CICC-14 Ceramic International Conference | Wonderful Review of the New Product Launch of Zhonghuan Electric Furnace

The 14th International Conference on Advanced Ceramics (CICC-14) was successfully held in Haikou from December 1st to 3rd, 2025. The conference is hosted by the Chinese Ceramics Society, jointly organized by the Special Ceramics Branch, Micro Nano Technology Branch, and the National Key Laboratory of New Ceramic Materials at Tsinghua University. More than 1000 experts and scholars from 28 countries and regions around the world gathered together to discuss cutting-edge fields related to advanced ceramics.

Exhibition Site - Exciting Review

Figure 1: Central Electric Furnace Booth: A09/A11

Figure 2: Exhibitors of Zhonghuan Electric Furnace

At the exhibition site, multiple peopleAcademician of the World Academy of Ceramic SciencesVisiting the booth in Zhonghuan for exchange and discussion is undoubtedly a high recognition of our exploration and innovation in the field of ceramics, fully demonstrating our capabilitiesCentral Ring Electric FurnaceBrand influence and industry recognition.

Our booth has also attracted many customers to stop and gather industry elites and academic leaders from all over the world. The atmosphere for on-site consultation and cooperation negotiations is very lively.

(Right 1) Professor Dan Yingchun from Dalian Maritime University

(Right 2) Professor Eugene Olevsky, San Diego State University, USA

(Left 1) New product co developer: Professor Wu Jiamin from Huazhong University of Science and Technology

(Left 2) Academician of the World Academy of Ceramic Sciences, Professor Lin Huatai from Guangdong University of Technology

Figure 5: Wang Jingyang, academician of the World Academy of Ceramic Sciences and researcher of the Institute of Metals, Chinese Academy of Sciences

As an international academic exchange platform, this conference will gather global wisdom, focus on the cutting-edge trends and developments in advanced ceramics, and conduct in-depth discussions, which will further promote academic innovation and industry university research cooperation in this field.

New Product Launch - Exciting Review

(Left) New product co developer: Professor Wu Jiamin from Huazhong University of Science and Technology

(Right) Mr. Zhang, General Manager of Tianjin Zhonghuan Electric Furnace Co., Ltd

In addition, the "New Product Launch Conference for Ceramic 3D Printing Glue Removal and Sintering Integrated Furnace" jointly organized by Tianjin Zhonghuan Electric Furnace Co., Ltd. and the Rapid Manufacturing Center of Huazhong University of Science and Technology was held at the same time and location as the 14th International Conference on Advanced Ceramics.

A grand event gathers talented individuals! Nearly a hundred scholars from China and abroad attended this press conference to discuss the forefront of the industry and witness the debut of new products, among whom wereFive academicians of the World Academy of Ceramic SciencesAttending the new product launch event and empowering intelligence is not only recognition and honor, but also our confidence in moving forward!

Figure 7: Speech by Professor Zhou Yanchun, Academician of the World Academy of Ceramic Sciences and Suzhou National Laboratory

Figure 8: Speech by Professor Lin Huatai, Academician of the World Academy of Ceramic Sciences and Guangdong University of Technology

Figure 9: Academician of the World Academy of Ceramic Sciences, Professor Pan Wei from Tsinghua University (middle)

Figure 11: Experts and scholars in the field of ceramics at home and abroad

Figure 12: Experts and scholars in the field of ceramics at home and abroad

Exhibition equipment

Product Name: Ceramic 3D Printing Glue Discharge Sintering Integrated Furnace

The new products showcased this time-Ceramic 3D printing adhesive sintering integrated furnaceIntegrating the two core processes of "glue removal and degreasing" and "high-temperature sintering" to achieve a "one-stop" heat treatment from the blank to the finished product, specially designed to solve the pain points of traditional processes. The equipment adopts an integrated design, which can complete the entire process of rubber extrusion and sintering without transferring the billet, effectively avoiding problems such as cracking, deformation, and pollution of the billet during transportation. The furnace body is made of high-quality materials with high temperature resistance and excellent insulation performance, combined with heating and temperature control systems, which can accurately match the heat treatment process requirements of different ceramic materials such as zirconia, alumina, silicon nitride, ceramic slurry, etc., providing stable and reliable forming guarantee for 3D printed ceramic products.

Product Name: Visual High Temperature Deformation Analyzer

Visual high-temperature deformation analyzerOptical non-contact method for measuring the expansion and contraction of materials during sintering process. The shape, size, and physical state changes of materials during the temperature change process are observed in real-time online, and intuitive and accurate data and graphical reports are provided through intelligent data acquisition and image processing systems. The product performance is comparable to similar international products. Visual high-temperature deformation analyzer is used for material research and manufacturing, which helps to accurately formulate material sintering or heat treatment processes, improve product quality, and reduce production costs.

Product Name: Joule heating fast burning furnace UHS-3000Plus

Joule heating fast burning furnaceIt is a versatile new type of fast ultra-high temperature sintering equipment. By utilizing Joule heating of electrified carbon materials, a high-temperature field can be formed, achieving ultra fast heating and cooling rates and ultra-high sintering temperatures. This enables rapid synthesis and sintering of materials within minutes, suppressing high-temperature volatilization of low melting point components, reducing side reactions or cross diffusion, inhibiting grain growth, and enabling the preparation of complex geometric materials. Widely applicable in fields such as ceramic materials, solid electrolytes, oxide fuel cell materials, metal nanocatalytic materials, graphene, etc.

Product Name: High Temperature Static Water Oxygen Environment Corrosion Tester

High temperature static water oxygen environment corrosion testerUsing laboratory testing methods, accurately simulate the high temperature, high water vapor partial pressure, and water vapor velocity of the working environment of turbine engines, and conduct cyclic tests on the thermal corrosion and water vapor oxidation corrosion of materials to correctly evaluate their thermochemical stability. The equipment consists of an intake control system, an intake control system, a uniform vaporization device, a heat tracing pipeline, and a heating reactor. Mainly suitable for high-temperature thermal barrier coatings, composite materials, alloys, and other fields.

Product Name: High temperature reciprocating thermal shock tester

High temperature reciprocating thermal shock testerSpecially designed for testing the thermal fatigue performance of materials in temperature alternating environments, by accurately controlling the reciprocating cycle of high-temperature heating and rapid cooling, simulating the thermal shock conditions in actual working conditions, and evaluating the durability, crack propagation, and failure behavior of materials under repeated thermal expansion and contraction.

professional report

In addition, we also gave a themed report on the application of high-temperature visualization equipment in the field of inorganic materials, sharing application cases of high-temperature visualization technology in the fields of ceramics and alloy materials.