Technical ceramics

Ceramic tubes and insulators for thermocouples

Ceramic tubes and insulators for thermocouples are crucial components in temperature measurement and control. These ceramic components allow accurate and reliable temperature readings in various industrial and scientific applications. By protecting the wires of thermocouples and electrically isolating them from the environment, ceramic pipes and insulators allow accurate measurements even under extreme temperature conditions. Their ability to withstand high temperatures and maintain stable properties makes them indispensable in a range of industries, including metallurgy, chemistry and energy production.

Ceramics for the pulp industry

Ceramics play an important role in the pulp and paper industry by being used in various parts of the production process. The ceramic components are used due to their wear resistance, chemical stability and ability to withstand high temperatures. Common uses include ceramic cones used for cellulose pulp cleaning and separation of all dirt, which can affect paper quality. As well as ceramic parts used in paper machines to handle the abrasive pulp. The properties of ceramics make it a reliable choice for increasing the efficiency and service life of equipment in the pulp and paper industry.

Ceramic lining and ceramic media for mills

Ceramic linings and grinder agents are important components in material processing and grinding. These ceramic materials are used to improve the performance and service life of milling tools and equipment. They offer a hard and durable surface that reduces wear and extends tool life, which in turn increases productivity and reduces operating costs. Their ability to withstand high temperatures and chemical influences makes them a valuable addition in metalworking, mining, and other industrial applications where precision and efficiency are paramount.

Metal-ceramic tubes and elbow

Metal-ceramic tubes and elbows form an important part of technical ceramics and are used in various industrial applications. These components are made from a combination of ceramic and metallic materials, which gives them unique properties that are valuable in demanding environments. The metal-ceramic tubes and elbows are known for their ability to handle high temperatures, corrosion and wear, making them ideal for transporting and handling various types of substances, including abrasive materials and aggressive chemicals. Their durability and reliability make them indispensable in industries such as petrochemicals, mining and energy production where reliable material handling is crucial.

Nozzle for welding, sandblasting and spraying

Technical ceramics are widely used for the manufacture of nozzles that are indispensable in welding and sandblasting. These ceramic nozzles offer several advantages in these applications. They are known for their high wear resistance and resistance to extremely high temperatures, which is crucial for managing welding processes and the powerful abrasive jet when sandblasting. In addition, they have excellent thermal properties that help to direct and concentrate the heat or sand jet on the desired areas with precision. These ceramic nozzles are essential to achieve high performance and quality in welding and cleaning surfaces by sandblasting.

Pistons, slide rings, seals

Pistons, slip rings and seals made of technical ceramics are critical components in mechanical engineering and industrial processes. Their ceramic nature gives them outstanding properties that are essential to ensure smooth and reliable operation of machinery and equipment.

Pistons: Ceramic pistons are used in a variety of applications, including industrial pumps. Their high hardness and low friction properties reduce wear and enable smooth and efficient movement within the system. Ceramic components can be made with high precision and have a smooth surface, which is important for achieving the desired quality of the material produced.

Slip rings: Ceramic slip rings are used as bearings to support shafts and rotating components. Their wear resistance and resistance to high temperatures make them an excellent choice for minimizing friction and extending the life of mechanical parts.

Seals: Ceramic seals are used to prevent leakage and control the flow of liquids and gases in a variety of industries, including chemical process industries and food production. Their chemical resistance and ability to retain sealing under high pressures and temperatures make them an important component in maintaining safety and efficiency.

In summary, technical ceramics in the form of pistons, slip rings and seals are crucial to ensure reliable and efficient operation in many different industries. Their unique features make them an indispensable choice when it comes to minimizing wear, improving performance and ensuring the safe and efficient operation of machinery and equipment.

Laboratory ceramics

Laboratory ceramics are a special type of ceramic products designed to be used in scientific and chemical laboratories. These ceramic products meet strict quality and safety standards to be useful within laboratory environments.

Common examples of laboratory ceramics include ceramic pots and bowls used to mix, heat or react with chemicals. These ceramic products are known to be inert, which means that they do not react with the chemicals that they handle. This is crucial to avoid contamination in laboratory samples and ensure that the experiments are accurate and reliable.

Laboratory ceramics can also include ceramic tips and pipettes used to measure and transfer liquids accurately. These ceramic tips are known for their precision and resistance to chemicals.

In conclusion, laboratory ceramics play a crucial role in scientific research and laboratory work by offering reliable and non-reactive materials for handling and analyzing chemicals and samples. They help to ensure that laboratory experiments and analyzes are carried out with high precision and accuracy.

Ceramic insulators

Ceramic insulators are important components in electrical and electronic systems. Their main purpose is to insulate and support wires, cables and components to prevent unwanted electrical wiring. These insulators are usually made of ceramic materials that have excellent dielectric ability and high resistance to electric current even at high temperature.

Ceramic insulators are used in a variety of applications, including electric power transmission and distribution, high-voltage transformers, printed circuit boards in the electronics industry, and in high-voltage environments that require reliable insulation to prevent short circuits and accidents.

Their ability to maintain stable dielectric properties even under high voltage loads and in harsh environments makes ceramic insulators a valuable component for ensuring safe and efficient operation in electrical and electronic technology.

Ceramic support for heating elements

Ceramic support for heating elements is an indispensable component in heat generation and heating applications. These ceramic supports are designed to secure and insulate heating elements in furnaces, furnace heaters and similar equipment. Their main task is to support the heating elements and at the same time electrically isolate them from the environment.

Ceramic supports are known for their ability to withstand extremely high temperatures and thermal shock. They help to distribute heat evenly and prevent overheating of the heating elements, which, in turn, increases the service life and efficiency of the heating process. Their insulating properties ensure that electric current does not leak in undesirable directions and that heat is directed to the desired areas.

Ceramic support for heating elements is therefore a critical component in many industries, including metallurgy, ceramics, glassmaking and food production, where precision control of temperatures is crucial for product quality and the success of the production process.

Extrusion tools for brick products

Technical ceramics are widely used for the manufacture of extrusion tools intended for the production of brick products. These tools are critical in the brick industry because they allow efficient forming and processing of clay or ceramic material to create various types of brick products, including bricks and tiles.

The extrusion tools are manufactured using technical ceramics due to its outstanding wear resistance and ability to withstand high pressures and temperatures generated during the extrusion process. Ceramics preserve their shape and performance even with repeated cycles of pressure and heat, ensuring accurate and consistent manufacturing of brick products.

These ceramic extrusion tools play an important role in the brick industry by improving the production process and reducing wear and tear on equipment. They also enable the creation of brick products with precise dimensions and surface quality, which is crucial to meet high quality requirements in the building and construction sector.

Ceramics for wire and textile industry

Ceramics are used in the wire industry to facilitate the production of wire products. Usually, ceramic parts such as the wire running eye and wire tension wheels are used. These components are made of technical ceramics and play an important role in ensuring that the wire is pulled evenly and smoothly through various processes such as drawn, twisted, or machined.

Ceramic wire running eyes are known for their high hardness and low friction properties, which reduce wear on the wire and improve its strength and quality. They are valuable in high-speed applications where the smoothness of the wire is crucial.

Wire tension wheels made of ceramics offer excellent wear resistance and the ability to withstand high temperatures. These wheels help maintain the correct tension on the wire during production, which is crucial to avoid damage and unwanted variations in the properties of the thread.

In summary, ceramics in the wire industry is an important component for achieving high-quality wire products and efficient production. Its unique properties, including hardness, low friction and thermal stability, make it an ideal choice to meet the demanding demands of the industry.

Ballistic and other products

Balistic and other ceramic products are essential to ensure safety and protection in many different situations and industries. Balistic products, such as ceramic shields and armor plates, are used to provide protection against projectiles and physical threats. These products are made of ceramic materials with extremely high hardness and resistance to shock and penetration, which makes them indispensable in the military and security industries.

In addition, ceramic materials are used in other industries for various applications. Technical ceramics are used in high-temperature environments that require thermal stability and chemical resistance. It can be used in furnaces, furnace heaters, electric heating products and many other applications where traditional materials cannot meet the stringent requirements.

Ceramic products are also used in the electronics industry as substrates and insulators to protect and support electronic components. Their non-conductive properties and ability to withstand high temperatures make them ideal for these purposes.

In conclusion, ceramic products have a wide application in various industries due to their unique properties and versatility. They play a crucial role in meeting safety, performance and reliability requirements in a wide range of situations and applications.

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