To further explore the chemical fluid control sector, expand the high-end military supporting market, and demonstrate core technologies and product strengths of ceramic wear-resistant automatic control series, Pulinduo Automatic Control Technology (Yantai) Co., Ltd. will grandly participate in the 15th China (Beijing) National Defense Information Equipment Technology Expo from June 16 to June 18, 2026.Leveraging superior material properties including excellent wear resistance, corrosion resista

Entering 2026, the upgrading of global industrial equipment is accelerating. Featuring outstanding wear resistance, strong corrosion resistance, superior sealing performance and long service life, ceramic valves have become the preferred fluid control equipment for harsh working conditions such as heavy abrasion, severe corrosion, high temperature and high pressure. The industry maintains steady growth with accelerated technological iteration.In terms of market pattern, the global market demand

The market size of China's ceramic valve industry is steadily growing. The following is a detailed introduction to its market size:Market size and growth:In recent years, with the rapid development of domestic industrial technology, the market size of the ceramic valve industry has been continuously expanding. According to the "Market Research and Investment Forecast Report on China's Ceramic Valve Industry (2024 Edition)" and related statistical data released by Limu Information Consulting, the market capacity of the ceramic valve industry continues to rise.
Especially in emerging application fields such as environmental protection and new energy, the demand for ceramic valves is increasingly strong, driving rapid market growth.
Specific numbers and trends:
Taking ceramic ball valves as an example, the market size of Chinese ceramic ball valves will reach 249 million yuan in 2023, showing a steady growth trend.
With the advancement of technology and the expansion of applicatio

The development history of China's ceramic valve industry can be roughly divided into the following stages:Origin and Early Development:Ceramic valves originated in China and appeared more than two thousand years ago. The ancient Shu people (now in Sichuan) used bamboo and wooden plunger valves to prevent leakage, which can be seen as the prototype of ceramic valves.
With the development of smelting technology and hydraulic machinery, the demand for valves is gradually increasing. In 1681, the lever heavy hammer safety valve appeared in China, further promoting the development of valve technology.
Technological progress and material innovation:
In 1769, Watt invented the steam engine, which officially introduced ceramic valves into the field of mechanical industry. The widespread application of steam engines has promoted the improvement of the quantity and quality of ceramic valves.
Subsequently, slide valves, globe valves with threaded stems, and wedge gate valves with trapezo

The development trend of the ceramic valve industry can be summarized as follows:Market size continues to grow:With the development of the industrial field and technological progress, the application scope of ceramic valves continues to expand, and market demand continues to grow.
According to statistics, the market size of the global ceramic valve industry is constantly expanding, and it is expected to continue to maintain stable growth in the coming years.
Technological innovation and performance improvement:
The technological innovation of ceramic materials, such as martensitic transformation toughening technology, composite material science technology, and the development of nano ceramic concepts, has greatly improved the performance of ceramic valves.
Ceramic valves exhibit excellent performance in wear resistance, corrosion resistance, and high temperature resistance, and can meet the requirements of various complex environments.
Expansion of application areas:
Ceramic

When comparing the durability of ceramic valves and metal valves, we can conduct a detailed analysis and summary from the following aspects:Wear resistance:Ceramic valves: Due to the extremely high hardness and wear resistance of ceramic materials, ceramic valves can operate stably for a long time when dealing with media containing solid particles, dust, or strong wear resistance. For example, ceramic valves have better wear resistance than metal valves and can withstand longer periods of wear and tear.
Metal valves: The wear resistance of metal materials is usually lower than that of ceramic materials, especially when dealing with high hardness particle media, metal valves are prone to problems such as wear and scratches.
Corrosion resistance:
Ceramic valves: Ceramic materials have excellent chemical stability and can resist the erosion of various chemical corrosive media. Therefore, ceramic valves can maintain stable performance and longer service life when dealing with highly