Jiangsu Profile
Product List
9961. Custom Finished High Temperature Resistant Ceramic Profiled High Thermal Conductivity Aln ... 
[Dec 26, 2025]
[Dec 26, 2025] Product description Custom finished high temperature resistant ceramic ...
9962. Customized Aln Aluminum Nitride Ring Industrial Ceramic Based Heat Sink [Dec 26, 2025]
[Dec 26, 2025] Product Description: Customized high thermal conductivity aluminum nitride ...
9963. Pressureless Sintering Sintered Seal Ice Wheel Screw Compressor Silicon Carbide Ceramic Ring [Dec 26, 2025]
[Dec 26, 2025] Product Description: Pressureless sintering sintered seal ice wheel screw ...
9964. Insulation Aluminum Nitride Ceramic 170W/M. K High Thermal Conductivity Aln Rod [Dec 26, 2025]
[Dec 26, 2025] Product description Precision machining wear resistant aluminum nitride ...
9965. Super Resistant Seal Grinding Silicon Nitride Ceramic Riser Sealing Pipe [Dec 26, 2025]
[Dec 26, 2025] Product Description: Low pressure casting super resistant seal grinding silicon ...
9966. Customized Porous Ceramics Adjustable Porosity Microporous Alumina Ceramic Plate [Dec 26, 2025]
[Dec 26, 2025] Product Description: Customized porous ceramics with different porosity ...
9967. Custom Essential Oil Volatile Aromatic Diffuser Gypsum Porous Ceramic Scented Stone [Dec 26, 2025]
[Dec 26, 2025] Product Description: Custom essential oil volatile aromatic diffuser Gypsum ...
9968. Customizable Porosity Porous Ceramic Vacuum Chuck Table Microporous Plate (Semiconductor Industry) [Dec 26, 2025]
[Dec 26, 2025] Customizable Porosity Porous Ceramic Vacuum Chuck Table Microporous Plate (for Semiconductor Industry). The porous ceramic vacuum sucker produced by our company can replace the imported anti-static ceramic ...
9969. Custom High Hardness Silicon Nitride Disc Sintered Si3n4 Ceramic Round Block [Dec 26, 2025]
[Dec 26, 2025] Custom High Hardness Silicon Nitride Disc Sintered Si3n4 Ceramic Round Block. It is an important structural ceramic material, high hardness, itself has lubricity, and wear resistance, atomic crystal; Oxidation ...
9970. Wear Resistant Sintered Sic Ceramic Insulation Bushing Silicon Carbide Seal Ring [Dec 26, 2025]
[Dec 26, 2025] Wear Resistant Sintered SiC Ceramic Insulation Bushing Silicon Carbide Seal Ring. Due to its high strength, low density, corrosion resistance, high temperature resistance, low thermal conductivity, and high elastic ...
9971. Customized Silicon Nitride Ceramic Rod Smooth Surface Si3n4 Insulation Stick [Dec 26, 2025]
[Dec 26, 2025] Customized Silicon Nitride Ceramic Rod Smooth Surface Si3n4 Insulation Stick. It is an important structural ceramic material with high hardness, itself has lubricity, and wear resistance, atomic crystal; Oxidation ...
9972. High Quality Sintered Si3n4 Silicon Nitride Ceramic Thermocouple Protection Tube [Dec 26, 2025]
[Dec 26, 2025] High Quality Sintered Si3N4 Silicon Nitride Ceramic Thermocouple Protection Tube. It is an important structural ceramic material, high hardness, itself has lubricity, and wear resistance, atomic crystal; Oxidation ...
9973. Gas Pressure Sintered Silicon Nitride Ceramic Semicircular Bushing Si3n4 Half Tube [Dec 26, 2025]
[Dec 26, 2025] Gas Pressure Sintered Silicon Nitride Ceramic Semicircular Bushing Si3N4 Half Tube. It is an important structural ceramic material, high hardness, itself has lubricity, and wear resistance, atomic crystal; Oxidation ...
9974. High Temperature Reisitant Silicon Nitride Irregular Pipe Si3n4 Ceramic Sandblasting Nozzle Tube [Dec 26, 2025]
[Dec 26, 2025] High Temperature Reisitant Silicon Nitride Irregular Pipe Si3n4 Ceramic Sandblasting Nozzle Tube. It is an important structural ceramic material, high hardness, itself has lubricity, and wear resistance, atomic crystal; ...
9975. High Purity Boron Nitride Ceramic Bar Bn Electrical Insulation Rod [Dec 26, 2025]
[Dec 26, 2025] High Purity Boron Nitride Ceramic Bar BN Electrical Insulation Rod. Its most famous features are in thermal and electrical applications and most applied as heat resistant parts or electrical insulators for various ...
