INVITATION TO VISIT EMIN TAI'S BOOTH AT VIMF BINH DUONG 2026 EXHIBITION
2026년 05월 23일 08시 56분 33초
We cordially invite our valued customers and partners to visit and experience the EMIN booth at VIMF 2026 Binh Duong. EMIN looks forward to welcoming you!
Dear Customers & Partners,
EMIN GROUP is pleased to announce its participation in the Vietnam Industrial & Manufacturing Exhibition 2026 (VIMF Binh Duong 2026), the leading trade event in the ASEAN region, taking place from June 17-19/06 at WTC Expo International Exhibition Center., Binh Duong, HCM.
2026 marks the 26th edition of the VIMF & VIAF exhibition series the 8th edition held in Binh Duong. The exhition gathering more than 650 exhibitors with more than 800 booths from 20 countries and territories such as Vietnam, Germany, Japan, USA, Korea, Singapore, Thailand, China, India, Malaysia, Italy... The event is expected to attract more than 25,000 high-quality visitors from key industries.
This will be a great opportunity for EMIN to introduce to customers and partners the latest products, measuring and testing equipment and technological solutions in the fields of electricity - electronics, automation and industrial production.
We are pleased to welcome Customers and Partners to visit, experience and exchange at booth EMIN - No.264 within the framework of Vietnam Industrial & Manufacturing Exhibition 2026!
Confined space environments frequently accumulate hazardous gases originating from organic decomposition or long-term chemical reactions. Therefore, strictly adhering to the minimum 3-minute air testing procedure using a Portable Gas Detector is considered a mandatory safety requirement to protect workers' lives.
Many laboratories still rely on older-generation hotplates equipped with mechanical control knobs, the markings on which have long since faded. Technicians are often forced to stand by and constantly monitor temperatures; samples are frequently prone to localized overheating which compromises the accuracy of analytical results while the risk of spilled solvents seeping into the control circuitry poses a constant threat of equipment failure. In recent years, there have been significant advancements in microprocessor technology, heating plate materials, and magnetic stirring systems. This article addresses all technical questions to consider when evaluating the replacement of such equipment
Power integrity requires more than applying simple decoupling-capacitor rules of thumb. As IC processes reach gigahertz levels, lower-speed circuitry also needs more careful consideration.
