Place of Origin:Dongguan, Guangdong, China
Material Introduction:Custom ceramic guide tubes are manufactured from alumina ceramic, zirconia ceramic, silicon nitride or silicon carbide according to the required guiding accuracy, electrical insulation, friction control and working temperature. Alumina is commonly selected for stable insulation and industrial guiding, while zirconia and silicon nitride are suitable for applications requiring higher toughness, smoother contact surfaces or improved mechanical strength.
Key Features:Designed for precision guiding, electrical insulation and smooth passage of wires, fibers, probes, small rods or moving parts. The inner bore can be polished, chamfered or customized to reduce friction, prevent scratching and maintain stable positioning during continuous equipment operation.
Application Industries:Used in wire and cable equipment, textile and fiber machinery, winding machines, automation systems, sensor positioning, electrical insulation passages, precision mechanical equipment and high-wear guiding structures.
Lead Time:Sample and bulk production are arranged based on drawing complexity, material selection, dimensional tolerance and order quantity. Custom sizes, bore shapes, chamfers and surface finishes can be produced according to customer drawings. For drawing-based ceramic guide tube projects, please contact us for material selection and quotation support.
Available in alumina (Al₂O₃), zirconia (ZrO₂), and silicon carbide (SiC). We help select the right material based on your working conditions.
Key Features
Excellent wear resistance for longer service life
Strong corrosion and chemical resistance
High temperature stability
More reliable than metal nozzles in harsh environments
Consistent and precise spraying performance
Applications
Used in semiconductor industry, spray systems, sandblasting, industrial cleaning, and fluid control in chemical and automation equipment.
Lead Time
Samples: 7–10 days
Mass production: 15–25 days (depending on design complexity and quant
Our company offers precision-engineered industrial ceramic components focusing on high wear resistance and durability. As a dedicated zirconium oxide ceramic manufacturer, we deliver tailored custom zirconium oxide ceramic solutions for demanding industrial environments.
Place of Origin:Guangdong, China
Material Introduction:Made from pressureless sintered silicon carbide (SiC), this ceramic rod offers high hardness, excellent wear resistance, thermal stability, low thermal expansion, and strong chemical corrosion resistance. It is suitable for precision structural applications where metal or conventional ceramic materials may fail. Learn more about our Silicon Carbide Ceramics.
Functional Features:Ultra-high hardness, excellent wear resistance, high mechanical strength, good thermal conductivity, stable dimensions under high temperature, corrosion resistance, and long service life. Custom diameters, lengths, tolerances, surface finishes, and end structures can be produced according to drawings.
Application Industries:Used in advanced machinery, semiconductor equipment, electronics, chemical processing, energy systems, industrial automation, precision fixtures, guide rods, shafts, pins, and wear-resistant structural parts. Related product categories include Precision Ceramic Components and Semiconductor Ceramic Parts.
Delivery Time:Delivery time depends on product size, tolerance requirements, machining complexity, inspection standards, and order quantity. Please contact us with your drawing or specifications for a detailed lead time evaluation.
Place of Origin：Guangdong, China
Material Introduction
Custom ceramic trays are manufactured from advanced ceramic materials such as alumina ceramic, aluminum nitride ceramic, and silicon carbide ceramic. The material can be selected according to working temperature, thermal conductivity, corrosion environment, cleanliness requirements, load capacity, and dimensional stability.
Functional Features
Ceramic trays provide excellent high-temperature resistance, chemical corrosion resistance, electrical insulation, thermal stability, and low contamination risk. They are suitable for repeated heating cycles, clean processing environments, and applications where metal trays may deform, oxidize, or contaminate the product.
Custom options include different shapes, sizes, thicknesses, holes, grooves, slots, surface finishes, flatness control, and precision-machined structures. For projects with tighter tolerance or special geometry requirements, related support is available through precision ceramic components manufacturing.
Application Industries
Custom ceramic trays are widely used in semiconductor wafer processing, LED epitaxial growth, photovoltaic cell manufacturing, electronic component sintering, powder metallurgy, laboratory furnaces, high-temperature heat treatment, chemical processing, and industrial furnace fixtures.
Delivery Time
Delivery time depends on the selected ceramic material, tray size, structural complexity, tolerance requirements, surface finish, inspection standards, and order quantity. Standard tray designs can usually be arranged more efficiently, while fully customized trays with special holes, grooves, flatness control, or strict inspection requirements may require additional production and quality control time.
Final lead time will be confirmed after drawing review, material selection, technical evaluation, and production schedule confirmation.
Product Name: High Thermal Conductivity Ceramic Substrates
Product Material: Aluminum Nitride (AlN)/Silicon Carbide (SiC)
Material Characteristics: High thermal conductivity, excellent thermal shock resistance, electrical insulation, matched CTE with semiconductors, high temperature stability
Application Fields: Power electronic packaging, LED chips, laser devices, microwave circuits, semiconductor modules
Application Industries: Power electronics, semiconductor manufacturing, automotive electronics, aerospace, telecommunications
Processing Challenges: Thin substrate flatness control, via hole precision, metallization adhesion strength, thermal stress management
Processing Flow: Powder preparation → Tape casting → Lamination → High-temperature sintering → Surface grinding → Metallization → Laser processing → Inspection → Packaging
Delivery Time: 25-35 days for standard specifications, 40-50 days for customized designs
Product Name: High-Quality Ceramic Base Plates
Product Material: Aluminum Nitride (AlN)/Alumina (Al₂O₃)/Silicon Carbide (SiC)
Material Characteristics: High thermal conductivity, excellent thermal shock resistance, electrical insulation, high temperature stability, mechanical strength
Application Fields: Power module substrates, semiconductor packaging, LED heat dissipation, laser equipment, electronic sensors
Application Industries: Power electronics, semiconductor, automotive electronics, aerospace, telecommunications
Processing Challenges: Large-size flatness control, via hole precision, metallization reliability, thermal stress management
Processing Flow: Powder preparation → Forming → High-temperature sintering → Precision grinding → Metallization → Laser processing → Inspection → Packaging
Delivery Time: 30-40 days, 45-60 days for customized designs
Product Name: High Thermal Conductivity Ceramic Plates
Product Material: Aluminum Nitride (AlN)/Silicon Carbide (SiC))
Material Characteristics: High thermal conductivity, excellent electrical insulation, thermal shock resistance, high temperature stability, low thermal expansion
Application Fields: Power electronics cooling, LED heat dissipation, semiconductor packaging, laser equipment, microwave devices
Application Industries: Power electronics, semiconductor, telecommunications, automotive electronics, aerospace
Processing Challenges: Large-size thin plate flatness control, metallization bonding strength, thermal stress management, surface quality maintenance
Processing Flow: Powder preparation → Forming → High-temperature sintering → Precision grinding → Metallization → Inspection → Packaging
Delivery Time: 25-35 days, 40-50 days for customized requirements
Product Name: Advanced Ceramic Processing Silicon Carbide Rotor
Product Material: High-Purity Silicon Carbide (SiC)
Material Characteristics:High temperature resistance, Excellent wear resistance, Superior chemical inertness, High mechanical strength, Low thermal expansion
Application Fields:Semiconductor manufacturing, High-speed rotating equipment, Precision mechanical systems
Application Industries:Semiconductor production, Aerospace components, Automotive turbo systems, Industrial pumps
Processing Difficulties:Complex rotor geometry machining, Dynamic balance precision control, High-speed rotation stability, Surface finish requirements, Thin-wall structure integrity
Processing Flow:Powder preparation → Forming → Sintering → CNC machining → Dynamic balance testing → Surface treatment → Quality inspection → Packaging
Delivery Period:30-40 days
Place of Origin: Guangdong, China
Material Introduction:This product is made from high-purity porous silicon carbide ceramic, designed for stable vacuum adsorption and wafer handling applications. The controlled porous structure helps provide uniform suction, while the SiC material offers good thermal stability, chemical resistance, and long service life in demanding equipment.
Functional Features:The porous SiC ceramic sucker provides controlled porosity, good air permeability, high temperature resistance, chemical stability, and reliable mechanical strength. It is suitable for precision vacuum holding, wafer transfer, and clean process environments where flatness, adsorption stability, and surface quality are important.
Application Industries:This component is mainly used in semiconductor ceramic parts, wafer handling systems, vacuum adsorption equipment, LED production, solar cell manufacturing, microelectronics assembly, and other precision ceramic components applications.
Delivery Time:Typical lead time depends on product size, pore structure, surface finish, tolerance requirements, and order quantity. Custom porous SiC ceramic parts can be evaluated according to drawings, samples, or application requirements before production.
Place of Origin: Guangdong, China
Material Introduction:This product is made from high-purity silicon carbide ceramic, designed for wafer adsorption, vacuum holding, and precision positioning in semiconductor handling equipment. Compared with general ceramic suction parts, this SiC vacuum chuck focuses more on surface flatness, dimensional stability, vacuum sealing performance, and clean process compatibility.
Functional Features:The silicon carbide ceramic vacuum chuck provides stable wafer holding, good surface flatness, reliable dimensional accuracy, and strong resistance to heat, wear, and chemical corrosion. It is suitable for repeated wafer transfer and positioning processes where low contamination, stable adsorption, and accurate alignment are important.
Application Industries:Mainly used in semiconductor ceramic parts, wafer transfer systems, vacuum chuck platforms, cleanroom automation equipment, LED manufacturing, solar cell production, microelectronics assembly, and other precision wafer handling applications.
Delivery Time:Typical lead time depends on wafer size, chuck structure, flatness requirement, surface finish, vacuum groove or hole design, assembly method, and order quantity. Custom ceramic vacuum chucks can be evaluated according to drawings, samples, or equipment requirements before production.
Product Name: Silicon Carbide Ceramic Wafer Support Tray
Product Material: High-Purity Silicon Carbide Ceramic (SiC ≥99.9%)
Material Characteristics:High thermal conductivity, Excellent thermal shock resistance, Outstanding chemical inertness, High mechanical strength, Low thermal expansion, Superior wear resistance
Application Fields:Semiconductor wafer processing, High-temperature thermal processing, Chemical vapor deposition systems, Diffusion furnace applications
Application Industries:Semiconductor manufacturing, LED production, Solar cell manufacturing, Power device packaging
Processing Difficulties:Large-area thin-wall structure fabrication, Warpage control during high-temperature sintering, Precise flatness maintenance, Surface contamination prevention, Micro-crack avoidance in brittle material, Dimensional stability assurance
Processing Flow:Powder preparation → Slurry process → Tape casting → Lamination → Sintering → CNC machining → Surface polishing → Quality inspection → Ultrasonic cleaning → Packaging
Delivery Period:35-45 daysThe Silicon Carbide Ceramic Wafer Support Tray is engineered for high-temperature semiconductor processes, offering superior thermal stability and chemical inertness. Trusted by silicon carbide ceramic manufacturers for reliable, precision industrial ceramic solutions.
Product Name: High-purity Thin Silicon Carbide Ceramic Indexing Disk
Product Material: High-Purity Silicon Carbide (SiC)
The material can be made from high-purity silicon carbide powder (≥99.9%) .
Material Characteristics:High hardness and wear resistance, Excellent thermal stability, Low thermal expansion, Superior corrosion resistance, Good thermal conductivity, High mechanical strength .
Application Fields:Semiconductor manufacturing equipment, Precision measurement systems, High-temperature processing equipment .
Application Industries:Wafer processing and inspection, Electronic components production, Automotive electronics packaging .
Processing Difficulties:Precise thin disk flatness control, Micro-crack prevention in high-hardness material, Maintaining dimensional accuracy during sintering, Achieving high surface finish, Avoiding deformation in large-area thin disks, Ensuring uniform material properties .
Processing Flow:Powder preparation → Forming → Sintering → Precision grinding → Surface polishing → Quality inspection → Cleaning and packaging .
Delivery Period:30-45 daysThe High-purity Thin Silicon Carbide Ceramic Indexing Disk delivers exceptional precision with flatness under 0.005 mm, excellent thermal stability, and mechanical strength. Ideal for advanced industrial ceramic parts and positioning systems.
Product Name: Packaging Mechanical Bonding Head Silicon Carbide Ceramic Parts
Product Material: High-Purity Silicon Carbide Ceramic (SiC)
Material Characteristics:High hardness and wear resistance, Excellent thermal conductivity, Low thermal expansion, Outstanding chemical stability, High mechanical strength
Application Fields:Semiconductor packaging equipment, Electronic component assembly, Precision bonding systems
Application Industries:IC packaging production, LED manufacturing, Microelectronic assembly, Automotive electronics packaging
Processing Difficulties:Complex geometry machining, High-precision dimension control, Thin-wall structure processing, Surface quality maintenance, Brittle material handling, Tight tolerance requirements
Processing Flow:Powder preparation → Forming → Sintering → CNC machining → Grinding → Polishing → Inspection → Cleaning
Delivery Period:30-40 days
Product Name: Semiconductor Porous Silicon Carbide Ceramic Sucker
Product Material: Porous Silicon Carbide Ceramic
Material Characteristics:Adjustable porosity, High temperature resistance, Excellent thermal shock resistance, Good mechanical strength, Outstanding corrosion resistance
Application Fields:Semiconductor wafer handling, Vacuum chuck systems, High-temperature processing, Precision manufacturing
Application Industries:Semiconductor manufacturing, Electronic components production, Precision instrumentation, Solar cell production
Processing Difficulties:Precise porosity control, Uniform pore distribution, Maintaining dimensional stability, Achieving surface flatness, Preventing micro-cracks
Processing Flow:Powder preparation → Additive mixing → Forming → Sintering → Precision machining → Surface treatment → Quality inspection → Cleaning and packaging
Delivery Period:30-45 days
Product Name: 0.5mm Small Hole Silicon Carbide Parts for Aerospace Equipment
Product Material: High-Purity Silicon Carbide
Material Characteristics:High hardness and wear resistanceExcellent thermal stabilitySuperior corrosion resistanceGood thermal conductivityLightweight and high strength
Application Fields:Aerospace thermal protection systems, High-temperature engine components, Satellite and spacecraft structures
Application Industries:Aviation and spacecraft manufacturing, Defense and satellite communication, High-performance mechanical systems
Processing Difficulties:Micro-hole drilling with high precision, Crack prevention in high-hardness material, Maintaining hole diameter consistency, Achieving smooth inner surface finish, Avoiding micro-fractures during processing, Ensuring dimensional accuracy under high-temperature conditions
Processing Flow:Powder preparation → Forming → Sintering → Precision machining → Surface treatment → Quality inspection → Cleaning and packaging
Delivery Period:30-50 days
