PRI Certification, the #2 Certification Body in China, Launches IATF 16949 Services to Support Growing Automotive Industry-Ameya360 electronic components purchasing network

PRI Certification, the #2 Certification Body in China, Launches IATF 16949 Services to Support Growing Automotive Industry

Release time：2025-08-05

author：AMEYA360

source：PRI

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PRI Certification, the #2 Certification Body in China, Launches IATF 16949 Services to Support Growing Automotive Industry

　　PRI Certification Expands by Adding IATF 16949 Certification Services in China and Enhances Position as One of the Top Two Chinese CBs with 18% Market Share

　　PRI Certification proudly announces the official launch of IATF 16949 certification services in China. The expansion through PRI China’s Beijing office allows the organization to offer IATF 16949 services directly to the Chinese marketplace. In addition to this stronger presence in China, PRI Certification also holds the #2 market share in the United States. This dual-market leadership underscores PRI’s global credibility and trusted reputation across two of the world’s most significant manufacturing regions.

　　This strategic move solidifies PRI Certification’s commitment to delivering high-quality, industry-specific certification solutions throughout Asia. While the Beijing office will serve as the local hub for client engagement and auditing, all technical and certification decisions will continue to be supported through PRI’s team in Warrendale, Pennsylvania, USA—ensuring global consistency, technical rigor, and impartial oversight.

　　Over a Decade of Experience in Asia

　　PRI Certification has been delivering IATF 16949 certification in Japan for over 10 years, earning a strong reputation for excellence and reliability in the region. Expanding into China is a natural progression that aligns with growing demand in the Asian automotive market.

　　Expert Auditors with Deep Automotive Knowledge

　　PRI’s auditors bring unmatched technical expertise and practical insight to each audit. This ensures clients receive not just compliance evaluations but also process improvements that contribute to lasting business value.

　　Tailored Audits Across 30+ Industries

　　PRI Certification has successfully delivered certification services across more than 30 industries worldwide. The organization’s approach to auditing is tailored to the specific needs of the automotive sector, making PRI a trusted partner for companies pursuing or maintaining IATF 16949 Certification.

　　Continuing a Legacy of Quality in China

　　PRI has been providing certification services in China since 2010, helping organizations achieve international quality benchmarks across a wide range of sectors. The introduction of IATF 16949 services marks a significant milestone, strengthening PRI’s ongoing commitment to the region’s automotive manufacturing excellence.

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Trade news

Researchers Print Transistors on 2D Thin-Film Materials

　　While video display manufacturers are furiously trying to devise a practical means to manufacture thin-film transistors (TFTs) with the goal of reducing the cost of monitors, TVs, smartphone screens, and the like, a group of researchers in Ireland have just announced a printing process for creating two-dimensional transistors on thin-film materials that could make displays so cheap that they would be literally disposable.　　A possible application might be packaging for perishables (e.g., a container of yogurt) that displays an expiration-date countdown. Or white wine labels that alert you when the contents are the optimum temperature for drinking. Or imagine if the wrapping for your 7-Eleven breakfast burrito could alert you when your bus or your Lyft is about to arrive.　　The development of the new thin-film transistors was done at Advanced Materials and BioEngineering Research (AMBER), an organization that focuses on materials sciences; it’s funded by Science Foundation Ireland.　　AMBER researchers believe that they’re the first to actually print 2D transistors — they say that they are using a “standard” printing process. They said it was important to show that it was possible to make transistors this way, which is why they did that first, but they seem certain that they’ll be able to use the same process to build solar cells, LEDs, and other devices.　　They described their transistors as vertically stacked, with graphene source, drain, and gate electrodes, a transition metal dichalcogenide channel, and a boron nitride separator. The description comes from the summary of a paper recently published in the journal Science.　　The specific chalcogenide that AMBER said it’s using is tungsten diselenide. It was selected because it has a high charge-carrier mobility.　　The transistors rely on electrolytic gating with ionic liquids, which the AMBER researchers said leads to higher operating currents than achieved with comparable organic TFTs. Electrolytic gating has only recently been proposed for oxide thin films. (Selenium is a chalcogen — chalcogens are also known as the oxygen family).　　The upshot is that the materials that AMBER has chosen for its printed TFT devices carry higher currents than most other TFTs at relatively low drive voltages.　　There are a number of other potential applications for TFT-based displays that may end up as cheap as AMBER promises. AMBER imagines printing interactive smart food and drug labels or using them in next-generation banknote security and e-passports.　　The future is arriving fast.

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