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Popular Product Keywords:

Silicon Carbide Cantilever Paddle,Boat Bracket,Wafer Boat,Square Beam,Roller

Materials

SSiC

The use of ultrafine silicon carbide micropowder (particle size usually in 0.5-1.0μm) as raw materials, adding certain sintering additives, such as solid-phase system is generally used in B4C-C, the liquid-phase system is generally used in Al2O3-Y2O3, usually need to add binder, dispersing agent, and other organic solvents, the formation of granulated powder through spray drying process, the use of a variety of molding processes, high temperature sintering in vacuum or under argon gas protection ( Temperature is usually 2100-2200 ℃), the sintered density is usually greater than 98% of the theoretical density, the density is generally 3.10-3.18g/cm3, grain size is generally not more than 20μm.

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RBSiC

Using different particle size silicon carbide powder as raw material, introducing inorganic or organic carbon source, combined with forming methods such as slip casting, gel casting, isostatic pressing, extrusion, to produce SIC + C substrate, and degreasing, high temperature reactive silicone seepage sintering under vacuum atmosphere (temperature is usually in the range of 1600-1700 °C), to get the combination of primary and secondary silicon carbide silicon carbide material, the material usually contains a certain percentage of free silicon, usually within 15%, with a density of 3.03 or more. In addition, the purity of the material can be controlled according to the actual application conditions of the material to adapt to different application environments.

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Products

Components for Microchannel Reactors

Components for Anticorrosion & Heat Exchanging

Components for High Temperature Resistance

Components for Wear Resistance

Components for Plasma Resistance

Components for Photovoltaic

High Precision Components for Semiconductors

Components for Glass Forming

Components for Fluid Controls

Components for Optics Mirrors

Components for Armour Protection

Components for Microchannel Reactors

CORESIC ® The comprehensive excellent performance of silicon carbide material (high thermal conductivity, high hardness, high strength, and universal corrosion resistance) makes it particularly suitable for making the core components of microchannel continuous flow chemical reactors/equipment: reaction tubes, reaction plates, and reaction plate modules. Silicon carbide microchannel reactors can be applied to a wider range of chemical reactions.

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Components for Anticorrosion & Heat Exchanging

With CORESIC ® The heat exchange tube, plate, block hole, tube plate, and head products made of SE and SP silicon carbide materials are the core components of the silicon carbide heat exchange equipment. They are suitable for the cooling, condensation, heating, evaporation, thin film evaporation, and absorption processes of highly corrosive chemicals. Compared with traditional heat exchange equipment, they have better heat exchange efficiency, making them more compact, small in size, easy to disassemble, low in maintenance cost, long in service life, and high in comprehensive benefits.

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Components for High Temperature Resistance

Silicon carbide rollers, beams, radiation tubes and protection tubes made of CORESIC® SE and SP silicon carbide, have significantly improved high temperature bearing and corrosion resistance. The maximum temperature resistance can reach 1650℃, which can greatly improve the service life of high-temperature kilns, reduce maintenance and improve reliability.

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Components for Wear Resistance

Silicon carbide inner pipes of chamber/ grinding lining cylinder Silicon carbide grinding liner cylinders made of CORESIC® RBP and SP silicon carbide can be customised with complex structures such as grinding pins on the inside and heat exchange channels on the outside. The maximum outer diameter can reach 1300mm and the height can reach 1200mm, which can greatly improve the efficiency, normal operation time and reliability of grinding and dispersing equipment.

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Components for Plasma Resistance

CORESIC ® The excellent mechanical properties of silicon carbide ceramic materials, such as high strength, high hardness, and high elastic modulus, are particularly suitable for precision ceramic structural components such as ICP etching process, PVD process, RTP process, and carrier plates used in CMP process in the manufacturing of optoelectronic lighting epitaxial wafers.

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Components for Photovoltaic

Thanks to the various forming processes and material technologies it has mastered, Sanzer can provide silicon carbide products of cantilever paddles, brackets, boats and furnace tubes made by CORESIC® RBS H with slip casting, and SiC products of cantilever rods and beams, protective tubes made by CORESIC® RBE H with extrusion forming, the SiC products of wafer boats and brackets, and other products made by CORESIC® RBP H with CIP process. 3D printing can also be used to produce components of boat brackets and wafer boat.

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High Precision Components for Semiconductors

With CORESIC ® The silicon carbide ICP, PVD, RTA carrier, crossbeam, and guide rail made of SP silicon carbide material have a thermal conductivity of over 160W/m ¥ K, a surface roughness of better than 10nm, and excellent resistance to plasma etching; With CORESIC ® Based on SP silicon carbide material, combined with the unique diffusion welding technology of Sanwei, various precision manufactured silicon carbide suction cups have solved the supply crisis of key semiconductor machine parts.

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Components for Glass Forming

With CORESIC ® The silicon carbide heating plates, thermal conductivity plates, molds and other products made of SP and SG silicon carbide materials overcome the shortcomings of high temperature oxidation and deformation of graphite molds, as well as the impact of oxidation and pitting on glass forming yield. At the same time, in conjunction with the development of low thermal conductivity and low expansion microcrystalline ceramic materials, the difficulties of thermal shock in ceramic components are solved, and the energy consumption of the hot bending forming system is reduced.

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Components for Fluid Controls

CORESIC ® Silicon carbide materials have high strength, high hardness, wear resistance, corrosion resistance and other performance characteristics, and can adapt to working under conditions such as high and low temperature, high speed, strong corrosion, and dry friction. It has good safety, reliability, and sealing performance.

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Components for Optics Mirrors

CORESIC ® The high specific stiffness of silicon carbide ceramics gives them excellent resistance to mechanical impact deformation. The high thermal conductivity and low coefficient of thermal expansion make it highly resistant to thermal deformation, making it a promising optical reflective material.

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Components for Armour Protection

CORESIC ® The high specific stiffness, high specific strength, and chemical inertness of silicon carbide ceramic materials in complex environments make their application in armor systems very promising, widely used in human body protection, vehicle armor protection, and protective armor for aircraft equipment.

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Products

Application

Fine Chemicals & Pharmaceuticals

Continuous Flow Chemistry & Microchannel Reactors

Battery Materials

LED Light Emitting Diode

Semiconductors

News

Sanzer New Materials at CIBF in Shenzhen, 16-18 May 2023

May 16-18, the 15th China International Battery Fair was held at Shenzhen International Convention and Exhibition Center, which is one of the world's largest battery industry events, attracting more than 2,500 companies from around the world, with well-known companies in the battery industry chain gathering to share the development of new technologies and new trend.

2023-05

Sanzer New Materials at CIBF in Shenzhen, 16-18 May 2023

Sanzer New Materials at Ceramics Expo in Michigan, 1-3 May 2023

From May 1st to May 3rd, SANZER participated in the Ceramics Expo to explore the American market. The exhibition is the largest and most influential industrial ceramics and refractories exhibition in the United States.

2023-05

Sanzer New Materials at Ceramics Expo in Michigan, 1-3 May 2023

Sanzer New Materials at the 2nd Advanced Ceramics Summit Forum

On April 21, the second Advanced Ceramics Summit Forum was held in Nanchang, Jiangxi, co-sponsored by JOURNAL OF ADVANCED CERAMICS and Modern Technical Ceramics editorial department. Sanzer New Materials was invited to attend and discussed with experts and scholars in the powder and ceramic industry about the future development of structural ceramics.

2023-04

Sanzer New Materials at the 2nd Advanced Ceramics Summit Forum

Sanzer New Materials at the 7th Power Lithium Battery Cathode Material Summit, 12 July, 2022

Sanzer New Materials Attend the 7th Power Lithium Battery Cathode Material Summit

2022-07

Sanzer New Materials at the 7th Power Lithium Battery Cathode Material Summit, 12 July, 2022

Sanzer New Materials Attend the 7th Power Lithium Battery Cathode Material Summit

Sanzer New Materials at the 2021 Flow Chemistry Technology Research and Green Process Application Exchange Seminar, 24-25 July, 2021

Sanzer New Materials participated in the "2021 Flow Chemistry Technology Research and Green Process Application Exchange Seminar" held in Jinan from July 24th to July 25th, 2021, and delivered the "SANZER Coresic ® The report on the development and application of silicon carbide ceramics in continuous flow microchannel reactors has attracted widespread attention and response

2021-08

Sanzer New Materials at the 2021 Flow Chemistry Technology Research and Green Process Application Exchange Seminar, 24-25 July, 2021

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Address:No.99 East Changxing Road, Nantong Economic and Technological Development Zone, Jiangsu
Email:market@sanzer.com
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Website:www.sanzer.com

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MAKE STRUCTURAL CERMICS PROMISING

THE GLOBAL LEADING PROVIDER OF
STRUCTURAL CERAMIC SOLUTIONS

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EVERYTHING IS THREE ACCOUNTABILITY FIRST

CORPORATE CULTURE

MAKE STRUCTURAL CERMICS PROMISING

THE GLOBAL LEADING PROVIDER OF STRUCTURAL CERAMIC SOLUTIONS

left

EVERYTHING IS THREE ACCOUNTABILITY FIRST

CORPORATE CULTURE

THE GLOBAL LEADING PROVIDER OF
STRUCTURAL CERAMIC SOLUTIONS