Overview of Chemical Performance Ceramics
Machines and equipment in chemical manufacturing processes are often subjected to high stresses caused by temperature, pressure, corrosion and wear. Under these conditions, oxide and non-oxide ceramic materials are often ideal for designers. Therefore, an accurate understanding of the application conditions is critical to selecting the right material.
Loongceram chemically inert ceramics has over many years of experience in chemical processing with products that provide superior corrosion resistance and durability. Providing high quality components and media to meet demanding chemical processing requirements. Loongceram is focused on customer success, manufacturing components from corrosion-resistant materials to meet a wide range of advanced chemical processing needs.
Machines and equipment in chemical manufacturing processes are often subjected to high stresses caused by temperature, pressure, corrosion and wear. Under these conditions, oxide and non-oxide ceramic materials are often ideal for designers. Therefore, an accurate understanding of the application conditions is critical to selecting the right material.
Loongceram chemically inert ceramics has over many years of experience in chemical processing with products that provide superior corrosion resistance and durability. Providing high quality components and media to meet demanding chemical processing requirements. Loongceram is focused on customer success, manufacturing components from corrosion-resistant materials to meet a wide range of advanced chemical processing needs.
<strong>Chemical Industry Product Capabilities</strong>
Industrial Grade Valves and Valve Assemblies
Ceramic Piping
Sealing assembly
Wear-resistant accessories
Catalyst carriers
Crucible
Feed pipe
Industrial Grade Valves and Valve Assemblies
Outstanding performance even in the harshest conditions. Our components outperform traditional plastics, metals, carbide-coated and diffusion-alloyed materials in corrosive, high-temperature and high-pressure applications, and can be tailored to your specific needs. Our wear- and corrosion-resistant ceramic materials are ideally suited for valve internals:
Outstanding performance even in the harshest conditions. Our components outperform traditional plastics, metals, carbide-coated and diffusion-alloyed materials in corrosive, high-temperature and high-pressure applications, and can be tailored to your specific needs. Our wear- and corrosion-resistant ceramic materials are ideally suited for valve internals:
Ceramic pipes
Loongceramc produces ceramic pipes in all shapes, materials and manufacturing processes or even for special or customized applications. Whether for filtration, fixation, water heating or soil analysis; whether for the chemical industry, laboratories, electrical and electronic engineering, environmental technology foundry technology, loongeram’s experienced team of experts develops and optimizes ceramic tubes for a wide range of processes and applications.
Loongceramc produces ceramic pipes in all shapes, materials and manufacturing processes or even for special or customized applications. Whether for filtration, fixation, water heating or soil analysis; whether for the chemical industry, laboratories, electrical and electronic engineering, environmental technology foundry technology, loongeram’s experienced team of experts develops and optimizes ceramic tubes for a wide range of processes and applications.
Seal Assemblies
Ceramic Hardfaced Seal Assemblies Designed for Reliability in Extreme Environments Loongceram designs and manufactures a wide range of heavy-duty hardfaced seal assemblies for a variety of applications including centrifugal pumps. Each hardfaced seal is made of high quality, durable ceramic material.
Ceramic Hardfaced Seal Assemblies Designed for Reliability in Extreme Environments Loongceram designs and manufactures a wide range of heavy-duty hardfaced seal assemblies for a variety of applications including centrifugal pumps. Each hardfaced seal is made of high quality, durable ceramic material.
Wear-resistant components
Precise temperature regulation and control is critical in many heat treatment processes in manufacturing, such as heat treating and combustion. Ceramic protection tubes protect the heating elements of aluminum die casting and holding furnaces from mechanical contamination, corrosion and wear. Ceramic tubes (e.g. alumina tubes) are also used as current-carrying elements in vacuum and sintering furnaces.
Precise temperature regulation and control is critical in many heat treatment processes in manufacturing, such as heat treating and combustion. Ceramic protection tubes protect the heating elements of aluminum die casting and holding furnaces from mechanical contamination, corrosion and wear. Ceramic tubes (e.g. alumina tubes) are also used as current-carrying elements in vacuum and sintering furnaces.
Catalyst Carriers
Precision Ceramic Catalyst Support Media to Ensure Consistency in Chemical Processing
Advanced Ceramics offers a wide range of ceramic catalyst support media for precision manufacturing of chemicals and petrochemicals. Provides high surface area for catalyst-reactant interaction.
High purity ceramic materials for catalyst carriers Included:
Silicon carbide Aluminum oxide
Precision Ceramic Catalyst Support Media to Ensure Consistency in Chemical Processing
Advanced Ceramics offers a wide range of ceramic catalyst support media for precision manufacturing of chemicals and petrochemicals. Provides high surface area for catalyst-reactant interaction.
High purity ceramic materials for catalyst carriers Included:
Silicon carbide Aluminum oxide
Crucible
1.Used in the process of melting, reaction, concentration of various chemical raw materials, such as in the production of inorganic salts, used to melt various salt raw materials; in organic synthesis, used for high-temperature reaction containers;
2.Used in all kinds of chemical experiments, chemical manufacturing, such as the melting of the sample, the determination of the ash, the determination of the composition of the sample of the trace and ultra-trace, etc., it is an indispensable tool in the experiments of analytical chemistry.
1.Used in the process of melting, reaction, concentration of various chemical raw materials, such as in the production of inorganic salts, used to melt various salt raw materials; in organic synthesis, used for high-temperature reaction containers;
2.Used in all kinds of chemical experiments, chemical manufacturing, such as the melting of the sample, the determination of the ash, the determination of the composition of the sample of the trace and ultra-trace, etc., it is an indispensable tool in the experiments of analytical chemistry.
Feed pipe
The extreme conditions in non-ferrous (NF) molten metal applications require specialized materials. Advanced ceramic materials such as silicon nitride (SIN) effortlessly mast challenging conditions with maximum temperatures of 1400°C and temperature differences of several hundred degrees. Conventional materials simply cannot withstand the heat of these challenging conditions.
The extreme conditions in non-ferrous (NF) molten metal applications require specialized materials. Advanced ceramic materials such as silicon nitride (SIN) effortlessly mast challenging conditions with maximum temperatures of 1400°C and temperature differences of several hundred degrees. Conventional materials simply cannot withstand the heat of these challenging conditions.
Dental blank+
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