![]() ![]() In 2000, we published weekly electronic magazine which was welcomed by insiders. ![]() In 2002, we pioneered the mobile device-"Lube Expert " which won the certification from Shanghai Hi-tech Achievements Transformation Project. In 2006, we promoted the e-mail version of which drew great attention in the circle. Until 2011, we had been consecutively appointed as the only media supporter of the China International Lubricants and Technology Exhibition. Timeline In 2012, we designed and pioneered the English and Chinese bilingual app Viscosity Calculator Tool on the basis of mobile devices Android and IOS. Post your questions, if any, and comments in the Help Discussion Forum.About us Since 1999, have gathered lube industry stakeholders from all over the china to discuss regional and global issues which impact on our industry.Over the years, we have been playing an unique role in the lubricants industry in the Asia-Pacific is your B2B multimedia partner in china. Try to verify the numbers given in Figure 9.13, and calculate a viscosity of the blend if viscosities were linearly additive to compare with the value calculated in Figure 9.13. of your textbook, and the procedure shown in Figure 9.13 to calculate the viscosity of the blend. For the same blend, we can use the Viscosity Blending Index Numbers in Table 12. Similar to pour point, the viscosity of blends can also be calculates using blending index numbers, or plots developed for this purpose. A serious underestimation of the pour point! Thinking that your diesel fuel has a pour point 8.4 ☏, you may try to start your diesel truck on a 12☏ day, to no avail, not knowing that your fuel tank has a gel, and not a liquid that can be easily pumped to the combustion cylinder. Note that if you would assume linear addition of the pour points, you would calculate a blend pour point as = 0.687x(-6) +0.313x40 = 8.4☏.
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