
-
Research Centers(R&D)
-
Research Center for Robot and Automation Equipment
-
Research Center for Sand Industry Engineering Equipment
-
Research Center for Lubrication Technology
-
Lubrication and Friction Testing Center
-
Research Center for Surface Engineering
-
Research Center for Surface/Interfacial Micro/Nano-technology
-
Research Center for Advanced Energy Equipment Technology
-
Research Center for Laser Engineering
-
Research Center for Additive Manufacturing Technology and Engineering
-
Research Center for Heavy Machinery Technology
-
Research Center for Microfluidic Systems Design and Manufacture
-
Research Center for Electromagnetic Strengthing for Tools and Bearings
-
Research Center for Intelligent Security Technology and Equipment
-
Research Center for Advanced Bearing and Rotating Machinery
-
Research Center for WIT120 and Medical Equipment
-
Research Center for Test Equipment and Technology
-
Research Center for Biomedical Equipment
-
Research Center for Wheel-Rail Relationship and Maintenance
-
Research Center for Industryh Automation and Equipment
-
Research Center for Advanced Retarder for Vehicle
-
Research Center for the Fulcrum Forcing Equipment and Forming Technology
-
Research Center for Flight Control
-
Research Center for Industry 4.0
-
Research Centre of Embedded System and IoT
-
Research Center for Micro & Nano Energy Technology
-
Research Center for Power Transmission
-
Research Center for Marine Information and Intelligent Equipment
-
Research Center for Optics and Electronics
-
Research Center for Composite Manufacturing and Intelligent Identification
-
Research Center for High Performance Titanium Alloy Preparation
-
Research Center for Intelligent Materials and System
-
Research Center for Digital Smart Equipment
-
-
Research Centers(Industry)
lxwm
-
Research Centers(R&D)
-
Research Center for Robot and Automation Equipment
-
Research Center for Sand Industry Engineering Equipment
-
Research Center for Lubrication Technology
-
Lubrication and Friction Testing Center
-
Research Center for Surface Engineering
-
Research Center for Surface/Interfacial Micro/Nano-technology
-
Research Center for Advanced Energy Equipment Technology
-
Research Center for Laser Engineering
-
Research Center for Additive Manufacturing Technology and Engineering
-
Research Center for Heavy Machinery Technology
-
Research Center for Microfluidic Systems Design and Manufacture
-
Research Center for Electromagnetic Strengthing for Tools and Bearings
-
Research Center for Intelligent Security Technology and Equipment
-
Research Center for Advanced Bearing and Rotating Machinery
-
Research Center for WIT120 and Medical Equipment
-
Research Center for Test Equipment and Technology
-
Research Center for Biomedical Equipment
-
Research Center for Wheel-Rail Relationship and Maintenance
-
Research Center for Industryh Automation and Equipment
-
Research Center for Advanced Retarder for Vehicle
-
Research Center for the Fulcrum Forcing Equipment and Forming Technology
-
Research Center for Flight Control
-
Research Center for Industry 4.0
-
Research Centre of Embedded System and IoT
-
Research Center for Micro & Nano Energy Technology
-
Research Center for Power Transmission
-
Research Center for Marine Information and Intelligent Equipment
-
Research Center for Optics and Electronics
-
Research Center for Composite Manufacturing and Intelligent Identification
-
Research Center for High Performance Titanium Alloy Preparation
-
Research Center for Intelligent Materials and System
-
Research Center for Digital Smart Equipment
-
-
Research Centers(Industry)

Research Centers
Research Center for Surface/Interfacial Micro/Nano-technology
- Categories:Research Centers(R&D)
- Author:
- Origin:
- Time of issue:2015-07-13
- Views:0
(Summary description) 清华大学天津高端装备研究院表界面微纳技术研究所,依托于清华大学机械系和摩擦学国家重点实验室数十年来科研成果的积累,在天津市政策扶持和清华大学技术支持下,实现自组装滤料涂层、自组装涂层油水分离、超疏水表面制备等技术的产业转化及应用,开展自组装技术的相关成果转化、科研产业化、技术支持和产品服务等工作,并建立相关产品公司化的运作模式。 表界面微纳技术研究所所长、清华大学机械系汪家道教授及其团队
Research Center for Surface/Interfacial Micro/Nano-technology
(Summary description) 清华大学天津高端装备研究院表界面微纳技术研究所,依托于清华大学机械系和摩擦学国家重点实验室数十年来科研成果的积累,在天津市政策扶持和清华大学技术支持下,实现自组装滤料涂层、自组装涂层油水分离、超疏水表面制备等技术的产业转化及应用,开展自组装技术的相关成果转化、科研产业化、技术支持和产品服务等工作,并建立相关产品公司化的运作模式。 表界面微纳技术研究所所长、清华大学机械系汪家道教授及其团队
- Categories:Research Centers(R&D)
- Author:
- Origin:
- Time of issue:2015-07-13
- Views:0
Under policy support in Tianjin and technical support of Tsinghua University, Tianjin Research Institute for Advanced Equipment, Research Center for Surface/Interfacial Micro/Nano-technology in Tianjin Research Institute for Advanced Equipment, Tsinghua University, relying on the accumulation of scientific research achievements for decades in the State Key Laboratory of Tribology and the Mechanical Engineering Department of Tsinghua University, has achieved industrial transformation and application of self-assembly of filter coating, self-assembly of coatings for oil-water separation and preparation of super-hydrophobic surface technology. In addition, the research center has developed achievement transformation, scientific research industrialization, technical support and product service work of self-assemble technology achievements and established the mode of operation of related products of the company.
As the director of Research Center for Surface/Interfacial Micro/Nano-technology and professor of department of Mechanical Engineering in Tsinghua University, Wang Jiadao and his team have developed new technology such as surface drag reduction, self-assembly of colloidal particles, cavitation suppression and antifouling depending on the theory of interface physics and surface engineering. 15 invention patents have been authorized, one of which has been converted into application as the core technology of a company. Wang Jiadao has won the First prize of Natural Science Award from Ministry of Education of China and the First prize of Science and Technology Invention Award from Ministry of Education of China. In addition, his team has incubated a product company Tianjin Tsing-ke Environmental Protection Technology Co., Ltd, which has realized the production, sale, application of self-assembly of filter coatings.
Business Field
1.PTFE self-assembly of coating for filter material method
Self-assembly of PTFE on the surface of fiber filter-bag
2. Coating technology for oil-water separation
3.Formaldehyde purification technology
4. SCR low temperature denitrification technology
Industrialization Process
- Research and Development of UV photocatalytic Oxidation equipment for waste Gas purification
- Study on Recycling Technology of Water-based Emulsion and equipment Development
- VOCs gas reduction technology based on self assembled nonwoven zeolites and equipment development
Cooperativecompanies for industrialization
- SHANDONG SNTON GROUP
- Lanzhou Petrochemical Company
- Yangquan Coal Industry Co., Ltd.
- Western Metal Materials Co., Ltd.
- Beijing Automotive Group
- Fucheng Automotive Components Co., Ltd.
Civilian products:
- Formaldehyde cleaning fabric
- Deodorizer indicator
- Air purifier
- Self-cleaning spray
- Cat litter mate
The Incubating Corporation for Industrialization: Tianjin Tsing-ke Environmental Protection Technology Co., Ltd
In July 2015, Tianjin Tsing-ke Environmental Protection Technology Co., Ltd set up to filter material industry of self-assembled coating, and designed independently the coating’s production line, built the basic-research, lab-test, pilot-trial, industrialization of production base of integration, is now in full production. The project for self-assembly of coating on filter bag has established a cooperate partnership with China National Building Materials Group Corporation, Lanzhou Petrochemical Company, Yangquan Coal Industry CO., LTD.
Research Center for Surface/Interfacial Micro/Nano-technology makes use of the coating material with excellent properties including good corrosion resistance, high and low temperature resistant, a utra-low coefficient of friction, a low dielectric constant, good non-stick, anti-aging performance and non-toxic. Self-assembly of coating method has been applicated on lots of material such as PPS needled mat,PET filter clothes, PET/PA blended non-woven fabric, sponge, stainless steel net, nickel foam and filter paper, which is found that the coatings lead to superhydrophobicity and superoleophility. That can be used in the field of industrial filtration, self-cleaning materials and oil-water separation, which would facilitate the low-cost, high separation efficiency and industrialization of the oil-water separation technology.
Self-assembly technology has not only changed the traditional methods for preparation and repairing of materials but also improved the stability of materials and achieved the diversification of new material function. Also, this technology has great prospect for development in the fields of molecular devices, surface engineering, nano-technology and so on. which plays an important role on the major national social science and technology issue of the resolving environment, energy, health and other fields. In the coming years, Research Center for Surface/Interfacial
Micro/Nano-technology develops actively self-assembly micro/nano -materials with different structures and functionalized micro/nano-coating on the surface of the different substrates by the means of self-assembled technology, followed by country and market demand. We commitment to the industrialization of the new material and new coating and contribute to a force for Chinene industrial transformation and upgrading, socio-economic development and ecological civilization construction .
Contact Information
Address: Building C1, Low-carbon Industry Park, Huaming Hi-Tech Zone, Dongli Destrict, Tianjin, P.R.China
Postcode: 300300
Contact Person: Xiaohong Liu
Mobil: 18643553027
Email: liuxh@tsinghua-tj.org
Scan the QR code to read on your phone
二维码
版权所有
Copyright © 2016. TIANJIN RESEARCH INSTITUTE FOR ADVANCED EQUIPMENT All rights reserved.
Powered by www.300.cn 津ICP备17005411号-1