Tianjin Kelioil Engineering Material and Technology Co., Ltd. is one of the leading manufacturers and suppliers of cementing testing instrument single cell hpht in China. Please feel free to buy high quality cementing testing instrument single cell hpht at low price from our factory. If you have any enquiry about free sample, please feel free to email us.
Operational Convenience
Touchscreen Design: Most models, including atmospheric pressure thickening instruments and high-temperature/high-pressure thickening instruments, feature touchscreen displays. They can real-time display experimental parameters and record experimental curves, making data clear at a glance. Experimental parameters can be directly set and input on the screen, with a simple and intuitive interface for easy modification. Once parameters are set, the instrument can run fully automatically with one click.
Quick-Disassembly Structure: For example, the quick-disassembly high-pressure filter element design allows the filter element to be removed by simply rotating the knob, facilitating easy cleaning. The quick-disassembly water tank structure design also enables convenient disassembly and cleaning, making maintenance more straightforward.
Humanized Design: The thermocouple and potentiometer hook components have dedicated storage positions, and a movable oil receiving tray at the bottom of the instrument ensures easy cleaning.
Engineering Excellence for Enduring Performance
A newly developed oil pressurization system features modular hydraulic units inspired by aerospace technology, designed for straightforward maintenance. These units also eliminate oil mist generation. The system employs a magnetic coupling system to connect the drive motor to the slurry cup, enhancing the reliability of the slurry cup drive to the fullest extent.
The intuitive and robust pressure control system consists of a pump, a sensitive pressure transducer, and a distinctive capillary pressure release device. This configuration ensures easy operation and dependable pressure management, delivering sustained performance and durability for long-term use.
Operational Ease and Advanced Capabilities
The Consistometer's functionality extends beyond merely detecting cement thickening time in routine applications. It also serves as a versatile tool for preparing cement slurries for various additional tests, including free water content determination, fluid loss assessments, and viscosity or consistency evaluations.
Notably, the Consistometer can be externally integrated with a cooling device, empowering users to conduct tests in environments with temperatures below ambient conditions. This adaptability enhances its utility across diverse testing scenarios, combining simplicity of operation with sophisticated capabilities to meet rigorous industrial standards.
Technical Parameters
1.Maximum Temperature: 400°F / 204°C
2.Maximum Pressure: 22,000 psi / 150 MPa
3.Heater Power: 2200 Watts
4.Slurry Cup Rotation Speed: 150 rpm
5.Thickening Time Range: 0 to 100 Bc (Bearden Units)
6.Operating Temperature: Ambient to 120°F / 50°C
7.Turnaround Time: Approximately 20 minutes
8.Pressure Medium: White Mineral Oil
9.Data Acquisition: Multi - channel chart recorder
10.Supporting Software: Compatible with mainstream data acquisition and analysis software. Custom - made software systems are available (optional).
11.Compliance: Complies with API Spec 10A and ISO 10426 - 1 standards
Nithons Comapny
Tianjin NithonsTechnology Co., Ltd., established in 2013, is a Sino-Japanese joint venture and a high-tech enterprise. The company focuses on the research, development, manufacturing, sales, and after-sales service of a new generation of oil well cementing testing instruments and related accessories. Its products cover the entire process of cementing construction detection, including the preparation, curing, thickening, and fluid loss of cement slurry for well cementing. Instruments such as constant speed agitators and high-temperature and high-pressure consistometers are all available. The company can provide instrument customization and upgrading services for old instruments. It also has a 2,000-square-meter production workshop to ensure product quality. Upholding the concepts of innovation, high quality, and comprehensive after-sales service, Nithons provides professional solutions for oil well cementing projects.
Experimental Accuracy
Intelligent Pressure Control: The high-temperature/high-pressure thickening instrument uses a lubrication-free pneumatic booster pump with an air hole needle valve and a high-precision pressure sensor. The pressure in the kettle body is automatically adjusted to meet the range required by API specifications, achieving precise control within ±0.7MPa during both the pressure-increasing and pressure-holding stages. This ensures accurate simulation of downhole high-temperature and high-pressure environments and reduces manual adjustment errors.
Precise Measurement: The atmospheric pressure thickening instrument uses a sensor to measure consistency. The force transmission column is connected to the sensor, and consistency measurement is achieved through a wireless connection between the force transmission column mechanism and the high-precision sensor. The potentiometer has no complex wiring with the panel, making the operation simple, less prone to damage, and more accurate in measurement.
Intelligent Calibration: Equipped with an intelligent calibration system, consistency and temperature calibration can be directly completed via the touchscreen, eliminating the need for frequent spring adjustments in traditional instruments and ensuring more accurate calibration results.
Experimental Efficiency
Fast Cooling Speed: The kettle body cooling uses an aluminum casting cooler, which offers faster temperature diffusion, a larger contact area, and quicker cooling, thereby shortening the interval between experiments and increasing experimental frequency.
Dual-Cylinder Design: The atmospheric pressure thickening instrument adopts two separately controlled water tanks with independent heating and cooling systems and a dual-motor stirring design. This allows two experiments at different temperatures to be conducted simultaneously, improving experimental efficiency.
Functional Versatility
Strong Expandability: Some models, such as the high-temperature/high-pressure thickening instrument, can not only perform high-temperature/high-pressure experiments but also complete experiments below room temperature by connecting an external refrigeration unit.
Meet Multiple Needs: Standard speed-regulating motors satisfy both conventional thickening experiment requirements and scientific research applications such as workover pumping simulation.
Safety and Reliability
Multiple Protections: In case of abnormal overpressure, the high-temperature/high-pressure thickening instrument will automatically alarm and release pressure when the limit pressure is exceeded. It is also equipped with a bursting disc for mechanical pressure relief, providing dual protection to ensure the safety of the instrument and personnel.
Emergency Design: The cooling valve of the instrument adopts a parallel design of an electric valve and a manual valve. Even in case of emergencies (such as power outages), the cooling function can be activated through the manual valve to prevent cement solidification.
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