Ezad Lab Furnishing

Leading Name in the Laboratory Casework & Furniture Manufacturing Industry www.labfurnishing.com

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Screen Print vs Digital Transfer Printing : Which Print Method is Best?

Screen print vs Digital Transfer Print - Learn which print method is the best option for your business and the Pro's and Con's of each

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Lab Science Technologies - New Medical Technologies | Cleatech, LLC

Medical lab science technologies need to be adaptive and developed to keep up with the increase risk of new diseases and illnesses

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Laminar Flow vs Turbulent Flow – What are the differences?

Fluid flows can be split into two different types: laminar flows and turbulent flow. In today’s article, we will cover the difference between laminar flows and turbulent flow.

What is Laminar Flow?

Laminar flow occurs when fluid runs in a smooth parallel layer without disruption between the layers. At low speed, the fluid will flow without mixing, creating the illusion of the fluid frozen in motion. Laminar flow is not limited to fluids but also extends to gases.

Laboratory and universities achieve laminar flow using a Laminar Flow Hood where gas travels for some distance through a series of parallel small tubes to protect samples from airborne contamination where a sterile environment is required.

What is Turbulent Flow?

Unlike a smooth motionless flow, turbulent flow travels in a wild motion. This chaotic motion creates an unsteady flow caused by the influx speed at which the fluid is traveling.

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Benefits of an On-Site Nitrogen Gas Generator | Cleatech LLC

On-Site Nitrogen Gas Generators eliminate the inconvenience and high cost of nitrogen cylinders. Learn the benefits of having an on-site nitrogen gas generat...

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Nitrogen is used in various industries to manufacture products used daily by everyone. Let’s take a look at 4 every day uses for nitrogen gas ➤

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How Does a Vehicle Airbags Work? | Nitrogen Gas Generation

Sensors in the front of a vehicle detect a collision sending an electrical signal to a canister that contains sodium azide detonating a small amount of an igniter compound. The heat from the ignition causes nitrogen gas to generate, fully inflating the airbag in .03 seconds.

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How is Nitrogen Generated for the Industrial Applications?

78% of the Earth's atmosphere is made up of Nitrogen gas and is one of the most abundant compounds available in the air. Industries manufacturing food and drugs require the use of nitrogen as part of their manufacturing process.

What Other Industries Use Nitrogen Gas in Their Manufacturing Process?

Semiconductor Industry

Steel Manufacturing

Ligh Bulb Manufacturing

There are two main methods of preparing nitrogen for industrial application; mechanical and fractional distillation.

Fractional Distillation

The process of cooling air into a liquid state, then separating the nitrogen from other chemical compounds using differing in boiling points. This method produces high purity nitrogen for industrial use.

Mechanical Generation

There are two ways nitrogen can be produced using the mechanical generation; membrane filtration or pressure swing absorption (PSA).

Membrane Filtration

Using small semipermeable hollow fiber tube filters to separate compounds in the air. This quick process consumes less energy when compared to fractional distillation, but produces a lower grade nitrogen purity.

Pressure Swing Absorption (PSA)

This method of nitrogen generation using the mechanical generation process is a bit more complicated. Using specialized materials CMS (carbon molecular sieve) to attract the wanted compound based on different molecular properties and separate it from undesirable compounds producing a high purity of nitrogen.

Read our full article on How Nitrogen Is Generated for Industrial Applications. Visit Cleatech.com for information on Membrane Nitrogen Generators.

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How is Nitrogen Generated for Industrial Application?

Nitrogen makes 78% of the air we breathe, odorless, tasteless, and colorless. A unique property of nitrogen is the ability to form multiple bonds with a variety of elements and compounds, making N2 versatile for use in a variety of industries.

What Industries Use Nitrogen Gas?

Food Industry – The food industry uses nitrogen when packaging food to prevent oxidation and food from going bad.

Semiconductor Industry – The semiconductor industry uses to remove oxygen when developing transistors and circuits to prevent oxidation leading to failure in circuits.

Steel Manufacturing – When manufacturing steel, nitrogen is used to prevent oxidation.

Ligh Bulb Manufacturing – An alternative to argon gas is nitrogen when manufacturing a light bulb. It is also a cheaper alternative.

There are two methods of preparing nitrogen for industrial application; mechanical and fractional distillation. Fractional Distillation After nitrogen has been separated using either of the methods described above it can be stored for future use.

Read our full article on Nitrogen Generation for Industrial Application

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How to Generate Nitrogen for Industrial Applications?

Nitrogen (N2) makes 78% of Earth's atmosphere and most abundant compound available in the air. Learn how nitrogen is generated for industrial applications.

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falling in love

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Best Handheld Particle Counter

Particle counter can be used to monitor and diagnose the source of contaminants in cleanroom operations. This device detects and counts physical particles in the environment. Available in three categories aerosol, liquid, and solid detectors. An aerosol particle counter is the right option for monitoring a cleanroom for cleanliness. This article will review the best cleanroom particle counters available online today.

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Providing Essential Monitoring and Classification of Airborne Particles Cleanrooms are essential in the manufacturing process of the semiconductor and pharmaceutical industry. Cleanrooms are design…

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The first woman in space, Valentina Tereshkova started her space flight 56 years ago today, on June 16, 1963. She spent 3 days in space with no food and barely any movement.