EMIN Vietnam would like to invite customers & partners to visit our exhibition booth "Vietnam International Electricity, Industrial - Machinery & Automation 2019 - EMA 2019"
EMIN Vietnam would like to invite customers & partners to visit our exhibition booth "Vietnam International Electricity, Industrial - Machinery & Automation 2019 - EMA 2019"
📍EMIN Vietnam booth position: 09-20, Zone B
🏡Venue: Center for Cultural Sport in Tan Binh District. Add: 448 Hoang Van Thu Str., Ward 4, Tan Binh District, HCMC, Vietnam
⏱Time: 09:00 am - 06:00 pm, 4 days 18~21/09/2019
EMA VIET NAM 2019 is organized with the aim of creating conditions for domestic and foreign exhibitors to introduce new products, equipment and technologies. Besides, it is also an opportunity for exhibitors to seek cooperation opportunities, attract investment, transfer of technology, promote trade promotion, bring more efficiency for production and business activities, contribute positively to the socio-economic development of our country.
At this exhibition, EMIN will bring electrical and electronic measuring and testing equipment, and introduce to customers measurement solutions in the fields of mechanics, manufacturing, environment meter equipment, laboratory equipment & automation equipment, etc. Gives customer a close look about the quality of EMIN products and services.
What do surface resistance values of 10⁶, 10⁹, and 10¹² Ω signify? Distinguish between conductive, static-dissipative, and insulating materials to select the appropriate ESD materials and evaluate them according to standards.
Anti-static mats (ESD mats) are considered a critical component of any ESD control area. Over time, the material may degrade, the surface can become contaminated, or conductive properties may diminish—often without any obvious outward signs. An intact appearance does not guarantee that the mat’s charge-dissipative capabilities still meet required standards. To accurately assess the mat's condition, visual inspection should be combined with resistance measurements conducted in accordance with ESD standards.
How do melting point and decomposition point differ? Distinguish between their fundamental nature and identifying characteristics, and explain why many substances do not have a melting point but instead decompose upon heating
What is the melting point of a polymer? Discover why polymers do not have a fixed melting temperature, the differences between thermoplastics and thermosets, and how to determine melting points using a melting point apparatus
Why does a sample exhibit a broad melting range? Explore five common causes ranging from impurities, moisture, and heating rates to sample preparation and learn how to accurately interpret the results.
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