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Infrared Heating Ink

Project overview
With the yearning for better and healthier life, it is in urgent demand to improve traditional heating system, to look for cleaner energy, and to develop new type low-carbon-emission systems. The graphene d infrared thermal radiation ink and infrared heating technology provides an effective and feasible solution to these kinds of issues. Compared with the traditional heating methods such as coal burning, steaming, hot wind, etc., the Infrared Heater has the advantages of fast heating, high thermal efficiency, automatic temperature control, stable heating, noise-free, low operation cost, small space required, uniform temperature distribution, low cost of investment and production, long service life, high work efficiency and is also very convenient to be widely applied. The spot test of the Infrared Heater show that up to 30% of the energy-saving rate can be achieved under the guaranteed heat quantity, in some occasions this could even reach 60%-70%.

 Technical Content

    Graphene based infrared thermal radiation ink is mainly prepared by graphenecarbon blackbinder, and environment-friendly solvent and other additives as supplementary. Based on strong graphene technical force, we are committed to develop high performance graphene based infrared thermal radiation ink and printing technologies, as well as provide technical solutions.

Advantages

Graphene infrared heater can be made by simple coating or printing fabrication process with the advantage of energy-efficient. High aspect ratio and high conductivity of graphene provide the heater with strong infrared radiation, low drive voltage, high efficiency of electricity transforming and uniform heating. The infrared (5-14μm) heating system can not only be used for heating, but also for physical therapy on human bodies.

Technical Index

  

Items

Index

ViscositymPas

30000±4500

Square ResistanceΩ/□25.4μm

0.5

Electrothermal Conversion Efficiency

98%

Heating Up Times

20

Range of Infrared Radiation μm

5-14

 

Intellectual Properties

One authorized patentZL201610330573.X.

Market Prospects

In China the current heating market situation is as follows: in 2011, 2012, and 2013 respectively realize such market sizes of 1.671, 1.911, and 2.100 billion RMBand installation areas of 23100000 m227300000 m230000000 m2 respectively. State Grid Corporation of China has promoted and implemented 15 thousand clean electric heating projects, and installed electric heating area of about 500 million square meters by the end of 2017. China market for heating market is expected to grow at a compounded annual rate of 10% from 2018.

Technology Maturity

Laboratory research and development.

Cooperation

Cooperative development.

 

 

 

 

Graphene based infrared heating mural.

 

 

Heat radiation uniformity and heating time of the mural.

Achievements  

Infrared Heating Ink

With the yearning for better and healthier life, it is in urgent demand to improve traditional heating system, to look for cleaner energy, and to develop new type low-carbon-emission systems. The graphene d infrared thermal radiation ink and infrared heating technology provides an effective and feasible solution to these kinds of issues. Compared with the traditional heating methods such as coal burning, steaming, hot wind, etc., the Infrared Heater has the advantages of fast heating, high thermal efficiency, automatic temperature control, stable heating, noise-free, low operation cost, small space required, uniform temperature distribution, low cost of investment and production, long service life, high work efficiency and is also very convenient to be widely applied. The spot test of the Infrared Heater show that up to 30% of the energy-saving rate can be achieved under the guaranteed heat quantity, in some occasions this could even reach 60%-70%.
 Technical Content

    Graphene based infrared thermal radiation ink is mainly prepared by graphenecarbon blackbinder, and environment-friendly solvent and other additives as supplementary. Based on strong graphene technical force, we are committed to develop high performance graphene based infrared thermal radiation ink and printing technologies, as well as provide technical solutions.

Advantages

Graphene infrared heater can be made by simple coating or printing fabrication process with the advantage of energy-efficient. High aspect ratio and high conductivity of graphene provide the heater with strong infrared radiation, low drive voltage, high efficiency of electricity transforming and uniform heating. The infrared (5-14μm) heating system can not only be used for heating, but also for physical therapy on human bodies.

Technical Index

  

Items

Index

ViscositymPas

30000±4500

Square ResistanceΩ/□25.4μm

0.5

Electrothermal Conversion Efficiency

98%

Heating Up Times

20

Range of Infrared Radiation μm

5-14

 

Intellectual Properties

One authorized patentZL201610330573.X.

Market Prospects

In China the current heating market situation is as follows: in 2011, 2012, and 2013 respectively realize such market sizes of 1.671, 1.911, and 2.100 billion RMBand installation areas of 23100000 m227300000 m230000000 m2 respectively. State Grid Corporation of China has promoted and implemented 15 thousand clean electric heating projects, and installed electric heating area of about 500 million square meters by the end of 2017. China market for heating market is expected to grow at a compounded annual rate of 10% from 2018.

Technology Maturity

Laboratory research and development.

Cooperation

Cooperative development.

 

 

 

 

Graphene based infrared heating mural.

 

 

Heat radiation uniformity and heating time of the mural.

上一篇:SiC Whiskers
下一篇:Electronic Paste and Printing Electronic

CONTACT US


Sales Manager:

0086+18835170493(Miss. Liu)

18835170493@163.com

WeChat:18835170493


Technical support:

0086+13934640625(Miss. Guo)

graphene@sxicc.ac.cn

WeChat:13934640625


Tel/Fax:0086+03514049061
Post Code:030001

Adress:27 South Taoyuan Road, Taiyuan, Shanxi, P.R.China

Website:http://709.sxicc.ac.cn

0351-4049061

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