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Custom ceramic parts
Our ceramic product materials mainly include zirconium oxide (ZrO2), aluminum oxide (Al2O3), silicon nitride (Si3N4), aluminum nitride AlN, and silicon carbide (SiC). Our products have two parts: one part is ceramic rods, tubes, sleeves, plates, blocks, strips and other ceramic materials, and the other part is precision ceramic parts for industrial use. Widely used in semiconductor, biomedical, precision machinery and equipment, new energy, fluid control and optical fiber communication industries.
1. Machinery manufacturing field
In the field of machinery manufacturing, precision ceramics are mainly used to manufacture bearings, seals and cutting tools. Its high hardness, wear resistance and corrosion resistance significantly increase the service life of mechanical parts and improve the overall performance of mechanical equipment.
2.Aerospace field
In the aerospace field, precision ceramics are widely used in thermal barrier coatings for aerospace engines and ceramic heat shields for spacecraft. Its high temperature resistance, anti-oxidation and anti-corrosion properties enhance the safety and reliability of aerospace vehicles.
3. Medical device field
In the field of medical devices, precision ceramics are often used to make dental implants, artificial joints, and bone plates. These ceramic materials have good biocompatibility and durability, which greatly improves the success rate and effect of surgery.
4.Electronic and electrical fields
In the field of electronic and electrical appliances, precision ceramics are used to manufacture electronic ceramic materials, pressure-sensitive ceramic materials, etc., such as ceramic capacitors, ceramic filters and ceramic heaters. These devices are small in size, light in weight and resistant to high temperatures, and are an important part of the modern electronic and electrical industry.
5.Semiconductor equipment field
In semiconductor equipment, precision ceramic components account for about 10% of the cost. Due to its excellent mechanical properties and high temperature stability, silicon carbide ceramics are particularly suitable for use in precision structural parts of integrated circuit equipment such as photolithography machines, such as precision moving workpiece tables, skeletons, suction cups, and water-cooling plates.
6.Other fields:
Precision ceramics are also used to make circuit substrates, coil bobbins, electron tube sockets, high-voltage insulating porcelain, rocket nose cones, etc. In addition, it can be made into high-porosity precision casting cores for casting alloys and used as high-temperature materials with good shock resistance.
Composition and characteristics of precision ceramics
The main components of precision ceramics include silicon carbide, silicon nitride, zirconium oxide, beryllium oxide, boron nitride, titanium oxide, etc. Its properties include corrosion resistance, high strength, high heat resistance, piezoelectricity, semiconductor, electrical conductivity and light transmittance, which far exceed traditional metal materials.
In short, precision ceramics are widely used in many fields due to their excellent physical and chemical properties, and with the development of science and technology, their application scope will be further expanded.
Customization process
The first step is to consult
Please provide as much part information and your requirements as possible;
Drawings or descriptions of required shapes;
Operating Conditions/Applications/Please provide as much information as possible;
Quantity and delivery date;
Other requests or questions.
The second step, the plan
Our company will recommend product solutions that meet your requirements.
The third step, order
Production begins according to determined specifications and terms.
The fourth step, production
Start the production of products according to the drawings and in accordance with a strict quality control system.
The fourth step, production
product delivery
Custom ceramic parts
Our ceramic product materials mainly include zirconium oxide (ZrO2), aluminum oxide (Al2O3), silicon nitride (Si3N4), aluminum nitride AlN, and silicon carbide (SiC). Our products have two parts: one part is ceramic rods, tubes, sleeves, plates, blocks, strips and other ceramic materials, and the other part is precision ceramic parts for industrial use. Widely used in semiconductor, biomedical, precision machinery and equipment, new energy, fluid control and optical fiber communication industries.
1. Machinery manufacturing field
In the field of machinery manufacturing, precision ceramics are mainly used to manufacture bearings, seals and cutting tools. Its high hardness, wear resistance and corrosion resistance significantly increase the service life of mechanical parts and improve the overall performance of mechanical equipment.
2.Aerospace field
In the aerospace field, precision ceramics are widely used in thermal barrier coatings for aerospace engines and ceramic heat shields for spacecraft. Its high temperature resistance, anti-oxidation and anti-corrosion properties enhance the safety and reliability of aerospace vehicles.
3. Medical device field
In the field of medical devices, precision ceramics are often used to make dental implants, artificial joints, and bone plates. These ceramic materials have good biocompatibility and durability, which greatly improves the success rate and effect of surgery.
4.Electronic and electrical fields
In the field of electronic and electrical appliances, precision ceramics are used to manufacture electronic ceramic materials, pressure-sensitive ceramic materials, etc., such as ceramic capacitors, ceramic filters and ceramic heaters. These devices are small in size, light in weight and resistant to high temperatures, and are an important part of the modern electronic and electrical industry.
5.Semiconductor equipment field
In semiconductor equipment, precision ceramic components account for about 10% of the cost. Due to its excellent mechanical properties and high temperature stability, silicon carbide ceramics are particularly suitable for use in precision structural parts of integrated circuit equipment such as photolithography machines, such as precision moving workpiece tables, skeletons, suction cups, and water-cooling plates.
6.Other fields:
Precision ceramics are also used to make circuit substrates, coil bobbins, electron tube sockets, high-voltage insulating porcelain, rocket nose cones, etc. In addition, it can be made into high-porosity precision casting cores for casting alloys and used as high-temperature materials with good shock resistance.
Composition and characteristics of precision ceramics
The main components of precision ceramics include silicon carbide, silicon nitride, zirconium oxide, beryllium oxide, boron nitride, titanium oxide, etc. Its properties include corrosion resistance, high strength, high heat resistance, piezoelectricity, semiconductor, electrical conductivity and light transmittance, which far exceed traditional metal materials.
In short, precision ceramics are widely used in many fields due to their excellent physical and chemical properties, and with the development of science and technology, their application scope will be further expanded.
Customization process
The first step is to consult
Please provide as much part information and your requirements as possible;
Drawings or descriptions of required shapes;
Operating Conditions/Applications/Please provide as much information as possible;
Quantity and delivery date;
Other requests or questions.
The second step, the plan
Our company will recommend product solutions that meet your requirements.
The third step, order
Production begins according to determined specifications and terms.
The fourth step, production
Start the production of products according to the drawings and in accordance with a strict quality control system.
The fourth step, production
product delivery
