All Products

Max Pressure: 2,000 psi | Max Temperature: 500°F

The M2170 is designed to test lubricity performance on different types of drilling fluids by allowing the user to conduct HPHT lubricity testing on solid to solid surfaces with liquid or particulate lubricants.

Max Pressure: 2,000 psi | Max Temperature: 500°F

The M2180 features a pressurized, temperature-controlled environment that realistically simulates downhole wellbores. Filtrate medium is available in several porosities and permeabilities.

Temperature: 500°F | Pressure: 2,000 psi

Patented instrument with 3-in-1 test functions for lubricity testing, filtration testing, and real simulation of drilling.

Compatibility: Grace Instrument M3600 Rheometer and M3400 Manual Dial-Reading Viscometer

This convenient kit includes components and instructions to perform weight calibration for the M3400 and/or M3600.

RPM Range: 1,000 rpm Minimum | 25,000 rpm Maximum

Mixer with variable speeds for cement and other shear-sensitive dry or liquid materials.

Shear Rate Range: 0.17 - 1020 sec^-1 | Viscosity Range: 0.5 - 10,000,000 cP

9-speed viscometer with 10-min or 10 sec gel strength test sequences offers repeatable test results.

Max. Temp.: 200°F | Dimensions: 3" W x 3.5"D x 3"H

Designed for the containment of sample fluid while viscosity measurement and readings are taken at elevated temperatures. Engineered to accompany the Grace Instrument M3400 Manual Viscometer.

Temperature: 212°F | Pressure: Ambient

Designed for measuring fracturing fluids, acidizing fluids, general viscosity measurement, and mud testing.

Temperature: 212°F | Pressure: Ambient

M3600 Acid Viscometer features acid-resistant wetted material and components suitable for corrosion and acidizing testing

Gauss Rating: Up to 3,000; constant 800 Gauss at magnet face

The Grace Instrument M3605 Viscometer is designed to measure fluids with an electro-magnetic field.

Max. Temperature: 212°F | OD: 3.5" Dia. x 4⅜" H

Designed for containment of sample fluid while viscosity measurement and readings are taken at elevated temperatures. Engineered to accompany the Grace Instrument M3600 Rheometer.

Max Pressure: 1,000 psi | Speed: 3 to 600 rpm (Continuous)

Rotating bob is only component in contact with test fluid, removing need for dynamic seal, providing dependable measurement of viscosity, fracturing fluid, or drilling mud.

Temperature Range: Ambient to 1,200ºF (~649ºC)

The M4030 Temperature Controller is designed to monitor and control the heating process of select Grace Instrument heating equipment.

Pressure: 1,800 psig | Temperature: 350°F

The M4050 HPHT Filter Press is designed to measure the effectiveness of a material being tested through pressurization.

Pressure: 1,800 psig | Temperature: 500°F

The M4070 HP/HT Filter Press is designed to measure the effectiveness of a material being tested through pressurization up to 500°F.

Pressure: 100 psig | Filtering Area: 7.1 in²

The M4075 is a low pressure low temperature filter press that evaluates filtration properties of a drilling fluid.

Max Cell Pressure: 2,500 psi | Max Temperature: 350°F

The Grace Instrument M4085 Automatic Fluid Loss Apparatus evaluates fluid loss properties of fracturing fluid at high temperatures and pressure. Features automatic fluid collection and filitration and digital measurement.

Pressure: 1,800 psi | Filtering Area: 3.5 in²

The M4090 is a high pressure, high temperature filter press capable of measuring filtration properties of a drilling fluid and is equipped with an adjustable heating jacket for safe and easy loading.

Max Pressure: 2,000 psi | Max Temperature: 500°F

Patented high-pressure, high-temperature Linear Swell Meter allows core samples to expand in one direction, making test results extremely repeatable.

Max Pressure: 2,000 psi | Max Temperature: 500°F

Elimination of bob shaft bearings allows the torque transducer to respond quickly and consistently to changing bob shaft torque, providing true rheology measurement under pressure.

Surface Tension Measurement: 10^-6 to 10^2 mN/m | Max Temperature: 212°F

Developed for the measurement of interfacial tension, surface tension, absorption rate and extreme low interfacial tension.

Surface Tension Measurement: 10^-6 to 10² mN/m | Temperature Range: 350°F

The Grace Instrument M6550 HP/HT Spinning Drop Tensiometer measures low interfacial tension at elevated temperatures and pressures.

Max Pressure: 2,000 psi | Max Temperature: 400°F

Determines the fluid loss properties of muds and slurries under high pressure, high temperature conditions

Pressure: Atmospheric | Max Temperature: 200°F

Prepares cement slurry for the testing of thickening time, free water content, fluid loss, viscosity, rheological properties, and various other properties.

Pressure: Atmospheric | Max Temperature: 200°F

Uses a digital chart recorder/controller to help users determine thickening time, free water content, fluid loss, viscosity, and other rheological properties.

Max Pressure: 25,000 psi | Max Temperature: 400°F

Measures slurry consistency while the slurry is subjected to simulated downhole conditions of temperature and pressure.

Max Pressure: 40,000 psi | Max Temperature: 600°F

Measures slurry consistency while the slurry is subjected to downhole conditions of elevated temperature and pressure than that of model M7250.

Max Pressure: 25,000 psi | Max Temperature: 400°F

Measures slurry consistency while the slurry is subjected to simulated downhole conditions of temperature and pressure and can simultaneously perform two independent tests.

Max Pressure: 40,000 psi | Max Temperature: 600°F

This consistometer measures slurry consistency, and performs two independent tests all while the slurry is subjected to downhole conditions of higher temperature and pressure than that of model M7270.

Max Pressure: 10,000 psi | Max Temperature: 400°F

Transmits an ultrasonic pulse through a cement slurry sample to determine the compressive strength of the cement.

Max Pressure: 20,000 psi

Continuously measures the expansion and contraction of cement samples while performing a standard UCA test to determine compressive strength.

Max Pressure: 20,000 psi | Max Temperature: 400°F

M7360 determines the compressive strength of the cement at a higher temperature and pressure than the M7350 unit.

Max Pressure: 10,000 psi | Max Temperature: 400°F

Uses automatic controls to perform non-destructive strength tests on cement slurries under high pressure and temperature conditions.

Max Pressure: 3,600 psi | Max Temperature: 700°F

Designed to cure standard two-inch cement cube samples for compressive strength testing.

Max Pressure: 30,000 psi | Max Temperature: 600°F

Patented high pressure, high temperature, coaxial cylinder, and rotational rheometer is engineered to measure various rheological properties of fluids

Viscosity: 0.5 - 5,000,000 cP | Max Temperature: 600°F

Patented design of the cement cell module eliminates jewel bearings, thus preventing measurement errors or contamination of sample fluids.

Max Pressure: 30,000 psi | Max Temperature: 600°F

An add-on module for the Model 7500 Ultra HPHT Rheometer and provides an automated, ultra-high pressure and high temperature linear swell meter.

Max Pressure: 30,000 psi | Max Temperature: 600°F

Patented design of the cement cell module eliminates jewel bearings, thus preventing measurement errors or contamination of sample fluids.

Max Pressure: 25,000 psi | Max Temperature: 400°F

The Grace Instrument M7530 Corrosion Test Module conducts corrosion testing under high pressure and temperature conditons to determine corrosiveness of a fluid.

Max Pressure: 20,000 psi | Max Temp.: 400°F (Optional 450°F)

Measures slurry consistency, thickening time, and static gel strength while slurry is subjected to simulated downhole conditions. This compact unit is designed for fast, easy PC operation.

Max Pressure: 30,000 psi | Max Temperature: 600°F

Measures slurry consistency while the slurry is subjected to simulated downhole conditions of higher temperature and pressure than the Model 7540. Can also measure gel strength

Max Pressure: 5,000 psi | Max Temperature: 400°F

Helps determine methods for decreasing gas migration of cement samples during cementing operations. Allows operators to evaluate potential gas migration during downhole conditions.

Max Pressure: 40,000 psi | Max Temperature: 600°F

Patent-pending design allows the testing of magnetically-sensitive fluids, such as those containing hematite.

Dual Measuring Range: 250/15 kN

The M7910 is designed to test the compressive strength of cement under pressurized conditions.

Max Pressure: 20,000 psi | Max Temperature: 600°F

Patented Sagging Tester is designed for evaluating barite sagging and other weight material sag under simulated drilling conditions.

Max Pressure: 10,000 psi | Max Temperature: 400°F

Designed for high-pressure and high-temperature testing of process fluids. This ASME-compliant accumulator can store and transfer high-pressure fluid via hydraulic displacement.

Max Pressure: 10,000 psi | Max Temperature: 392°F

Completely customizable, the core flow tester is designed to accurately measure permeability changes to a formation core sample without draining confining fluid, with less clean-up time and more test repeatability.

Max Pressure: 10,000 psi | Max Temperature: 150ºC

The Grace Instrument M9103 3-Phase Separator measures the level of two fluids in a gravity-based 2-phase high-pressure separator.

Max Pressure: 2,000 psi | Core Cell Diameter: 2 to 6 in. (Custom Diameters Available)

Injects water, brine, refined oil, and other fluids* into core sample, vacuums out trapped air, and completely saturates sample with high-pressure liquid pump.

^{*Optional add-on to use crude oil and compatibility with other fluids available upon request. Contact Grace Instrument for details.}

Filter Sizes: 47 mm/ 300 ml capacity | 90 mm / 1,000 ml capacity

Filtration Assemblies are designed for HPLC, particulate, and microbiological contamination filtrations

Pressure: Up to 10,000 psi | Temperature: Room Condition

Designed to perform measurement of rock electrical resistivity at overburden conditions.

Max Confining Pressure: 10,000 psi | Max Working Temperature: 302°F

Filtration Assemblies are designed for HPLC, particulate, and microbiological contamination filtrations

Max Working Pressure: 10,000 psi | Max Working Temperature: 302°F

The System is used to test dynamic miscibile (or homeogeneous) solutions at reservoir conditions.

Max Pressure: 200 psi

Measures the effective porosity of a core sample using Boyle's Law to calculate the volume through pressure change during the expansion of helium or nitrogen.

Max Pressure: 10,000 psi | Max Temperature: 392°F

The M9145 Porosimeter is used to measure the pore volume and grain volume of core samples. Using Boyle's Law, the grain density and porosity may also be obtained.

Max. Confining Pressure: 10,000 psi (690 bar) | Max. Pore Pressure: 500 psi (34 bar)

An advanced system for performing porosity and permeability tests on plug-sized core samples under confining pressures with different testing media.

Max. Confining Pressure: 1,000 psi | Pore Pressure: 500 psi

Measures gas permeability of high permeability core samples under confining pressures up to 1,000 psi. Using steady state method, calculates permeability by measuring differential pressure and flow rate of testing media.

Max Confining Pressure: 10,000 psi | Pore Pressure: 500 psi

An advanced system for performing porosity and permeability tests on plug-sized core samples under confining pressures with 3 different testing media.

Max Pressure: 5,000 psi | Max Temperature: 350°F

Designed to simulate foam fracturing and acidizing processes under down hole conditions of temperature and pressure, while providing comprehensive data collection, including power law n' and k' values for future modeling.

Max Pressure: 150 psi | Max Temperature: 90°F

Designed to use a straight tube flow structure to evaluate the performance of a friction reducer for oilfield use.

Max Pressure: 10,000 psi | Max Temperature: 350°F

Combines the operation of a foam loop system with a formation damage evaluation system that can measure permeability changes to a formation core in a high temperature and high pressure environment.

Max Pump Pressure: 90 psi (0.62 MPa) | Flow Rate Range: 0-4 gal./min. @ 90 psi (Based on water at 68°F.)

The Grace Instrument M9350 Friction Flow Loop system's innovative straight-tube flow design evaluates the performance of friction reducers used in oilfields.

Max Pressure: 10,000 psi | Max Temperature: 482°F

Capable of testing hydrochloric, hydrofluoric and organic acids used for acid stimulation of carbonate and sandstone reservoirs. This instrument also helps analyze acid stimulation performance under reservoir conditions.

Max Pressure: 10,000 psi | Max Temperature: 400°F

Performs fracture conductivity and leak-off testing. It is also designed to simulate downhole conditions of temperature and pressure while testing proppant conductivity and leak-off rates.

Max Pressure: 15,000 psi | Max Temperature: 400°F

Designed to study the phase behavior of hydrocarbon fluids, the system is mercury-free, and features an embedded pump which generates the required pressure for testing operations

Max Pressure: 15,000 psi | Max Temperature: 400°F

Designed to study the phase behavior of hydrocarbon fluids, the system is mercury-free, and features an embedded pump which generates the required pressure for testing operations

Max Pressure: 350 bars | Max Temperature: 150°C (302°F)

The M9715 cell is a robust visualization solution for studying one-phase and multiphase behavior of fluids (including gases) during enhanced oil recovery (EOR) testing.

Max Pressure: 20,000 psi | Max Temperature: 302°F

Designed to provide fundamental details on the dynamics of flow displacement and phase behavior at reservoir conditions

Max. Pressure: 15,000 psi (~1,034 bars) | Max. Temperature: Ambient to 350°F (175°C)

Designed to inject oil and gas at a predetermined volume, mix them together, and heat the resulting mixture in HP/HT conditions.

Variable Speed: 2 to 5 cycles minimum | Max Temperature: 150°C

The Grace Instrument M9735 Restoration Apparatus was designed to restore samples to its original reservoir conditions.