The market trends and development movements of battery materials are featured by Takanori Suzuki, who has been engaged in the development of lithium-ion battery materials for many years and is currently a consultant for battery materials at Suzuki Material Technology and Consulting Co., Ltd. The theme of the third column of the series is “Dry process for lithium-ion batteries.”

FEP (Fluorinated Ethylene Propylene) coating powder can easily make smooth surface without pinhole. FEP film with appropriate primer helps to demonstrate strong adhesion to metal substrate and displays excellent chemical resistance and moisture resistance, thus protects metal substrate from corrosion for a long time.

DAISAVE SS-54 is an environment friendly fluorinated liquid with low global warming potential (GWP) and low toxicity. This fluorinated liquid is widely used in semiconductor, automotive and electronics manufacturing applications, etc.

HMX10, a high transparency and high UV resistant polymer, is a new fluoropolymer designed from monomer using our company's proprietary fluorochemical technology. HMX10 features high transparency, excellent ultraviolet resistance, and low dielectric properties which are prominent among fluoropolymers. 

Daikin is focusing on the development of non-fluorinated materials.
Using our polymerization and blending technologies, we developed XP-8001, an oil / grease resistant agent for food service wrapping paper surface treatments using only non-fluorine materials.

The advent of 5G is expected to greatly improve the convenience of our communications. Daikin’s fluoromaterials and technologies are gaining attention as a way to realize and popularize the 5G concept of high-speed, high-capacity, low-latency, and simultaneous multi-connections.

The market trends and development movements of battery materials are featured by Takanori Suzuki, who has been engaged in the development of lithium-ion battery materials for many years and is currently a consultant for battery materials at Suzuki Material Technology and Consulting Co., Ltd. The theme of the second column of the series is “Binder for lithium-ion batteries.”

Daikin has developed a fluoropolymer PFA which is suitable for additive manufacturing, powder bed fusion method (PBF method). The fluoropolymer PFA, which is excellent in chemical and heat resistance and weatherability, is expected to be developed into semiconductors, medical applications, etc.

The market trends and development movements of battery materials are featured by Takanori Suzuki, who has been engaged in the development of lithium-ion battery materials for many years and is currently a consultant for battery materials at Suzuki Material Technology and Consulting Co., Ltd. The theme of the first column of the series is “Lithium-ion batteries and fluoromaterials.”

Fluoro Sealant is a chemical resistant coating and sealing material, as well as an excellent water vapor barrier.  A fully cured Fluoro Sealant functional film not only is an effective water vapor barrier with excellent chemical resistance, but also is capable of withstanding high voltages.

The UNIDYNE Technical Center is a company based laboratory that supports technology for UNIDYNE water and oil repellents. It was established as a technical base in China, the world’s largest market for water and oil repellents used in textiles, paper, and non-woven fabrics, to accurately assess market needs and quickly respond to market needs with new product development.

Fluoroelastomers are increasingly expected to be applied to automotive interiors as a material that responds to changes in needs of the automotive market.

At the SEMI 2021 conference, Mr.Hiroyuki Hamada, Senior scientist, Product R&D development dep., Chemicals div., Daikin Industries, Ltd., gave a lecture on the challenges of advanced pollutant management in the production process of semiconductor device manufacturing equipment from the perspective of materials science.

The new transparent piezoelectric film developed by Daikin features a unique property called ferroelectricity that converts force, strain, temperature change, and electrical energy in both directions. Additionally, because of its excellent transparency and flexibility, it is expected to become a key material for pressure-sensitive touch panels and wearable devices.

OPTOOL is designed to bond to surface and can act as an anti-smudge coating mitigating the transfer of fingerprints to the modified surface.

In this webinar, Daikin technical expert is going to introduce the OPTOOL family, explain the properties, performance evaluation and application methods of OPTOOL.

Since high-performance materials for additive manufacturing have been developed, Daikin is developing powders for the powder bed fusion method, one of the additive manufacturing method, using fluoropolymers, a type of super engineering plastics, as raw materials. This article presents PFA powder, suitable for this method, and the physical properties of molds.

With the increasing demand for more infection control, the disinfectant and sterilization of medical devices is becoming more powerful, and the degradation of materials used in medical devices is becoming more serious.
To solve this problem, we offer durable coating materials ZEFFLE MZ that are resistant to various disinfectants and sterilants.

In this white paper, Daikin aims to describe the process by which the idea of the "Goodness of Feel" property was developed and how it can be correlated to other simple surface properties. By understanding the details of this story those familiar with hydrophobic coating technology can take advantage of this concept and utilize it to enhance the downstream value provided by their own products.

Daikin has created a new fluorocoating, OPTOOL UD120, based on our proprietary PFPE technology with significantly increased UV resistance while maintaining water/oil repellency and abrasion resistance properties. This advanced technology is well suited for automotive applications such as camera lenses, LIDAR modules, touch displays and windows.

We assume that in order to discuss the possibility of residence of nano-sized particles on the inner surface of PFA tubes for semiconductor manufacturing equipment, the method for measuring the surface roughness inside the tubes must be newly invented. This report makes a proposal for a method to measure surface roughness at the nano-level and demonstrate the necessity for this measurement.

Daikin's new developed "Fluoropolymer / carbon fiber composite" is a type of CFRTP (Carbon Fiber Reinforced Thermo Plastic) with excellent chemical resistance.
It is also expected to be used in various applications that require structural strength, light weight, impact resistance, water and oil repellency, slidability, and heat resistance.

Daikin’s latest refrigerant with low environmental impacts is designed for automotive HVAC applications. It delivers increased cooling and heating capacity with superior efficiency. In particular it excels in delivering strong heating performance for an electric vehicle passenger cabin, where the exhaust heat from the combustion engine is not available, and the use of resistance heaters limits the vehicle’s range.

Daikin prioritizes being accessible to their clients, and to bring the best possible technical assistance. Daikin’s global presence includes an open innovation facility in the heart of Silicon Valley.

We are entering the most exciting yet challenging era since the invention of the automotive. The entire value chain must adapt accordingly, creating synergies with their developments. Daikin’s Goal is to assist automotive engineers with their new challenges, relying upon the company’s vast interdisciplinary knowledge.

Coming from complex, multi-material moving parts in internal combustion engine (ICE) powertrains, the industry is moving towards simplified electrical powertrains with fewer parts. Daikin has worked alongside OEMs for many years and anticipated this transformation. Daikin’s agility stems from its comprehensive portfolio of solutions for the mobility industry.

Naoki Suganuma, an associate professor at Kanazawa University, leads the team to become the first Japanese university to conduct verification tests for autonomous driving on Japanese roads. He joins Nobuhiro Shinka, Marketing Department General Manager in the Chemicals Division at Daikin Industries, to discuss what chemical manufacturers can do in the field of autonomous driving.