Marketing Information

ㆍCompany

Anhui Yuxin Metal Products Co., Ltd.

ㆍRepresentative

Li Jiaxin

ㆍAddress

West Side Of Shuang Shan Rd, Economical Development Zone Deqing, China 313200

ㆍTel.

86-572-8062810

ㆍEmployees

Less than 20

ㆍWebsite

www.waysing-nanotech.com

ㆍE-mail

alison@waysing.com

ㆍEstablished Year

2017

ㆍCompany Type

Others

ㆍRelated Industry

ㆍMajor Customers

ㆍSNS

ㆍCompany Profile

We are a professional company specializing in the development of High-Pressure Microchannel Technology, dedicated to advancing innovative technologies and solutions. We utilize our High-Pressure Microchannel Technology to achieve the nanofluidization of nitrogen gas and cutting fluid, serving the machine tool processing industry to boost production efficiency and product precision. Furthermore, our technology can be widely applied in various other sectors, including: Agricultural Irrigation,Aquaculture,Industrial Cleaning,Food and Fruit Cleaning,Environmental Remediation,Oil & Gas, and other industries.We welcome discussions and partnerships.

Manufcaturer Information

ㆍManufacturer

Deqing WaySing-Nano Tech Co.,LTD

ㆍIntroduction

Deqing Waysing Nano technology Co., Ltd. specializes in high-pressure microchannel nanofluidization technology. The company focuses on developing Nitrogen-enhanced Cutting Fluid Nanofluidizers specifically designed to boost machining performance. We possess a dedicated cutting fluid performance testing laboratory, and our team includes six postgraduate researchers dedicated to product development and experimentation.

ㆍCountry

China

ㆍTel

ㆍE-mail

alison@waysing.com

ㆍWebsite

https://www.waysing-nanotech.com/

Exhibition Product

ㆍProduct

Nitrogen-Enhanced Cutting Fluid Nanofluidizer

ㆍModel

WTK-NE01

ㆍManufacturing Company

Deqing WaySing-Nano Tech Co.,LTD

ㆍProduct Code

Cutting Oil, Coolant & Lubricating Oil Filtering Systems

ㆍDescription

The High-Pressure Microchannel Cutting Fluid Nano-Enhancement Machine utilizes the mixing of nitrogen gas with the cutting fluid under high pressure to achieve nanofluidization. This process is designed to: improves machining efficiency, surface finish, and extends both tool and fluid life.

ㆍPicture

ㆍVideo link