Ruby Balls/Spheres
5 to 50 µm ruby balls
- Perfect spherical shape ruby balls
- 10 mg of 5 - 50 µm ruby balls
- Optimum Cr3+ concentration for an improved signal intensity
- Specific heat treatment providing some sharper R1, R2 lines for a more accurate pressure calculation
- Spherical shape making it easier for the end-user to identify their location in a gasket hole.
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Description
Almax easyLab supply ultra-high quality Ruby spheres. Perfect spherical shapes enabling easier identification of the Ruby manometer inside the sample space.
The ruby balls are supplied on a microscope glass slide containing around 10 mg of small balls of variable size between 5 and 50 microns in size.
The optical grade of the starting Ruby and the annealing process is important to provide a good intensity of the Ruby peaks (R2 and R1 lines) as well as a well-defined two peaks. It has been demonstrated that such annealing process is important to avoid internal strain in the Ruby which in turn provides a reliable pressure calibrant. To enhance their quality, our Ruby balls undergo multiple heat treatments.
The FWHM of the R1 line has been measured as around 0.6 nm at room temperature and ambient pressure.
Specifications
Material | (Al2O3):Cr3+ |
Chromium content | 3000 ppm |
FWHM | 0.6 nm |
Balls size distribution | 5 to 50 µm |
Quantity | 10 mg |
Almax easyLab is committed to its policy of continuous improvement. Specifications may change without notice. easyLab and Diacell are registered trademarks of Almax easyLab.
Documents
We have compiled a series of technical documents (brochures, articles, technical drawings, …) which you might find useful to help you understand this product better.
Technical documentation
Ruby Micro Balls Extended Brochure
FAQs
What are the benefits of the Ruby spheres compared to the Ruby Grains?
The spheres are more a premium choice of Ruby. They are better suited for demanding pressure determination (small volume, difficult to visualise the gasket hole to name a few,…)
- Optimum Cr3+ concentration for an improved signal intensity;
- Specific heat treatment providing some sharper R1, R2 lines for a more accurate pressure calculation;
- Spherical shape making it easier for the end-user to identify their location in a gasket hole.
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