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Mercury porosimetry  testing is usually executed to estimate and regulate various chemical properties under higher or ambient temperatures to simulate actual operational consnioditions. During this porosimetry test, the pressure is actually applied through an Automated Mercury Intrusion Porosimeter to force mercury into teeny tiny pores. Consequently, the pore size distribution can be anticipated by determining the applied pressure and the intrusion volume in the test. On the contrary, The PMI Compression Liquid Extrusion Porosimeter has an exceptional ability to evaluate pore diameter and pore volume while sustaining the sample under compressive stress. This hi-tech instrument is employed to classify porous materials used in various industries, including food, biotech, pharmaceutical, and the environment. That’s not it; this testing device does not produce any toxic effects on the environment or personnel. Mercury Porosimetry Testing Method Mercury intrusion porosim...

Mercury Permeability Porosimeter and Water Intrusion Porosimeter are phenomenonal devices. Besides offering accurate measurements and speedy results, these apparatuses are used to examine the total pore volumes, connected porosity, pore size distribution, and surface area. You might also like :  Mercury Intrusion Porosimeter Vs Aquapore Water Intrusion Porosimeter: How Do the Two Differ? Testing Methods During Mercury Porosimetry testing, pressure is applied to force mercury into smaller and smaller pores. Thus, the pore size distribution can be estimated by measuring the applied pressure and the intrusion volume in the test using Mercury Porosimeter. Basically, it is an accurate and versatile engineering instrument used to regulate various properties. It also allows mercury porosimetry testing under higher or ambient temperatures to simulate concrete operational conditions. On the contrary, The Water Intrusion Porosimeter is a unique kind of liquid porometer that’s us...

  Gas adsorption testing services are standard to determine the precise pore size distribution and surface area of different powdered or solid materials. The principle is primarily based on the gas absorption traits on concrete surfaces. On the flip side , in Mercury porosimetry testing, the pressure is applied to force mercury into tinier and tinier pores. Hence, the pore size distribution can be anticipated by measuring the applied pressure and the intrusion volume in the test using Mercury Porosimeter. Let’s move forward to find out the difference between these two testing methods in detail without any further ado. You might also like:   Key Differences Between Aquapore and Gas Absorption Testing Services Method of Mercury Porosimetry Testing Mercury Porosimetry testing is generally used in the petrochemical and catalyst industries for regulating the pore volume and pore size of compound substrates, for instance, alumina zeolites and silica. Mercury porosimetry t...

Air Permeability Tester and Helium Porosimeter are machines that have hastened industrial processes making them cost-effective and less time-consuming. However, when you're faced with choosing one of these machines for your particular industry, you need to know a few things.  First, how do both of these differ, and second, which of these is suited for your industry? So, without further ado, let's discuss the key differences among both of these machines. Helium Porosimeter vs. Air Permeability Tester Helium Porosimeter The Advanced Helium Porosimeter measures the true density and volume of the given samples, including ash coal, char, and many other particles. The test is used to determine the powder bulk of solids, including calcinated petroleum coke.  The true volume of a solid is calculated from the pressure drop when an estimated gas containing the sample can expand into the chamber. Hence, the true volume obtained after the porosimetry excludes the pore volume accessible t...