Spray Pyrolysis Equipment NTPY01

Description

Specifications: Actuator: Stepper motor Drive speed X axis: 10 – 800mm / sec Drive speed Y axis: 1 – 12mm / sec Sprayer traverse X – Y 200mm max. Dimension: 150 x 150mm (Customizable size and shape) Temperature RT to 500° C (± 1°C) Power input 230V, 50Hz single phase Spray Pyrolysis Process The process of thin film deposition, wherein the required solution containing the percursor, is sprayed onto the surface of heated substrate, is called Spray Pyrolysis. This is used to fabricate nanostructures by using nano porus nebulizers for the spraying process. The spray pyrolysis process leads to the desired chemical reaction and formation of the final material. The different types of spray pyrolisis techniques that are being used today in scientific laboratories are: 1. Ultrasonic spray pyrolysis (USP) – This is a popular technique for low-cost , large-scale, synthesization of nano materials and thin films. 2. Flame spray pyrolysis (FSP) – Using this technique, oxide thin films are directly deposited onto desired substrates by evaporation and decomposition of sprayed liquid precursors. 3. Laser pyrolysis – This technique uses continuous waves of CO2 laser to heat flowing reactant gases, resulting in molecular decomposition to form vapors to initiate nucleation and followed by the growth of nanoparticles.

Product details

Price range:

1500€ - 3000€

Quantity available:

1 - 1 units

Shipping region:

Europe, Africa, Asia, Australia, North America, South America

Keywords:

Pyrolysis

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Use cases for Spray Pyrolysis Equipment NTPY01

Spray Pyrolysis Equipment NTPY01 can be used in various applications. Get a quick insight.

Use Case

Why and When You Need a New Spray Pyrolysis:

scientific research laboratories, new spray pyrolysis system, advanced materials, trisulfide solar cell

Top Causes for Seeking Better Spray Pyrolysis Equipment People may want to modify their spray pyrolysis equipment for a variety of reasons. Like when they are facing issues in meeting production demands, or getting uneven product quality, or facing high operating expenses, and / or operational complexity. So people are driven to look for a better spray pyrolysis system for a variety of reasons, including outmoded technology, unreliable performance, poor customer support, constrained capacity, safety issues, and environmental considerations. Additionally, the need for an upgrade may be brought on by the need to take advantage of new research opportunities, greater safety features, environmental friendliness, compliance with regulations, decreased production costs, expanded production capacity, and improved product performance. E.g.: The large-scale synthesis of nanomaterials is being revolutionised by the Flame Spray Pyrolysis (FSP) method, which was recently unveiled by Argonne National Laboratory. FSP may produce a wide variety of nanomaterials, including oxide, alloy, silicon, metallic, and particle films, and is not constrained to a single range. It is a flexible game-changer for the sector. Source: bit.ly/42u8jay

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