Why Choose Us

Professional team

Chinsor has a team master the core technology in this filed. Dedicated to supply of semiconductor flm physical deposition, chemical deposition and etching of precision parts, focusing on precision machining and parts surface treatment.

Rich experience

We are well talented in precise manufacturing of metal parts and fragile material parts for semiconductor trade. We have professional production lines and workers. Metals include aluminum, stainless steel and fragile materials include ceramic, quartz and silicon.

Our Certificates

Chinsor has been certified as Jiangsu new high-tech enterprise, Wuxi Technical Center, Jiangsu SMEs and so on.

Competitive Price

Manufacturer place your order directly to the factory, no intermediate cost, more fast delivery, better service and economical cost.

 

What is Ceramic Parts

 

 

In the most technical sense, a Ceramic Parts is a specific type of non-metallic material that has been formed and then solidified by an intense heating process at radically high temperatures. Ceramics are typically brittle, hard, and corrosion-resistant and often very strong. They look and feel like a combination of glass and cement. Currently, the term "ceramic" has taken on a broader definition, encompassing materials such as glass, advanced ceramics, and certain cement systems.

 

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Benefits of Ceramic Parts
 
01/

High Strength and Durability
Ceramic Parts are known for their high strength and durability. They can withstand significant mechanical stress without deformation or failure.This property is particularly evident in applications like bulletproof armor. Silicon carbide ceramics are used due to their high hardness and lightweight nature, providing effective protection with less weight burden on the wearer.

02/

High Temperature Resistance
Ceramic Parts can withstand extremely high temperatures without melting or degrading. This makes them ideal for high-temperature applications such as electric heating elements in furnaces and kilns.Silicon carbide, for example, is widely used in high-temperature fields due to its ability to maintain structural integrity and functionality at extreme temperatures.

03/

Corrosion Resistance
Ceramic Parts are highly resistant to chemical corrosion. This makes them suitable for use in harsh environments where other materials might degrade.For instance, silicon carbide ceramics are used in desulfurization nozzles in power plants and large boilers, where they are exposed to highly corrosive gases and liquids.

04/

Good Insulation Properties
Ceramic Parts are excellent electrical insulators. This makes them useful in electronics and electrical applications.They can prevent the flow of electricity, ensuring safety and efficiency in electrical systems. This property is also beneficial in high-voltage applications where dielectric strength is crucial.

05/

Wear Resistance
Due to their high hardness and low friction coefficient, ceramics are highly resistant to wear. This makes them ideal for applications involving sliding friction, such as mechanical parts like bearings and sealing rings.These parts operate in harsh environments and require long service life and good air tightness.

06/

Optical Properties
Transparent Ceramic Parts have good optical transparency and properties. This makes them suitable for applications in lighting technology, window materials, and transparent armor.These materials combine the optical benefits with the traditional advantages of ceramics like high strength and temperature resistance.

 

Types of Ceramic Parts

Silica
Silica, or SiO2, is renowned for its impressive thermal shock resistance and leachability. It is a popular choice for aerospace and energy applications for the production of investment casting shells and cores.

 

Tungsten Carbide
Tungsten carbide is known for its ability to maintain its properties at high temperatures. The material Tungsten carbide often gets mixed with high percentages of a metal binder, such as cobalt or nickel, which is used as a second metallic phase to form materials known as "cermets." Pure tungsten carbide can also be produced as an advanced technical ceramic using a high-temperature hot isostatic pressing process. Thanks to its hardness and wear resistance, this material is used to make products that need to be extra strong, like cutting tools, and abrasive water jet nozzles. However, its weight can limit its use in certain applications.

 

Fire Bricks
Fire bricks fall under the category of “refractory materials” meaning that they are resistant to both extremely high temperatures and chemical attacks, and won't crack or break down when exposed to either. Their low thermal conductivity makes them naturally energy-efficient, which is why they are the preferred go-to for lining furnaces, fireboxes, fireplaces, and kilns, as well as other applications where resistance and durability is important. Fire bricks are most often made from a mixture of clay and other materials, and are used in lots of industrial applications, like steelmaking, glassmaking, and ceramics.

 

Bone China
Also known as fine china (the type you'll find in a fancy restaurant), bone china is a porcelain variety famed for its strength, chip resistance, and translucency. It was first made in the 1800s by an English ceramicist, Josiah Spode. This type of ceramic is made from bone ash, kaolin, and feldspathic material. As it's highly durable, bone china can be molded into thinner shapes than porcelain can. It goes through several changes during production, but the differences in the material properties give it its final transparent look. The final product is elegant which, combined with its durability, makes it a common material for fine dinnerware, ornaments, and other decorative objects.

 

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Ceramic Parts composition and properties

Underlying many of the properties found in ceramics are the strong primary bonds that hold the atoms together and form the ceramic material. These chemical bonds are of two types: they are either ionic in character, involving a transfer of bonding electrons from electropositive atoms (cations) to electronegative atoms (anions), or they are covalent in character, involving orbital sharing of electrons between the constituent atoms or ions. Covalent bonds are highly directional in nature, often dictating the types of crystal structure possible. Ionic bonds, on the other hand, are entirely nondirectional. This nondirectional nature allows for hard-sphere packing arrangements of the ions into a variety of crystal structures, with two limitations. The first limitation involves the relative size of the anions and the cations. Anions are usually larger and close-packed, as in the face-centred cubic (fcc) or hexagonal close-packed (hcp) crystal structures found in metals. (These metallic crystal structures are illustrated in Figure 1.) Cations, on the other hand, are usually smaller, occupying interstices, or spaces, in the crystal lattice between the anions.

 

Application of Ceramic Parts
 

Electronics and Electrical Industry

Used in the manufacture of insulators, substrates, electronic components, and circuit boards.

Mechanical Manufacturing

Used to produce wear-resistant parts, cutting tools, and mechanical seals.

Medical Equipment

Used in the manufacture of bioceramics, such as artificial joints and dental implants.

Aerospace

Utilized in high-temperature structural materials and turbine engine components.

Chemical Industry

Employed in chemical reactor linings, pump components, and valves.

Automotive Industry

Applied in oxygen sensors and high-performance engine components.

 

How to Choose Ceramic Parts
 

Application Requirements
Determine the specific needs of your project. For instance, does the material need to withstand high temperatures, resist wear and tear, or provide electrical insulation? Understanding the exact requirements will help narrow down the choices.

 

Material Properties
Each ceramic material has distinct properties. For example, alumina is known for its excellent thermal and electrical insulation, while zirconia offers high strength and fracture toughness. Assess the properties of various ceramics to find the best match for your project.

 

Cost and Availability
Budget constraints and material availability can also influence your decision. Some advanced ceramics may offer superior performance but come at a higher cost. Balance the performance benefits with your budget to make an informed choice.

 

Manufacturing Process
Consider how the ceramic material will be processed and fabricated. Certain ceramics may require specialized equipment or techniques, affecting the overall feasibility and cost of your project.

 

Environmental Impact
In today's eco-conscious world, the environmental impact of materials is an important consideration. Opt for ceramics that are environmentally friendly and can be recycled or have minimal negative effects on the environment.

 

Process of Ceramic Parts

 

Making Ceramics
Ceramic machining starts with the initial manufacturing of ceramic parts, components, and products. This process traces back to one of the world's oldest industries, which began with the shaping and forming of clay for utensils, bowls, and household items. Over the centuries, ceramics have evolved into a crucial element in numerous industrial applications. The production of ceramic components involves several stages, beginning with the processing of raw clay material.

 

Mixing
Mixing is the initial step where ceramic ingredients are combined with water or other chemicals to create slurries. Following this, the forming process shapes the base material using methods such as slip casting, extrusion, injection molding, or pressing for dry powders. This stage is crucial as it establishes the basic shape of the ceramic component.

 

Sintering
Sintering or firing is used to dry and solidify the ceramic piece. The formed clay is hardened at temperatures up to 1832 °F (1000 °C). During sintering, the molecules of the clay melt, but the shape of the clay does not decompose. Sintering is completed in two steps, which are bisque firing and glaze firing.

 

 
Our Factory

 

Chinsor has a team master the core technology in this filed. Dedicated to supply of semiconductor flm physical deposition, chemical deposition and etching of precision parts, focusing on precision machining and parts surface treatment. We provides 2nd source new parts of PVD, CVD, ETCH field.We are well talented in precise manufacturing of metal parts and fragile material parts for semiconductor trade. We have professional production lines and workers. Metals include aluminum, stainless steel and fragile materials include ceramic, quartz and silicon.

 

 

certificate

 

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FAQ

 

Q: What are ceramic components?

A: Ceramic components are defined as non-organic, non-metallic materials that are consolidated using heat. The solidification of ceramic-based products takes place in a high temperature kiln, usually for a prolonged duration.

Q: What are 5 things made of ceramics?

A: Ceramics are more than pottery and dishes: clay, bricks, tiles, glass, and cement are probably the best-known examples. Ceramic materials are used in electronics because, depending on their composition, they may be semiconducting, superconducting, ferroelectric, or an insulator.

Q: What car parts are ceramic?

A: They can be found everywhere. Ceramic cam rollers, fuel injector pumps, valve discs for high-pressure injection systems, fuel pump rollers, particulate filters, modules for thermal insulation, and catalytic converters are located in the engine compartment.

Q: What is the difference between pottery and ceramics?

A: In summary, pottery is a type of ceramics that specifically involves shaping and firing clay to create functional or decorative objects. Ceramics is the more general term encompassing a wide range of materials and products that are formed by firing non-metallic inorganic materials at high temperatures.Ceramics are generally made by taking mixtures of clay, earthen elements, powders, and water and shaping them into desired forms. Once the ceramic has been shaped, it is fired in a high temperature oven known as a kiln. Often, ceramics are covered in decorative, waterproof, paint-like substances known as glazes.

Q: What is the most common ceramic material?

A: Clay
What is the most common type of ceramic? Clay is a very commonly utilized material for ceramics. Clay is often used to craft structural ceramics like bricks and tiles. Kitchenwares and pottery are also regularly made from clay.

Q: What do you call a person who makes ceramics?

A: Ceramicists make objects from clay. They use a number of methods to create items ranging from culinary and household items to sculptural and decorative objects.Ceramics are typically brittle, hard, and corrosion-resistant and often very strong. They look and feel like a combination of glass and cement. Currently, the term "ceramic" has taken on a broader definition, encompassing materials such as glass, advanced ceramics, and certain cement systems.

Q: What are examples of ceramics?

A: A ceramic is any of the various hard, brittle, heat-resistant, and corrosion-resistant materials made by shaping and then firing an inorganic, nonmetallic material, such as clay, at a high temperature. Common examples are earthenware, porcelain, and brick.

Q: Are ceramics breakable or not?

A: Ceramics have many useful characteristics. In general they are strong, although they may be brittle, or easily breakable. Heat, water, air, and chemicals do not easily damage them. In addition, they usually do not conduct, or pass along, electricity.

Q: Is porcelain the same as ceramic?

A: Technically, porcelain is a type of ceramic, but porcelain is crafted from a mix of higher-grade clays and fired at more extreme temperatures than ceramic. This makes porcelain harder and denser than ceramic tile, and also more durable and less porous.

Q: What ceramic materials for beginners?

A: If you are a beginner and want to start with the basics, we recommend you to get clay, a small ceramic kiln, a basic pottery wheel, and a few modeling tools. You can always upgrade your equipment as you learn new techniques to make pottery at home.

Q: Can you make ceramics without a kiln?

A: In essence, firing pottery doesn't always have to involve a Pottery Kiln. You can also make use of these innovative methods, such as pit firing or gas firing. And when you want that professional finish without owning a Top Loading Pottery Kiln, your local pottery workshops are there to provide the kiln you will need.

Q: What is the enemy of clay?

A: PLASTER IS THE ENEMY OF FIRING. It is most important that small pieces of plaster do not make their way into recycled clay because they will explode/spit out in the kiln once heated causing disastrous effects on pottery.

Q: Is ceramic a cheap material?

A: Affordability: Ceramic tiles are budget-friendly, making them an excellent choice for those looking for cost-effective options. Versatility: Available in a wide range of styles, colours, and sizes, ceramic tiles offer flexibility in design.

Q: What items are made of ceramics?

A: Combined with modern glazing techniques, traditional ceramic materials are used to produce many of the products we use on a daily basis. Plates, glasses, bowls, mugs, bricks, tiles and cement products are all made from ceramic materials.

Q: What are the major raw materials for ceramics?

A: Most ceramic products are clay-based and are made from a single clay or one or more clays mixed with mineral modifiers such as quartz and feldspar. The types of commercial clays used for ceramics are primarily kaolin and ball clay.

Q: How can you tell if something is ceramic?

A: Anywhere the object is unglazed the clay is darker, usually dark grey but also sometimes light brown, sometimes with specs in it, and has a rough texture, as it if was made out of a chunk of clay in middle school pottery shop.

Q: Which country is famous for pottery?

A: Spain firmly holds the leading position in the global market for decorative ceramics. The Spanish ceramic industry has much to boast about. Its production capabilities have scaled new heights, with renowned manufacturers offering an extensive palette of tile designs that can cater to even the most discerning tastes.

Q: Did Vikings make ceramics?

A: Most pottery made during the Viking age was simple and limited to vessels used for cooking, eating and storage. Domestic pottery was most often made locally but there is evidence of finer products being exported from the Rhineland to the Nordic countries.

Q: What happens if you put clay in the kiln that is still drying?

A: Clay that contains too much moisture can crack and even explode in the kiln. The heat causes the moisture in the clay to boil, causing it to expand and put pressure on the structural integrity of the pot. The dryer the clay, the less moisture it contains and the less chance you have of cracks.

Q: Why is ceramic cheaper than porcelain?

A: Porcelain is typically more expensive because of its complex manufacturing process. You can find porcelain tiles for $2 to $15 per square foot, while ceramic tiles typically cost $0.50 to $15 per square foot. Prices for both tile choices can be as high as $45 per square foot for materials and labor.

Q: Can you use an oven instead of a kiln for pottery?

A: This process, known as firing, increases the strength and durability of the pottery, allowing it to withstand wear and tear and last for many years. You can't reach this level of firing with a home oven or pit firing compared to an at-home kiln.

As one of the leading ceramic parts suppliers in China, we warmly welcome you to buy high-grade ceramic parts in stock here from our factory. All our products are with high quality and competitive price. Contact us for quotation.

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