Mitsui Electric Co.,LTD

URL

http://raku2page.ditproducts.com/mitsuielectric/pages

Area

Special Themed Area

Booth Location

S002

Exhibitor Information

We have developed and sold physicochemical products for more than 50 years.
In the manufacturing technology of high-speed rotary motors, we are developing various products including high-speed rotating equipment and application to linear motion technology.
Major products include emulsion dispersing machines such as high-speed rotary mixer and ultrasonic homogenizer. Our ultrasonic homogenizer boasts top market share in Japan.
In addition, we manufacture desktop coater, R & D printing machine testing machine, special equipment etc. as products of coating technology used in the next stage of emulsification dispersion process.
By applying these technologies, we are designing, developing and manufacturing according to customer's specifications.
This time, we will exhibit the ultrasonic homogenizer using the world's first advanced tool using the functional gradient material of the new material researched and developed in the Sapoin Expo Area.

Contact Information

Address

〒278-0015　 233-10Nisisanangao,Noda-City,Chiba 278-0015 Japan

URL

http://www.mitsuiec.co.jp

Person Job Title

Sales department

Person in charge

Yasuhiro Mitsui

TEL

81-4-7125-5761

FAX

81-4-7125-6105

Email 1

inquiry@mitsuiec.co.jp

Email 2

yasuhiro.mitsui@mitsuiec.co.jp

PR Contact Information

Address

〒278-0015 233-10Nisisanangao,Noda-City,Chiba 278-0015 Japan

URL

http://www.mitsuiec.co.jp

Person Job Title

Sales department

Person in charge

Yasuhiro Mitsui

TEL

81-4-7125-5761

FAX

81-4-7125-6105

Email 1

inquiry@mitsuiec.co.jp

Email 2

yasuhiro.mitsui@mitsuiec.co.jp

Links

URL 1

http://www.mitsuiec.co.jp/ultrasonichomogenizer

Ultrasonic homogenizer is a wet homogenizer utilizing cavitation generated by ultrasonic wave.It is a machine most suitable for dispersing nanoparticles such as CNT and ceramics.

URL 2

http://www.fgms.net/

The function gradient material is a new material sintered by adjusting the particle concentration of powder different materials such as metal and ceramics.