Cxinduction™ High-Temperature Equipment Successfully Exported to Saudi Arabia

National New Carbon Material Conference –Carbon fiber

Cxinduction™ participated in the 5th National New Carbon Materials Academic Seminar

In October 2001, the 5th National Symposium on New Carbon Materials was held in Mianyang, a city in western of China.

190 delegates attended the symposium, including experts and scholars from the elder, middle and young generations in China. Famous Japanese scholars such as Michio Inagaki, Kazuo Kobayashi and Shushi Kimura were invited to attend the symposium.

In the conference report, the discussion of research, development and production of PAN-based carbon fibers involved many aspects such as scientific and technological innovation and institutional innovation, and the new ideas were widely agreed and valued by the participants. Professor M. Inagaki (Michio Inagaki) had a wonderful speech on the recent topic of graphite intercalation compounds, which offered new inspiration to the participants.

Cxinduction™ can make 2700C continuous graphitization furnace for carbon fiber, if you’re interested, pls click :Carbon fiber,Carbon paper,Silicon carbide fiber Graphitization furnace

07/08/2020

The 1st International Forum on Graphene in Ulanqab & CSE2018

National New Carbon Material Conference –Carbon fiber

Cxinduction™ participated in the 5th National New Carbon Materials Academic Seminar

In October 2001, the 5th National Symposium on New Carbon Materials was held in Mianyang, a city in western of China.

190 delegates attended the symposium, including experts and scholars from the elder, middle and young generations in China. Famous Japanese scholars such as Michio Inagaki, Kazuo Kobayashi and Shushi Kimura were invited to attend the symposium.

In the conference report, the discussion of research, development and production of PAN-based carbon fibers involved many aspects such as scientific and technological innovation and institutional innovation, and the new ideas were widely agreed and valued by the participants. Professor M. Inagaki (Michio Inagaki) had a wonderful speech on the recent topic of graphite intercalation compounds, which offered new inspiration to the participants.

Cxinduction™ can make 2700C continuous graphitization furnace for carbon fiber, if you’re interested, pls click :Carbon fiber,Carbon paper,Silicon carbide fiber Graphitization furnace

12/08/2018

Cxinduction™ High-Temperature Furnaces Successfully Delivered to Leading Japanese Graphite Company

High-Temperature Equipment Successfully Exported to Saudi Arabia

We are proud to announce the successful export of our high-performance graphitization furnace to a leading research laboratory in Saudi Arabia. This advanced equipment, designed for carbon material research, ensures exceptional temperature uniformity (±5°C) and long-term reliability (up to 3000°C), making it ideal for graphene, carbon fiber, and battery material studies.

The furnace features precise PID control, energy-efficient insulation, and a durable graphite heating system, meeting strict Saudi laboratory standards. This milestone reflects our commitment to global scientific innovation and strengthens Sino-Saudi technological collaboration.

For more high-temperature solutions, visit Laboratory Induction Furnace (Graphite Furnace)

10/06/2018

CXinduction™ successfully delivered the high temperature furnace

Cxinduction™ successfully delivered the laboratory high-temperature graphitization furnace produced for foreign university. This equipment is compact design, fully automated with one-button start-up operation, special induction coil design with max temp 3000℃, it can meet the ultra-high temperature graphitization heat treatment of various new carbon materials and is suitable for universities, laboratories, and research institutes. Cxinduction™ will always focus on new carbon materials, continue to innovate, and provide global customers with high-quality, high-efficiency products and services.

15/10/2017

Application of 3000℃ graphitization furnace

Application of graphite furnace

The main application areas of 3000℃ high-temperature graphitization furnaces:
1. Material research and development: For example, high-temperature graphitization furnaces can be used to sinter and synthesize carbon-carbon and carbon-ceramic composite materials, and can also be used to prepare advanced materials such as graphene and nanomaterials.
2. Carbon material preparation: Graphitization furnaces can also be used to prepare carbon materials, such as carbon nanotubes, carbon black, etc.
3. Chemical synthesis: High-temperature graphitization furnaces play a very important role in organic synthetic chemistry and can be used for the synthesis of organic compounds and the preparation of catalysts. For example, common organic synthesis reactions such as catalyst reactions can be carried out in high-temperature graphitization furnaces.
With the continuous development of science and technology, the application areas of high-temperature graphitization furnaces will continue to expand, bringing more innovation and development opportunities to all walks of life.

27/02/2017

What factors affect the temperature uniformity of graphitization furnace?

Graphitization furnace is a ultra-high temp furnaces used in graphitization process, temperature uniformity directly affects product quality. Factors affecting the temperature uniformity of graphitization furnace mainly include the following aspects.

First, furnace design. Furnace design includes furnace shape, size, layout of heating elements, etc. The furnace shape should be reasonable to ensure that the atmosphere flow evenly; the furnace size should match the product to be processed to avoid uneven temperature caused by Unreasonable size. The layout of heating elements should be determined according to the product properties and heating requirements to ensure uniform temperature distribution in the furnace.

Secondly, the heating method has a greater impact on the temperature uniformity and Max Temp. The graphitization furnace adopts medium frequency induction radiation heating, which has higher heating efficiency and faster heating speed and can reach 3000C easily. Compared with the resistance heating method, it is easier to maintain and has a longer service life.

Induction coil Fast heating

18/10/2016

Precautions of 3000℃ graphitization furnace

National New Carbon Material Conference –Carbon fiber

The graphitization furnace is an essential experimental equipment for carbon material research, which is used for graphitization of carbon materials. The following issues need to be noted when using the graphitization furnace:

First, it is necessary to check whether the graphitization furnace and related accessories are intact to ensure that there is no damage or looseness before heating.

Second, watch the power and temperature setting during heating, adjust it according to the needs of the experiment to avoid damage to the equipment or accidents caused by excessive temperature or excessive power.

Third, strictly follow the operating procedures during heating and cooling process..

Fourth, clean the graphitization furnace in time after use, remove residues and dust, and keep the furnace clean.

Fifth, perform regular maintenance, such as replacing graphite crucible and insulation felt, cleaning heating tubes, etc., to ensure the normal operation of the equipment.

Sixth, When the graphitization furnace is not in use, it is necessary to evacuate to prevent the graphite material from absorbing moisture

03/06/2016

National New Carbon Material Conference–C/C composites & battery

Cxinduction™ participated in the 11th National New Carbon Materials Academic Symposium

In August 2013, the 11th National Symposium on New Carbon Materials was held in Taiyuan, Shanxi. More than 300 experts and scholars from colleges and universities, research institutes and industrial sectors attended the symposium. Research on traditional carbon materials such as carbon fiber and its composite materials, carbon-based composite materials and porous carbon is still hot, and new progress has been made in theory, performance and application research. Due to the characteristics of carbon materials such as light weight, rich pore structure, good chemical stability and strong biocompatibility, they have broad application prospects and a good preliminary research foundation in energy storage (supercapacitor electrodes, lithium ion or lithium sulfur battery electrodes, etc.). With the rapid development of the preparation and performance research of new carbon materials, their superiority and potential applications in energy storage have received more and more attention. The successful convening of the National Symposium on New Carbon Materials provides a platform for mutual learning and communication for carbon material workers across the country, which can greatly improve the academic research level of China’s new carbon materials and promote the application and development of the new carbon materials industry.

Cxinduction™ can make graphitization furnace for CC composites and battery anode materials, if you’re interested, pls click :battery anode purification graphitization furnace

CC/carbon-ceramic composite graphitization furnace

10/08/2013