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Our company, which develops the vacuum mixer "Awatori Nentaro" that can simultaneously stir and degas, is offering a free case study collection titled "I Want to Mix Cleanly Without Introducing Bubbles!" We present numerous examples, such as the elimination of air gaps in conductive adhesives leading to improved yield, and the reduction of degassing time for silver paste from 30 minutes to just a few minutes. This book clearly explains the functions of "Awatori Nentaro" and the benefits of its introduction. [Contents (partial)] - Elimination of air gaps! Yield improvement! (Conductive adhesives) - Sample numbers increased by more than 10 times! (Epoxy resin + inorganic filler) - Degassing time reduced from 30 minutes to a few minutes! (Silver paste) - Improved functionality without cutting fibers (Special wall materials for anechoic chambers) - Disintegration into primary particles in 2 minutes! (Carbon nanomaterials) *For more details, please download the case study collection or contact us.
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We are offering a free case study collection titled "I Want to Mix Cleanly Without Adding Bubbles. vol.5" from our company, which develops the mixer "Awatori Rentaro" that can stir and de-bubble simultaneously! We present various solutions from different fields, including examples of uniform dispersion without damaging CNT fibers. This book clearly explains the functions of nano-dispersion and nano-grinding machines that apply stirring and de-bubbling technology. Our company continues to contribute to the development and processing of functional materials with our rotation and revolution technology. [Contents] ■ Uniform dispersion without damaging fibers (CNT Carbon Nanotubes) ■ Achieving ideal particle size without hassle or thermal modification (Pigments) ■ Bubble removal improves measurement accuracy of 3D observation and laser scattering (Silicone for 3D printers) For more details, please refer to the catalog or feel free to contact us.
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The "Awatori Nentaro," which simultaneously performs stirring and degassing with two centrifugal forces of rotation and revolution. It is widely used as a mixer capable of high-speed uniform dispersion and degassing treatment. This time, we are offering the latest "Case Study Collection," which includes "five examples of problem-solving" from companies that have introduced the "Awatori Nentaro"! [Overview of the Cases] 1> Conductive adhesive (eliminated air pockets, increased yield) 2> Epoxy resin + inorganic filler (number of produced samples increased tenfold) 3> Silver paste (degassing time reduced from 30 minutes to a few minutes) 4> Special wall material for anechoic chambers (improved functionality without cutting fibers) 5> Carbon nanomaterials (disintegration of primary particles completed in 2 minutes) *You can view it immediately from the "Download" link below!
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Free membership registrationIntroducing the first installment of the footsteps of "Awatori Rentaro," which has walked alongside customer voices. "Wanting to mix beautifully without introducing bubbles." Shinky has seriously tackled this theme and has solved numerous customer problems. The first booklet summarizing the cases that "Awatori Rentaro," which continues to evolve, has resolved so far has been completed. This valuable booklet details examples of uniform mixing of materials, defoaming, and even new genres of nano-grinding. You can download it from the catalog download button.
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Free membership registrationIntroducing the second installment of "Awatori Rentaro," which has walked alongside the voices of our customers. "Wanting to mix beautifully without introducing bubbles." Shinky has seriously tackled this theme and has solved numerous customer problems. The second volume of our booklet, summarizing the cases that "Awatori Rentaro," which continues to evolve, has resolved so far, is now complete. This valuable booklet details examples of uniform mixing of materials, de-bubbling, and even new genres like nano-milling. You can download it from the catalog download button.
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Introducing the third installment of the footprints of "Awatori Rentaro," which has walked alongside the voices of our customers. "I want to mix cleanly without creating bubbles." Shinki has seriously tackled this theme and has solved numerous customer problems. The third booklet summarizing the cases that "Awatori Rentaro," which continues to evolve, has resolved so far has been completed. This valuable booklet details examples of uniform mixing of materials, de-bubbling, and even new genres of nano-grinding. You can download it from the catalog download button.
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Introducing the fourth installment of "Awatori Rentaro," which has walked alongside our customers' voices. "I want to mix cleanly without creating bubbles." Shinky has seriously tackled this theme and has solved numerous customer issues. The fourth booklet summarizing the cases that "Awatori Rentaro," which continues to evolve, has resolved so far has been completed. This valuable booklet details examples of uniform mixing of materials, de-bubbling, and even new genres like nano-grinding. You can download it from the catalog download button.
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"Dispersed Nano Taro" is an ultrasonic nano-dispersion machine that can safely and reproducibly disperse nanomaterials. We, Shinki Co., Ltd., are now inviting research proposals using the rotary ultrasonic nano-dispersion machine PR-1 "Dispersed Nano Taro." The application period is from January 15, 2020 (Wednesday) to May 8, 2020 (Friday). Those who receive the Dispersed Nano Taro Award will be granted a subsidy of 1 million yen and will be provided with the Dispersed Nano Taro for free for one year. Additionally, all applicants will have access to a demo test of their desired samples and a special discount when purchasing the product. [Overview] ■ Application Period: January 15, 2020 (Wednesday) to May 8, 2020 (Friday) ■ Research Eligible for Application: Research utilizing the Dispersed Nano Taro PR-1 (any field) ■ Target Participants: Researchers from domestic research institutions, university research facilities, corporate research departments, etc. ■ Application Requirements: - Those who can publicly share their research content and submit papers or reports to the extent possible. - Those who can cooperate with our PR activities. *For more details, please refer to the external link page or feel free to contact us.
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