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<oembed><version>1.0</version><provider_name>Protech Transfer</provider_name><provider_url>https://protech-transfer.com/th/</provider_url><title>&#xE04;&#xE23;&#xE37;&#xE48;&#xE2D;&#xE07;&#xE04;&#xE33;&#xE19;&#xE27;&#xE13;&#xE40;&#xE1A;&#xE49;&#xE32;&#xE1B;&#xE39;&#xE19;&#xE07;&#xE32;&#xE19;&#xE2B;&#xE25;&#xE48;&#xE2D; - Protech Transfer</title><type>rich</type><width>600</width><height>338</height><html>&lt;blockquote class="wp-embedded-content" data-secret="TERR9X7PWY"&gt;&lt;a href="https://protech-transfer.com/th/gu-pressure-calculator/"&gt;&#xE04;&#xE23;&#xE37;&#xE48;&#xE2D;&#xE07;&#xE04;&#xE33;&#xE19;&#xE27;&#xE13;&#xE40;&#xE1A;&#xE49;&#xE32;&#xE1B;&#xE39;&#xE19;&#xE07;&#xE32;&#xE19;&#xE2B;&#xE25;&#xE48;&#xE2D;&lt;/a&gt;&lt;/blockquote&gt;&lt;iframe sandbox="allow-scripts" security="restricted" src="https://protech-transfer.com/th/gu-pressure-calculator/embed/#?secret=TERR9X7PWY" width="600" height="338" title="&#x201C;&#xE04;&#xE23;&#xE37;&#xE48;&#xE2D;&#xE07;&#xE04;&#xE33;&#xE19;&#xE27;&#xE13;&#xE40;&#xE1A;&#xE49;&#xE32;&#xE1B;&#xE39;&#xE19;&#xE07;&#xE32;&#xE19;&#xE2B;&#xE25;&#xE48;&#xE2D;&#x201D; &#x2014; Protech Transfer" data-secret="TERR9X7PWY" frameborder="0" marginwidth="0" marginheight="0" scrolling="no" class="wp-embedded-content"&gt;&lt;/iframe&gt;&lt;script&gt;
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</html><description>&#xE40;&#xE04;&#xE23;&#xE37;&#xE48;&#xE2D;&#xE07;&#xE04;&#xE33;&#xE19;&#xE27;&#xE13;&#xE04;&#xE27;&#xE32;&#xE21;&#xE14;&#xE31;&#xE19; GU Granulation Pressure and Duration Calculator &#x2014; Indutherm GU Series Standalone Tool Granulation Pressure and Duration Calculator &#x2014; Indutherm GU Series Calculator for estimating the starting gas pressure, ending gas pressure and linear ramp duration required to compensate for the reduction in melt hydrostatic pressure during granulation. Input Data Mass kg Density g/cm&#xB3; Initial gas pressure Bar(g) Residual metal height at the end mm Number of holes pc Diameter of one hole mm Calibration / Machine constants Flow coefficient Cd &#x2014; Calibration coefficient &#x2014; Inner diameter of the crucible mm Height of crucible mm Calculate Reset defaults Tip: if you only want to compensate for hydrostatics, leave the initial gas pressure at 0 Bar(g). Results Recommended starting pressure 0.000 Bar(g) Recommended pressure at the end 0.000 Bar(g) Ramp / drain duration 0.00 s Duration in [m]:ss 0:00 formatted time OK Cross-sectional area of the crucible Metal volume Initial height of meta</description></oembed>
