We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Technology Development.
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Technology Development Product List and Ranking from 16 Manufacturers, Suppliers and Companies

Last Updated: Aggregation Period:Nov 05, 2025~Dec 02, 2025
This ranking is based on the number of page views on our site.

Technology Development Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Nov 05, 2025~Dec 02, 2025
This ranking is based on the number of page views on our site.

  1. DNP光金属 本社 Aichi//Printing Industry
  2. TECHNICAL INFOMATION INSTITUTE CO.,LTD Tokyo//Service Industry
  3. 東レリサーチセンター Tokyo//Service Industry
  4. 4 null/null
  5. 4 KRI Kyoto//Testing, Analysis and Measurement

Technology Development Product ranking

Last Updated: Aggregation Period:Nov 05, 2025~Dec 02, 2025
This ranking is based on the number of page views on our site.

  1. DNP Hikari kinzoku Co., Ltd. Technical Development DNP光金属 本社
  2. [Book] Development of Biological Sensing Technology (No. 2245) TECHNICAL INFOMATION INSTITUTE CO.,LTD
  3. Development of technologies related to early healing of fractures [Public Suwa University of Science and Technology] 信州TLO
  4. Technology development
  5. 4 Developed a technology to directly analyze the reactions on the catalyst surface under actual process conditions. 東レリサーチセンター

Technology Development Product List

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Developed a technology to directly analyze the reactions on the catalyst surface under actual process conditions.

Developed a technology to directly analyze the reactions on the catalyst surface under actual process conditions, contributing to the research and development of catalysts aimed at achieving carbon neutrality, such as in fuel synthesis reactions.

Our company (hereinafter referred to as "TRC") is the first domestic contract analysis company to launch a high-sensitivity analysis service for catalyst surfaces in catalytic reactions under high-temperature and high-pressure conditions, particularly mimicking actual processes, using infrared spectroscopy. A catalyst is a substance that promotes a chemical reaction without changing itself before and after the reaction. To improve the performance of a catalyst, it is crucial to investigate how substances adsorb and react on the catalyst's surface. TRC has made it possible to analyze catalytic reactions under controlled conditions of high temperature and high pressure (up to 700°C and 10 MPa) by using a special diffusion reflection infrared spectroscopy cell that can withstand high pressure, along with circulating reaction gases such as hydrogen and carbon monoxide. This enables the investigation of synthesis reactions of liquid hydrocarbons, which are alternative fuels to petroleum, under high-temperature and high-pressure conditions that mimic actual processes. In addition to optimizing the reaction conditions of catalysts, insights into the reaction mechanisms can also be obtained, which is expected to contribute to the design, development, and improvement of catalysts that are important for achieving carbon neutrality. For more details, please check the related links.

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Development of battery technology that enables 5-minute charging.

Aiming for 5-minute charging comparable to gasoline refueling! We will introduce technologies that contribute to the high efficiency and expansion of EV operations.

Our company is working on the development of battery technology that enables 5-minute charging. Currently, EV charging takes 15 to 30 minutes and faces challenges such as reduced lifespan and lithium plating. To achieve 5-minute charging, it is necessary to address these issues. Our company is pursuing the realization of 5-minute charging through various approaches, including electrode technology, diagnostic technology, and analytical technology. 【KRI's technologies that enable 5-minute charging】 ■ Electrode technology ■ Analytical technology ■ Diagnostic technology *For more details, please download the PDF or feel free to contact us.

  • Company:KRI
  • Price:Other
  • Secondary Cells/Batteries

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【June 1, 2022】New Product Announcement Event Part 1 *Video Release

Bringing Made in Japan technology to the world, establishing a solid system! Introducing Part 1 of the new product launch event.

Our company held a new product announcement event titled "Newborn Logic and Design" on June 1, 2022. In Part 1, we presented topics such as "Bringing Made in Japan technology to the world and building a solid system" and "Focusing on strengthening our intellectual property strategy through the promotion of patent and trademark acquisition." You can view an overview of our company and its current status in the video below, presented by our Representative Director and President. [Overview] - Bringing Made in Japan technology to the world and building a solid system - Strengthening the management structure by appointing two new directors and one outside director (February to April 2022) - Gaining endorsements in three business domains: medical, security, and infrastructure - Focusing on strengthening our intellectual property strategy through the promotion of patent and trademark acquisition - Agreement on a comprehensive business partnership with Senju Pharmaceutical Co., Ltd. *For more details, please refer to the PDF document or feel free to contact us.

  • Technical Seminar

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Development of technology to distinguish and separate the handedness of molecules.

Keywords: Organic synthesis chemistry, chiral chemistry, optical resolution, organic crystals, supramolecular chemistry, liquid crystals, gels.

Just as humans have right-handed and left-handed preferences, the molecular world also contains right-handed and left-handed molecules (enantiomers). In applications such as food, pharmaceuticals, and fragrances, these left and right molecules can exhibit completely different effects, making the technology for separating mixtures into their respective enantiomers (optical resolution) important. While the technology of optical resolution has been known for a long time, systematic research on it is relatively scarce worldwide. Therefore, we are conducting research to make optical resolution a more user-friendly technology. For example, traditional methods often faced the problem of successfully obtaining only one type of molecule, either left or right. However, we have found a method that allows us to obtain both enantiomers simply by changing the solvent used. Additionally, we are working on developing methods to separate compounds that have been difficult to separate until now at a low cost, aiming to advance research towards methods that combine separation efficiency, versatility, and economic viability.

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