrument designed for oil well cement laboratories, oilfield service companies, cementing service providers, research institutes, and quality control laboratories. The NZCQ2220 Dual Cell HTHP Consistometer is developed to evaluate the consistency and behavior of oil well cement slurry under simulated high-temperature and high-pressure downhole conditions.
With a dual-cell configuration, automatic pressure regulation, touchscreen operation, real-time test monitoring, and an optimized consistency measurement system, this HTHP cement consistometer provides an efficient and reliable solution for professional oil well cement testing and cement slurry evaluation.
During oil well cementing operations, cement slurry can be exposed to significantly elevated temperatures and pressures. Accurate laboratory simulation of these conditions is essential for evaluating cement slurry performance and supporting reliable cementing design.
The NZCQ2220 High Temperature High Pressure Consistometer is capable of operating at temperatures up to 315°C and a maximum working pressure of 275 MPa. The system can automatically regulate pressure during testing according to the required test procedure, helping reduce errors caused by manual pressure adjustment and improving testing consistency.
This makes the Dual Cell HTHP Consistometer suitable for demanding high temperature high pressure oil well cement testing, particularly where laboratory testing needs to reproduce downhole conditions as accurately as possible.
The major advantage of the NZCQ2220 is its dual-cell configuration. Compared with a conventional single-cell HTHP consistometer, the dual-cell design provides laboratories with greater testing capacity and improved workflow efficiency.
The dual-cell system is particularly suitable for oilfield laboratories and cementing service companies that regularly perform multiple cement slurry tests. By integrating two testing cells into one HTHP consistometer, laboratories can optimize equipment utilization and increase testing productivity.
For laboratories searching for a dual cell cement consistometer, dual cell HTHP consistometer, or high-pressure cement slurry testing system, the NZCQ2220 provides an integrated laboratory solution.
The NZCQ2220 is equipped with a large touchscreen that allows operators to configure test parameters directly through an intuitive user interface. Test parameters, operating conditions, and curve graphs can be displayed clearly on the screen during testing.
The touchscreen interface simplifies daily operation and reduces dependence on complicated mechanical buttons and manual controls. After test parameters are configured, the system can operate automatically with one-button operation.
During testing, operators can monitor key test information and curve graphs in real time. Screenshots can also be taken, saved, and output for laboratory records and quality control documentation.
These features make the NZCQ2220 a practical choice for laboratories requiring automated cement slurry testing equipment with convenient data monitoring and documentation capabilities.
Accurate pressure control is an important requirement for HTHP cement testing. The NZCQ2220 incorporates an automatic pressure regulation system designed to simulate high-pressure downhole conditions according to applicable test procedures.
Automatic pressure adjustment helps reduce deviations associated with manual operation and provides a more stable testing environment. This is particularly important when conducting repeatable oil well cement slurry consistency tests under high-temperature and high-pressure conditions.
Multiple alarm limits can also be configured according to laboratory requirements. Alarm parameters may include cement slurry consistency, pressure, air supply pressure, and oil reservoir level, allowing operators to identify abnormal operating conditions more efficiently.
Reliable consistency measurement is essential for evaluating oil well cement slurry behavior. The NZCQ2220 uses an optimized potentiometer designed to provide improved accuracy, durability, and calibration convenience.
The potentiometer provides reliable contact with the contact pins in the test cell, while its optimized structure helps reduce the influence of cement slurry on the spring mechanism. The system also incorporates a smart calibration approach, simplifying routine consistency calibration.
This design helps laboratories maintain stable measurement performance while reducing the maintenance associated with conventional consistency measurement systems.
Following a high-temperature cement slurry test, efficient cooling is important for laboratory productivity and equipment operation. The NZCQ2220 incorporates a built-in cast-aluminum chiller with a stainless-steel coil pipe.
The cooling structure is designed to improve heat diffusion and increase the effective heat-transfer surface, helping shorten the cooling period after high-temperature testing.
When connected to an external chiller, the system can also support testing below ambient temperature, providing additional flexibility for specialized cement slurry testing applications.
The Dual Cell HTHP Consistometer provides real-time monitoring of the oil reservoir through the touchscreen interface and an independent oil level indicator. Operators can monitor the oil filling and oil return process and check the operating status of electrically controlled valves.
An automatic oil-level sensor provides an alarm signal when the oil level is insufficient or when the reservoir reaches its filling limit. This helps reduce the possibility of operational errors caused by insufficient or excessive oil levels.
The system also combines electrically operated valves with manual valves for important functions such as cooling, air exhaust, and air-to-cylinder operation. Manual valve operation can be used during emergency situations, such as power failure.
The NZCQ2220 can be used as professional oil well cement laboratory equipment for applications including:
The instrument is designed for professional laboratories where reliable testing, automated operation, and efficient data monitoring are important requirements.
According to the supplied technical documentation, test data from NITHONS instruments are stated to conform with API 10A and GB/T 10238, satisfying API certification requirements for oil well cement.
This makes the NZCQ2220 suitable for laboratories that require professional API-related oil well cement testing equipment and standardized laboratory testing procedures.
For oilfield service companies, cementing contractors, research laboratories, and oil well cement manufacturers, selecting the right HTHP Consistometer can directly affect laboratory testing efficiency and data reliability.
The NZCQ2220 combines a dual-cell testing configuration, high-temperature and high-pressure operation, automatic pressure regulation, touchscreen control, real-time data monitoring, optimized consistency measurement, intelligent alarms, and efficient cooling in one integrated system.
With a maximum temperature of 315°C and maximum working pressure of 275 MPa, the NZCQ2220 is designed for demanding high temperature high pressure oil well cement testing applications. The adjustable rotation-speed version can provide a rotation speed range of 0–300 rpm, offering additional flexibility for different laboratory testing requirements.
For companies looking for a reliable Dual Cell HTHP Consistometer, High Temperature High Pressure Consistometer, Oil Well Cement Testing Equipment, or Cement Slurry Testing Equipment, the NZCQ2220 provides a professional solution combining testing capability, automation, operational convenience, and laboratory efficiency.
Sino-Japanese joint venture Tianjin Nithons Technology Co., Ltd. was established in 2013, focusing on the research and development, manufacturing, sales and after-sales service of a new generation of oil cementing testing instruments and related accessories.
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