Sic Heating Elements

High Purity Boron Nitride Ceramic Performance Features High purity (up to 99.8%), low oxygen content (less than 0.10%), no pollution to products Inert atmosphere maximum use temperature 2100℃, heat resistance to rapid cold and rapid heat Main Uses Ceramic base plate bearing furnace, Components of semiconductor equipment, Alloy melting crucible Technical Parameters

High Purity Boron Nitride Ceramic Performance Features High purity (up to 99.8%), low oxygen content (less than 0.10%), no pollution to products Inert atmosphere maximum use temperature 2100℃, heat resistance to rapid cold and rapid heat Does not stick to alloy, ceramics, rare earth, semiconductor materials, glass and other materials Main Uses Ceramic base plate bearing furnace, Components of semiconductor equipment, Alloy melting crucible Technical Parameters Quality Control

Graphite, Graphite And Silicon Nitride, Silicon Carbide Products Product Description By applying isostatic pressing technology, our graphite, graphite and silicon nitride, and silicon carbide products offer superior performance characteristics: Excellent anti-oxidation properties Superior thermal conductivity Extended service life Significant energy savings Reduced production costs These products are widely used in the melting of non-ferrous metals including: Aluminum and

High Quality Castable, Mortar Material Our company offers a comprehensive range of amorphous refractory materials with exceptional usability. Our product line includes: Lightweight insulation casting materials High-strength dense refractory casting Composite silicate coatings Various ramming materials Hot patching materials Fire clay products These materials are widely utilized across multiple industries including glass kilns, metallurgy, and chemical engineering applications

Pressureless Boron Carbide Production Intruduction: Non pressure carbonized basic ceramics have the advantages of high hardness, Tang resistance, and good neutron absorption performance, and are widely used in fields such as national defense, nuclear energy, and wear-resistant technology. In the field of bulletproof armor, carbonized ceramics are used to make bulletproof vests, helmets, and armor, with good bulletproof effect and ultra-high cost-effectiveness. Application: 1.

Hot Pressed Boron Carbide Products Introduction: Hot pressed boron carbide bulletproof ceramics have the characteristics of low density, high hardness, high modulus, high thermal conductivity, high melting point, wear resistance, good self-lubricating properties, acid and corrosion resistance, radiation resistance, neutron absorption, etc., and have high bending strength and fracture toughness. It is a new type of high-performance engineering ceramic material with outstanding

Neutron Absorbing Boron Carbide Ceramics Product introduction Boron carbide (B•Cl has excellent neutron absorption ability,with a high neutron capture c『"Oss-sectional area and a wide capture energy spectrum. The thermal cross section of 108 is as high as 3750 bar (a bar unit for nuclear reactions, 1.0 ’ 10-24cm句,second.Only to a few elements such as gadolinium Gd, samarium Sm,cadmium Cd, etc. Meanwhile, compared to pure elements B and Gd,B4C has a lower cost, does not

High quality E-Chuck resistance corrosion Custimize dielectric layers materials Less than 0.1 seconds of clamping and de-clamping time Microstructure(dimple)sizes:300microns diameter minimum Typical global flatness:0.5-3mircon PV(D=300mm) Standard clamping voltage 1-3kv (possible >15kv) Microstructures (dimple)reduce contact area by a factor of100(1% contact area) Capabilities of exceratec ESC design according to customer's requirements Manufacture new ESC totally new ESC

Resistance Corrosion And High Temperature Ceramic Heater Features of Ceramic Heater: Heater is designed for 150, 200, 300mm wafer sizes Excellent thermal shock resistance Excellent corrosion resistance Excellent insulating property at high temperature Excellent temperature uniformity(

High Quality Industrial Ceramic Parts Large Precision Ceramics Features: High rigidity High accuracy Light weight Application: Guideral and beam for super precision positioning stage or movable table Stage of glass adsorption for FPD substrate to adsorp glass Component for precision

Industrial Ceramic Parts Premium Ceramic Carriers Materials:Al2O3 High percision flatness High precision parallelism High lifetime Quality control:

High Quality Industrial Ceramic Porous Ceramic Chucks Quality control:

High Performance Vacuum Chuck Resistance Corrosion Feature: control precise gas flow rate Low particle inside High corrosion resistance

High Purity Foam Alumina Ceramics With more than 10 years of experience in processing ceramics and difficult-to-process materials, our company can stably supply super-large size (2:420mm) foam alumina ceramic tabletops and special-shaped structural parts with finely regulated porosity to meet the stringent demands of semiconductor, aerospace and other fields for high-purity, high-permeability and high-temperature resistant support plates. Main characteristics Adjustable

Precision Ceramic Parts Alumina Zirconia Aluminum Nitride This product has excellent high-temperature flexural strength, thermal shock resistance, oxidation resistance, large bearing capacity, and no deformation after long-term use. It is suitable for load-bearing structures of shuttle kilns, tunnel kilns, double-layer kilns and various high-temperature kilns. The square aluminum beams produced by Jinde New Materials have good thermal conductivity, long service life, and

Precision Ceramic Parts Semiconductor Gold Wire Tensioner Aluminum Nitride (AlN) is the only technical ceramic material that features an extremely interesting combination of very high thermal conductivity and excellent electrical insulation properties. Properties and Advantage Very high thermal conductivity High electrical insulation capacity Low thermal expansion Good metalization capacity Forming Technology Dry Pressing Cold Isostatic Pressing Tape Casting Extrusion Related

Precision Ceramic Parts Semiconductor Wafer Chuck The semiXicon porous vacuum chuck series are designed for application of handling thin films and other flexible work pieces. The chuck has uniform distributed pore sizes to assure desirable sucking and holding power for very thin films ,it is widely applied in electronic, semiconductor, ,solar,medical and optical laser microfabrication etc industries. We can custom design per your application to turn them into individual

Pressureless Sintered Silicon Carbide Ceramic Products Silicon Carbide (SiC) is a compound that consists of silicon (Si) and carbon (C) atoms. It is categorized as a ceramic material due to its unique combination of properties. Pressureless sintered silicon carbide ceramics are made of high-purity, ultra-fine silicon carbide powder as raw materials, with a small amount of sintering aids added, and sintered at 1950-2100℃ in an inert gas or vacuum atmosphere at atmospheric

Reaction Sintered Silicon Carbide Aliens Silicon Carbide (SiC) is a compound that consists of silicon (Si) and carbon (C) atoms. It is categorized as a ceramic material due to its unique combination of properties. The reaction-sintered silicon carbide ceramic products produced by Jinde New Materials have the performance characteristics of high strength, high wear resistance, high temperature resistance, resistance to extreme cold and heat, acid and alkali corrosion resistance

Pressureless Sintered Silicon Carbide Reaction sintered silicon carbide, also known as self-bonded silicon carbide, refers to the process of reacting porous steel billets with gas or liquid phases to improve the quality of the billets, reduce pores, and sinter the finished products with a certain strength and dimensional accuracy. Pressureless sintered silicon carbide (SSiC) is made of high-purity nano-scale ultra-fine silicon carbide raw materials, sintered at a high