Technical Services

Specialized in R&D and production of aerosolized alloy powder materials

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What are the characteristics of the density of Tijo spherical alloy steel powder?


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We have a high grade loose density and tapping density for fine powder (≤25 μm).
1)Taking 316L as an example, the loose density of 0-25μm powder ≥3.6g/cm3; the tapping density ≥4.7/cm3.  
2)Tijo has a professional product development team to continuously innovate the powder manufacturing process.
3)Tijo powder has a reasonable particle size distribution, good sphericity, high smoothness.
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Customers comes up with detection result of lase particle size are large from their test results?


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The detection results of different instruments are different. Under the premise of satisfying use, different detection instruments can also be targeting multiple times to achieve the acceptable test standards that both parties can be accepted.
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The customer and we use the same instrument, why the results are large?


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Both you and customers need to set the same detection parameters.
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How is our alloy steel powder spherical?


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1)According to the national standard, particles with a long axis length and short shaft length ≤ 1.2 are considered to be spherical particles. 
2)The spherical rate of alloy powder is ≥0.95 (YS/T/T 1297-2019  spherical rate of titanium and titanium alloy powder test methods
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What does density mean with Pyc?


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1)Pyc value indicates real density; 
2)Another name: true density refers to the actual quality of the solid matter of the unit volume in an absolutely dense state, that is, the density after removing the gap between the internal pores or between the particles. The physical properties corresponding to it also have apparent density and accumulation density; 
3)Real density = Sum of density of different ingredients x Proportion
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What does the mean for AT%and WT% in the ingredients description?


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1)AT% is an atom percentage. The wt% is quality percentage.
2)AT% and WT% Conversion formula: The quality (weight) percentage of a certain alloy  composition = atom percentage of this ingredient x This component atomic quantity / (atom percentage of each component x Sum of atomic weights of each component).
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316L、17-4PH、304L、MS1、FeSi6.5、FeCrAl、HK30、430