Products
- Core Preparation
- Routine Core Analysis
- Special Core Analysis
- Reservoir Stimulation
- EOR
- IFT Measurement
- Fluid Sampling
- PVT
- Pump
- Drilling Laboratory
- Petroleum Laboratory
- Aniline Point Measuring Device
- Cloud Point Measuring Device
- Copper Corrosion Measuring Device
- Distillation Apparatus for Petroleum Fluids
- Ductility of Bituminous Materials Measuring
- Flash Point Measuring Device
- Ostwald’s Viscometer
- Penetration of Bituminous & Lubricating Grease Materials Measuring Device
- Pour Point Measuring Device
- Reid Vapor Pressure Measuring Device
- Saybolt Viscometer
- Smoke Point Measuring Device
- Softening Point of Asphalts & Tar Pitches Measuring Device
- Fluid Laboratory
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Marsh Funnel
The marsh funnel is made of break-resistant plastic and has a fixed orifice with a specified diameter. A fixed mesh near the top across half the cone avoids the orifice from getting blocked by greater particles. The high-impact plastic measuring cup is designed specifically for use with a marsh funnel viscometer and has scales in cubic centimeters and fluid ounces. The marsh funnel viscosity is the ratio of the speed of the sample fluid as it passes through the orifice to the amount of force that is causing the fluid to flow. The marsh funnel viscosity is reported as the number of seconds required for 1000 cm³ of sample fluid to flow out of a full marsh funnel.
Educational Marsh Funnel MF-D10 |
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Designed Based on API Recommended Practice 131 | |
Resistance Plastic | |
Graduated Cup | |
Working Pressure | Ambient |
Working Temperature | Ambient |
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Smoke Point Measuring Device
Read moreThis device is capable of determining the smoke point of kerosene and aviation turbine fuels. This device burns fuel samples under controlled conditions for smoke point determinations of aviation turbine fuels and similar products. Moreover, it consists of a chimney, glass scale, curved glass window, candle socket, a candle with wick tube, and air vent.
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Differential Sticking Tester
Read moreThis apparatus measures the stuck tendency coefficient of a drilling fluid. The probability of the occurrence of stuck pipe situation by drilling fluid, and also, the performance of an additive to the stuck solution could be measured by this setup. It takes into account both the stickiness and the cake-building capability of the drilling fluid. The Stuck Tendency Coefficient is determined by the Timed Filtrate Test. The unit can be pressurized by the CO2 regulator assembly or from any nitrogen source. If Nitrogen is to be used, the Sticking Tester must be fitted with a suitable Nitrogen regulator, gauges, relief valve, hose, and fittings.
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Ostwald’s Viscometer
Read moreOstwald viscometer, also known as U-tube viscometer or capillary viscometer is a device used to measure the viscosity of the liquid with a known density. The method of determining viscosity with this instrument consists of measuring the time for a known volume of the liquid (the volume contained between the marks A and B) to flow through the capillary under the influence of gravity. The instrument must first be calibrated with materials of known viscosity such as pure (deionized) water. Knowing the value of the viscosity of one liquid, one can calculate the viscosity of another liquid.
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Penetration of Bituminous and Lubricating Grease Materials Measuring Device
Read moreThis device is used to determine the penetration of pavement petroleum asphalt, modified asphalt, liquid petroleum asphalt, and emulsified asphalt. It is also suitable to set solid particles, powder, colloid, and raw-food materials such as cheese, glycine, butter, cream, and leavening. It can be widely used in highway engineering and other industrial fields.
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