Recently, Zhejiang University has achieved important research results in the field of aqueous zinc-ion batteries (AZIBs) by using the BMImFSI ionic liquid additive provided by CHEMFISH.

From April 9th to 11th, 2025, CPHI JAPAN 2025 grandly opened in Tokyo. CHEMFISH, in collaboration with its important partners Nakamura Scientific Instrument Co., Ltd., made a joint appearance at the exhibition (booth No. 4X-37), embarking on a journey to explore new industry opportunities.

From March 26 to 28, 2025, the 32nd Shanghai International Semiconductor Exhibition  was grandly held at the Shanghai.

CHEMFISH, as a supplier of advanced semiconductor materials, actively participated in this exhibition.

Recently, researchers from the University of Pennsylvania, Harvard University, and Lawrence Livermore National Laboratory in the US published an article in the 2025 issue of Advanced Materials, achieving new research results using the key material CF 756 provided by CHEMFISH.

 In February 2025, after a six-year hiatus, CHEMFISH once again set foot in the city of Osaka Japan, attending the 11th Regenerative Medicine EXPO Osaka, held from February 25th to 27th, 2025, as CHEMFISH TOKYO CO.,LTD

Researchers from Tsinghua University, including Ji Yan, He Enjian, and Liang Huan, have achieved significant research results by utilizing the liquid crystal materials (RM82 and RM257) provided by our company to realize the superior performance of LC-semi-IPN.

Recently, the National Science and Technology Development Agency (NSTDA) of Thailand published a paper on the ScienceDirect journal, investigating the enhancement of NMC811 battery performance through electrolyte modification. In this study, our company's LiPO2F2 was used as a key electrolyte additive, and it played a crucial role in improving the performance of NMC811-based batteries.

CHEMFISH's product  Liquid Crystal Mixture E7. It is applied to prepare double-layer thermochromic liquid crystal hybrid films through an innovative continuous lamination technique.

On November 6, 2024, CHEMISH was invited to participate in an internal exhibition and exchange meeting held at the Shinetsu factory in Gunma Prefecture, Japan, embarking on an extraordinary journey of industry exchange.

Taiwan Semiconductor Equipment and Materials Exhibition (SEMICON Taiwan) , China 2024 was held from September 4 to September 6 in the Nangang Exhibition Hall of Taipei Trade Center. 

Fluorinated gases are gases that contain the element fluorine, and these gases are widely used in industry, especially in semiconductor manufacturing, refrigeration, and chemicals. Fluorinated gases are characterized by special chemical and physical properties, such as high chemical stability, corrosion resistance and excellent electrical insulation properties.

National Cheng Kung University in Taiwan has achieved a research breakthrough using our company’s RM257, RM105, and chiral dopant CF756 products.

Recently, German companies joined with National Taiwan University of Science and Technology have made breakthroughs in the field of lithium metal batteries using CHEMFISH’s lithium difluorophosphate.

Recently, the Engineering Research Department of Nagoya University has achieved new research and development results using Chemfish's liquid crystal material CF756 (CAS: 223572-88-1).

Recently, the Department of Chemistry at Tsinghua University has achieved significant progress in the field of soft actuators for liquid crystal elastomers using our company's liquid crystal elastomer RM257. CHEMFISH provides all kinds of intermediates of liquid crystal materials, liquid crystal monomers, and RM materials, welcome to contact us!

The research team from the University of Lyon, France, has achieved the latest results in the research and development of polypropylene-based microbubble foam materials by using the imidazole-based ionic liquids provided by CHEMFISH.

From April 17-19, the 21st CPHI 2024 Japan  opened in Tokyo!From April 17-19, the 21st CPHI 2024 Japan  opened in Tokyo.CHEMFISH TOKYO participated in the exhibition this year (Booth No. 4X-29).

Electronic gas  as one of the indispensable basic raw materials in the electronic industry production, such as integrated circuits, liquid crystal panels, compound semiconductor devices, solar cells, optical fibers, etc., is the "food" and "source" of semiconductor materials, an important branch of special gases.Chemfish offers various types of electronic specialty gases, please feel free to inquire

Karlsruhe Institute of Technology (KIT), Institute for Applied Materials, has made a significant discovery by using our (LiPF6 99.9%), NaDFOB, the results of which have been published in the journal MDPI

Nobel Prize in Chemistry For Moungi Bawendi, Louis Brus and Alexei Ekimov

Recently, Central South University's innovative research on inhibiting lithium dendrite growth in lithium-metal batteries using our company's lithium salt ionic liquids has been published in an international journal.

CHEMFISH as an exhibitor (Booth No.: N2C01), participated in CPHI China 2023 and launched 6 major modules at this exhibition, including intermediates, electronic materials, electrolyte additives, ionic liquids, Fluorine compounds, and organosilicon.
 

The products provided by CHEMFISH have great potential in the application of scientific research and in promoting technological progress. By collaborating with scientists, innovative materials and solutions have been provided to researchers, promoting technological progress and the development of related fields. If you are interested in CHEMFISH products, please refer to CHEMFISH's official website (www.chemfish. com) or contact our sales personnel for more information on the corresponding products and research collaborations.

Research institution TECHCET recently released its outlook on the ALD/CVD precursor market, and the institution predicts that ƙ Metal dielectrics and low ƙ The semiconductor precursor market for dielectrics will resume growth in the second half of 2023.

Scientists developed a new and safer electrolyte for lithium-ion batteries that works as well in sub-zero conditions as it does at room temperature