The Single Cell Variable Temperature Consistometer is an advanced laboratory instrument designed for precise rheological measurements under varying temperature conditions. It is widely used in industries such as petroleum, chemical, and material science to evaluate the consistency, viscosity, and flow properties of fluids across a broad thermal spectrum.
The Single Cell Pressurized Consistometer (also known as Single Cylinder Consistometer or Single Cell HTHP Consistometer) is an advanced laboratory instrument designed for precise measurement of cement slurry consistency under high-temperature, high-pressure (HTHP) conditions. This experimental apparatus is essential for oilfield laboratories and research facilities to evaluate the thickening time and rheological properties of cement slurries used in well cementing operations.
The Dual Cell Variable Temperature Consistometer is an advanced testing instrument designed for measuring the consistency and rheological properties of materials under varying temperature conditions. It is widely used in industries such as petroleum, drilling fluids, cement, and chemical processing, where precise control of temperature and shear conditions is critical.
The Split Type Portable Consistometer is a precision-engineered instrument designed specifically for measuring the thickening time and consistency of oil well cement slurry. Its robust split-type construction ensures reliable performance in both laboratory and field environments, making it an essential tool for cement testing in the oil and gas industry.
The ATMOSPHERIC CONSISTOMETER is a precision-engineered atmospheric pressure consistency measuring instrument specifically designed for comprehensive oil well cement analysis in compliance with API Specification 10. This advanced instrument ensures accurate evaluation of cement slurry properties under simulated downhole conditions, providing critical data for well cementing operations.
The Benchtop Consistometer is a high-performance portable HTHP Consistometer designed for accurate and reliable measurement of cement slurry consistency under high-temperature high-pressure (HTHP) conditions. Compact yet robust, this portable unit delivers laboratory-grade precision for oilfield cement testing, ensuring optimal slurry design and quality control.
