How Does an Automated Humid Air Porometer Work?

A porometer is an instrument that is used to measure the porosity of the membranes where the liquid is displaced from the pores of pressurized gas. Although porometers are used widely in industries, here is a quick beginner guide on how an automated humid air porometer works.

How Does an Automated Humid Air Porometer Work?

Automated Humid Air Porometer is a top-class product from Porous Materials, a leader in porosity solutions. The company has invested 35 years of hard work and learning in this machine, which provides highly accurate and dependable results.

This automated machine is designed for linear turbulence-free test gas flow. What makes this machine extraordinary is that it uniformly distributes the pressure to the O-ring seals, eliminating the need to tighten the cap on the sample chamber by hand. The pressure is measured close to the sample, and thus, the correction in differential pressure is minimized.

The machine is easy to use and hardly requires operator assistance; also, it provides quick results due to the automatic addition of wetting liquid.

What Makes Automated Humid Air Porometer from Porous Material Special?

This machine produces accurate results in the minimum possible time. The machine is fully automated and is sophisticated equipment that suits a variety of industries.

The machine stands 61 inches tall and 30-inch-wide with a depth of 26 inches. The ideal power for the machine is 110/220 VAC at 50/60 Hz; however, the company (Porous Materials) claims that it can alter the power requirements as per the needs of clients.

The accuracy of this porometer is pinpoint. It is designed to be the best porometer with a resolution of 1 in 60,000 and with a pressure transducer range of 0 – 500 psi, it is one of the best among the rest.

The pore size range of this automated humid air porometer starts from 0.013 and ends at 200 microns. The porometer is compatible with clean, dry, compressed, non-inflammable, and non-corrosive gases.

Capabilities of Automated Humid Air Porometer

· Bubble Point (the largest through pore throat diameter)

· Mean flow pore diameter (50% of the flow is through pores smaller than the mean flow pore)

· Pore diameter range

· Pore distribution

· Gas permeability in any desired units, including Frazier, Gurley, Rayl, and Darcy

· Liquid Permeability: Measures liquid flow rate through the sample when pressure is applied to excess liquid on the sample. The volume of liquid measured using a penetrometer

Conclusion:

The fully automated machine, Advanced Automated Porometers produce accurate results, requiring minimal operator involvement and reduced test duration. Designed for linear turbulence-free test gas flow, the machine has set its mark in several industries for its numerous features and capabilities. For more information visit our site https://pmiapp.com/