Mention of “ceramics”, many people first think of household porcelain or works of art, but in modern industry, ceramics is no longer a fragile daily necessities, but to support the high-end manufacturing of functional engineering materials.
Today's new ceramic materials are widely used in electronics, semiconductors, aerospace, new energy, medical and other fields due to their excellent mechanical properties, thermal stability and insulating properties.

As a representative enterprise in the field of advanced ceramic manufacturing, ZhiHao ceramics has always been committed to the research and development of new ceramic materials, manufacturing and application of innovation, to technical strength to promote the high-end transformation of China's manufacturing industry.

To understand new ceramics, you first need to know what materials ceramics are made of.
While traditional ceramics use natural clay, feldspar and quartz as the main raw materials, modern industrial ceramics use high purity inorganic powders such as:

These high-performance powders are molded, sintered, and precision CNC machined to become the core material for the production of Good Ceramics.
This means that ceramics is an inorganic non-metallic material, but its physical and chemical properties go far beyond the traditional concept of “porcelain”.

As a high-tech enterprise with more than ten years of experience, Great Ceramic focuses on the production of various industrial ceramic parts, electronic ceramic components, insulation structures and wear-resistant fittings with the core competitiveness of “technological innovation + precision manufacturing”.

Technological Advantage:

• Full range of ceramic processing capabilities: from crushing, molding and sintering of ceramic raw materials, to CNC precision machining, grinding and polishing;

• Precision control: Machining tolerance up to ±0.002mm;

• Wide material coverage: supports a wide range of new electronic ceramic materials such as alumina, zirconia, aluminum nitride, silicon nitride, silicon carbide, beryllium oxide, and so on;

• Quality Assurance System: Pass ISO9001 quality certification, the whole process of testing to ensure product stability.

In engineering and manufacturing, the choice of material is key to determining performance.
So, what is industrial ceramics?
In short, it is an engineering ceramic material with ultra-high hardness, high abrasion resistance, high temperature resistance and strong insulation, which can work under extreme conditions without deformation or aging.

• Ceramic bearings, sealing rings, nozzles, spools;

• The service life is 3~5 times higher than that of metal, with strong corrosion resistance.

• New electronic ceramic materials are used for chip package substrates, heat dissipation modules, and vacuum insulating parts;

• Aluminum nitride and beryllium oxide ceramics achieve a balance of high thermal conductivity and high insulation.

• Silicon carbide and silicon nitride ceramics are heat resistant and lightweight;

• Suitable for gas turbines, hydrogen energy equipment, and high-speed drive components.

To good ceramics customers throughout Europe, the Americas, Japan, South Korea and other high-end manufacturing markets, with high reliability and fast delivery, in the international market has established a stable foundation for cooperation.

The difference between traditional ceramics and new ceramics is the core embodiment of modern manufacturing upgrade.
The table below clearly demonstrates the main differences between the two:

In short, traditional ceramics are household items, while new ceramics are industrial core materials.
ZhiHao Ceramics is the representative enterprise to promote this technological leap, through innovative materials and precision processing, so that ceramics become the key support for future industry.

The core of ceramic material innovation lies in the optimization of powder engineering and sintering technology.
So what is ceramic powder made of?

Ceramic powder is a high-purity inorganic powder that directly affects the density and mechanical properties of the final ceramic by controlling the particle size, crystal structure and dispersion.
Through the self-developed ultra-fine powder classification and sintering technology, the density of ceramics is increased to >99.5%, which significantly improves the strength and surface quality of the products.

In addition, to good ceramics are actively layout:

• Transparent ceramic materials: for optoelectronics and sensing;

• Conductive ceramic composites: for electromagnetic protection and high frequency components;

• Composite structural ceramics: Towards multifunctional integration.

These cutting-edge technologies are driving the evolution of ceramics from “single structure materials” to “functional materials”.

Ceramics can be categorized in terms of both use and composition:

The core products of Zhihao Ceramics mainly belong to structural ceramics and electronic ceramics, especially in high temperature, high pressure, insulation, wear-resistant and other working conditions.

With the rapid development of 5G communications, artificial intelligence, new energy vehicles, satellite manufacturing and other industries, the demand for new ceramic materials will continue to grow. Future trends in ceramics include:

1. Multifunctionality: integrates electrical, thermal conductivity and insulation;

2. Intelligent: Development of “smart ceramics” with sensing or self-healing functions;

3. Lightweight and high strength go hand in hand: applications in aerospace and high-speed transportation;

4. Micro- and nanostructure fabrication: rapid prototyping of complex structural ceramics through 3D printing and micromachining technologies.

To Good Ceramics is laying out a new generation of ceramic technology research and development, the goal is to build the world's leading new materials manufacturing base for intelligent manufacturing and clean energy to provide core support.

In the era of global manufacturing towards intelligence and greening, new ceramic materials have become the indispensable foundation of the high-end industrial chain.
It not only solves the problems of corrosion, oxidation and fatigue of traditional metals, but also gives engineering design a wider scope of imagination.

Zhihao Ceramics will continue to be driven by technological innovation and break through the performance boundaries of ceramic materials to provide customers around the world with higher quality and more reliable advanced ceramic solutions.

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