Spectrum Tubes (MT-0473 Series) - Product Image

Spectrum Tubes (MT-0473 Series)

Model Number: MT-0473

The Spectrum Tubes (MT-0473 Series) are precision gas discharge tubes designed for spectroscopy experiments and optical demonstrations. Manufactured by Micro Technologies, these tubes produce distinct emission spectra when energized, making them ideal for physics laboratories, educational institutions, research facilities, and spectroscopy training applications.

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Product Specification

The Spectrum Tubes (MT-0473 Series) are specially manufactured for demonstrating the characteristic emission spectra of various gases during spectroscopy experiments. Manufactured by Micro Technologies, these discharge tubes provide bright and well-defined spectral lines that assist students, researchers, and laboratory professionals in understanding atomic emission and gas excitation principles.

Each tube consists of a straight glass body with a fine capillary section positioned at the center. The capillary concentrates the electrical discharge, producing an intense and clearly visible spectrum suitable for observation through spectroscopes and spectrometers.

The tubes are approximately 20 cm in length and are filled with carefully selected high-purity gases under controlled pressure to ensure consistent spectral performance and long service life. Their robust construction allows repeated use in educational and research laboratories.

For extended operating life, the tubes are recommended to be operated in 30-second ON and 30-second OFF cycles, minimizing heat generation and preserving gas stability during prolonged demonstrations.

The MT-0473 Series is widely used in physics laboratories, colleges, universities, optical laboratories, spectroscopy research, educational demonstrations, and scientific training programs for studying atomic spectra, wavelength identification, and gas emission characteristics.

Manufactured by Micro Technologies, every Spectrum Tube undergoes strict quality inspection to ensure accurate spectral output, reliable electrical performance, and long operational life.


Features

  • Precision gas discharge spectrum tubes
  • Straight glass tube construction
  • Central capillary discharge section
  • Bright emission spectrum
  • Approximately 20 cm tube length
  • High-purity gas filling
  • Excellent spectral clarity
  • Durable laboratory-grade construction
  • Suitable for repeated demonstrations
  • Compatible with standard spectrum tube power supplies
  • Long operational life
  • Easy installation and replacement

Benefits

  • Produces sharp and distinct emission spectra
  • Ideal for spectroscopy education
  • Supports atomic emission studies
  • Suitable for laboratory demonstrations
  • Reliable and repeatable spectral performance
  • Easy to observe using spectroscopes
  • Durable glass construction
  • Low maintenance
  • Suitable for research and teaching
  • Long service life

Product Specifications

Specification Details
Product Name Spectrum Tubes
Model Series MT-0473
Product Type Gas Discharge Spectrum Tube
Construction Straight Glass Tube with Central Capillary
Tube Length Approximately 20 cm
Gas Filling High-Purity Spectroscopic Gas
Spectrum Type Atomic Emission Spectrum
Recommended Duty Cycle 30 Seconds ON / 30 Seconds OFF
Compatibility Standard Spectrum Tube Power Supply
Applications Physics Laboratories, Spectroscopy, Optical Experiments, Educational Demonstrations

Available Models

Model Gas Filled
MT-0473-A Krypton
MT-0473-B Helium
MT-0473-C Neon
MT-0473-D Hydrogen
MT-0473-E Mercury Vapour (Optional)
MT-0473-F Sodium Vapour (Optional)
MT-0473-G Argon (Optional)

Optional Accessories

  • Spectrum Tube Power Supply
  • Hand Spectroscope
  • Prism Spectroscope
  • Diffraction Grating Spectroscope
  • Optical Bench
  • Tube Holder
  • Connecting Leads
  • Storage Case

SKU System

  • MT-0473-A
  • MT-0473-B
  • MT-0473-C
  • MT-0473-D
  • MT-0473-E
  • MT-0473-F
  • MT-0473-G

FAQs

What are MT-0473 Spectrum Tubes used for?

They are used for studying atomic emission spectra, spectroscopy experiments, wavelength identification, and physics laboratory demonstrations.

Which gases are available in the MT-0473 Series?

Standard variants include Krypton, Helium, Neon, and Hydrogen, with optional versions such as Argon, Mercury Vapour, and Sodium Vapour.

Why is a capillary section provided in the tube?

The central capillary concentrates the electrical discharge, producing a brighter and more clearly defined emission spectrum for observation.

How should the spectrum tubes be operated?

For maximum service life, operate the tubes using a 30-second ON and 30-second OFF duty cycle to reduce heating and extend tube life.

Can these tubes be used with any power supply?

The tubes are designed for use with compatible spectrum tube power supplies that provide the correct operating voltage and current.

Which laboratories commonly use spectrum tubes?

They are widely used in schools, colleges, universities, physics laboratories, research institutes, spectroscopy laboratories, and science education centers.

Can the MT-0473 Series be supplied in bulk?

Yes. Micro Technologies supplies spectrum tubes for educational institutions, OEM projects, government tenders, distributors, export orders, and bulk laboratory procurement.


Why Choose Our Products

  • Bright and accurate emission spectra
  • High-purity gas filling
  • Durable laboratory-grade construction
  • Consistent spectral performance
  • Suitable for education and research
  • Compatible with standard laboratory equipment
  • OEM manufacturing support
  • Competitive pricing
  • Bulk institutional supply
  • Strict quality inspection
  • Professional technical assistance
  • Reliable after-sales support

Call to Action

Choose the Spectrum Tubes (MT-0473 Series) from Micro Technologies for reliable spectroscopy experiments, physics demonstrations, and optical laboratory applications. Contact us today for pricing, customized gas variants, educational institution supply, OEM manufacturing, government tenders, distributor inquiries, or a competitive quotation.