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Recent Products

• Alumina Ceramic Sample Pan for Laboratory Moisture Analysis – Oval 20×9×3mm
• 60 mL Silicon Nitride Grinding Vial Set for Planetary Ball Mills
• Large Size Thin 0.635 mm Aluminum Nitride Ceramic Substrate Sheet 190 x 138 mm for Power Electronics
• Ultra Thin 0.38 mm Aluminum Nitride Ceramic Substrate Sheet 190 x 138 mm for Power Electronics Packaging
• 16 Lead Ceramic Leadless Chip Carrier Package (CLCC16BC)
• 8 Lead Ceramic Small Outline Package Hermetic Ceramic IC Package (CSOP08-02)
• 20 Pin Hermetic Ceramic Small Outline Package for Semiconductor Packaging (CSOP20-01)
• 3 Lead Ceramic Surface Mount Package for MEMS Devices – 10.2×7.5mm (SMD-0.5)
• 2-Lead Ceramic Surface Mount Package – 6.0×3.5mm (SMD-0.1)
• Hermetic 3-Lead Ceramic Surface Mounted Device Package – 17.6×13.4mm (SMD-2H)
• 3-Lead Ceramic Surface Mount Package – 15.9×11.38mm (SMD-1)
• 4.5 Inch Aluminum Nitride Ceramic Substrate 114.3 × 114.3 × 0.33 mm
• 40 Pin Ceramic Dual In-line Package CDIP with 0.8mm Pitch Gold Plated Leads – DIP40
• 96% Alumina Ceramic Insulating Sheet for Thermal Management 25×20×1.0 mm
• Alumina Ceramic Sheet Cooling Pad Insulating Sheet for Power Electronics 35×22×1.0 mm
• Alumina Ceramic Heat Sink Plate for LED and Electronic Thermal Management 37×26×1.0 mm
• Aluminum Nitride Substrate Heat Sink Heat Spreader for LED Optical Module 25×20×1.0 mm
• AlN Ceramic Substrate Heat Sink Heat Spreader for Optical Module RF Power Amplifier DPC AMB 35×22×1.0 mm
• Aluminum Nitride Ceramic Substrate Heat Sink Heat Spreader for IGBT EV Power Module 37×26×1.0 mm
• 96% Alumina Ceramic Substrate Double-Side Polished for Power PCB – 60×48×1mm

News

• How Ceramic–Metal Hybrid Vacuum Chucks Improve Precision Wafer Handling
• PTC vs. MCH Ceramic Heating: Choosing the Right Ignition Technology for Industrial Applications
• Alumina Ceramic Laser Waveguides for CO₂ and Excimer Laser Systems
• Why 99% Alumina Ceramic Reflectors Have Become the Industry Standard for Laser and Infrared Applications
• Aluminum Nitride: A High-Performance Thermal Management Material for Modern Electronics
• Mud Pump Ceramic Liner Trends: Enhancing Wear Resistance and Operational Efficiency in Oil and Gas Drilling
• Ceramic Heaters in Consumer Electronics: Safer, Faster, and More Reliable Heating Solutions
• Zirconia Blades: The Invisible Precision Tool for High-Accuracy Film Cutting
• Why Ceramic Substrates Fail: Understanding Cracking, Warpage, and Metallization Issues
• How Zirconia Beads Enhance Grinding Efficiency in the Coatings and Paint Industry
• Boron Nitride Ceramic Bushings for Ion Source Systems
• Microporous Ceramics vs. Porous Ceramics: Understanding the Differences and Choosing the Right Material
• Alumina Ceramic Cartridge Spacer for Turntable Cartridge Height Adjustment
• Zirconia Ceramic Components for High-Temperature Melt Flow Control in Steel Casting
• Advancing Thermal Energy Systems with Silicon Nitride Hot Surface Igniters
• High-Precision Silicon Nitride Balls and Rollers for Bearings and Pump Valve Applications
• HTCC Ceramic Packaging Technology for High-Power and High-Frequency Electronic Applications
• Ceramic Slitting Blade Solutions for High-Speed LLDPE Film Processing: Industrial Case Study
• Challenges in Thick- and Thin-Film Circuit Manufacturing and the Benefits of Ceramic Substrates
• Ceramic Packaging Technologies for MEMS Devices in Harsh Operating Environments
• Advantages of Using Alumina Ceramic Substrates in Electronic Circuit Applications
• Multi-Size Ceramic Gas Nozzles for High-Precision TIG Welding Applications
• Ceramic Substrates in EV Power Modules: Performance Characteristics and Material Choices
• Aluminum Nitride in Power Electronics: A High-Performance Solution for Thermal Management
• Selecting Ceramic Precision Balls: Understanding G Grades, Performance, and Applications
• Boron Nitride Crucibles: A Reliable Choice for Demanding High-Temperature Applications
• Application of MCH Heaters in Oxygen Sensors
• Alumina vs. Silicon Nitride: Selecting the Right Ceramic Igniter for Pellet Stove Applications
• Ceramic Igniters for Pellet Stoves: Proven Reliability from Over a Decade of Field Experience
• 99% Alumina Micro Crucibles for TGA, DSC, and DTA: Designed for Precision Thermal Analysis
• Ceramic Grinding Balls for High-Efficiency Powder Milling: Performance and Application Insights
• Brazed Ceramic Vacuum Feedthroughs: A Durable Sealing Approach for High and Ultra-High Vacuum Systems
• The Role of Silicon Carbide in High-Temperature Kilns: Advantages and Applications of SiC Firing Plates
• Selecting Ceramic Substrates for Effective Thermal Management in High-Power LEDs
• Typical Uses of Alumina Crucibles in High-Temperature Systems
• Porous Silicon Carbide Ceramics: Applications from High-Temperature Filtration to Biomedical Engineering
• Silicon Nitride Hot Surface Igniters: Transforming Reliability and Efficiency in Industrial Boilers
• Ceramic Substrates: The Foundation of High-Performance Thermal Printheads
• TO-220 Ceramic Insulator Thermal Pads for Power Transistor Heatsink
• Aluminum Nitride (AlN) Substrates: A Thermal Foundation for High-Performance IGBT Modules
• Zirconia for High-Temperature Applications
• Alumina Substrates Enhance the Practicality of DPC Substrate Solutions
• Ceramic Substrates – The Foundation of High-Performance Ceramic PCBs
• PBN Heaters Explained: From Material Selection to Thermal Performance
• Applications of Metallized Ceramic Bushings in 5G Communication Systems
• Boron Nitride Crucibles for Electron Beam Evaporation Applications
• Boron Nitride Evaporation Boats: Premium Ceramic Components for High-Temperature Vacuum Processes
• AlN Ceramic Substrates: Enabling Stable Performance in Next-Generation High-Speed Optical Modules
• Why Silicon Nitride Ceramic Substrates Are Critical to EV Electric Drive Systems
• Black Alumina Ceramics: A Reliable Material Choice for High-Performance Optoelectronic Packaging
• Use of Zirconia Ceramics in Modern Medical Applications
• Performance Features and Industrial Uses of Silicon Nitride Ceramic Igniters
• Boron Nitride Nozzles in High-Temperature and High-Performance Industries
• Analysis of Color Variation in Aluminum Nitride (AlN) Ceramic Substrates
• Boron Nitride Ceramic Evaporation Boat Sets for High-Temperature Thermal Evaporation
• Why Zirconia Ceramics Are the Ideal Choice for Thermal Insulation Plates?
• Ceramic Hot Knife Tip: Effortless Wax & Oil Cutting with the Ultimate 510-Thread Tool
• Ceramic Screwdriver – Precision Tool for Semiconductor Manufacturing
• Why Is Machining Aluminum Nitride Ceramics So Difficult?
• Advancing PVD Coating Performance with Boron Nitride Ceramics
• Silicon Nitride and Zirconia Solutions for Oil and Gas Applications
• High-Voltage Resistor Ceramic Cores: Advanced Materials for Precision and Reliability
• Key Factors to Consider in Boron Nitride Atomizer Nozzle Design
• Applying Ceramic Thermal Materials in Battery Cooling Design
• Magnesium-Stabilized Zirconia Ceramic – Engineered for Ultra-High Temperature Performance
• Properties and Industrial Uses of Aluminum Nitride Ceramics
• Methods for Joining Ceramics with Other Materials
• Exploring Materials Used in High-Temperature Ceramic Tubes
• Types and Performance Characteristics of Ceramic Substrates in Electronic Packaging
• Advanced Magnesium Oxide Partially Stabilized Zirconia Nozzles for Precision Gas Atomization
• Silicon Carbide Ceramics: Exceptional Properties for Demanding Applications
• The Characteristics and Applications of Silicon Nitride Ceramics
• Guidelines for Cleaning and Sterilizing Alumina Ceramic Filling Pumps
• Key Advances in Ceramic-to-Metal Joining Technology
• Utilizing Boron Nitride in Metallurgical Processes
• How is Boron Nitride Utilized in Electronic Engineering?
• Addressing Modern Thermal Challenges with Aluminum Nitride Ceramic Substrates for Semiconductor Applications
• The Hidden Power of Ceramics in the Semiconductor Industry
• The Role of Aluminum Nitride Ceramics in Enhancing Wafer Cover Plate Heaters
• Redefining Ceramic-to-Metal Joining: The Power of Vacuum Brazing
• Zirconia Pad Printing Rings: Redefining Print Durability
• Key Features and Applications of Microporous Ceramics in Filtration
• Ceramic Plungers: Boosting Pump Reliability in Harsh Environments
• High-Performance Ceramic Reflectors for Demanding Applications
• Aluminum Nitride Wafer Substrates: A Critical Material in Semiconductor Manufacturing
• Zirconium Beads and Mill Jars: Critical Components for High-Precision Grinding
• Ceramic Materials: Revolutionizing Thermal Management in EV Batteries
• Horizontal vs. Planetary Ball Mills: Choosing the Right Grinding Solution
• BAN: Your Advanced Machinable Ceramic Solution for Demanding Thermal Management
• Maximizing Milling Efficiency: A Guide to Grinding Media
• Understanding Microporous Ceramics: Features and Key Applications in Filtration
• Zirconia Ceramic Blades: Technical Advantages and Applications
• TO-247 Alumina Ceramic Pads: Keeping Power Switches Cool
• Ceramic Thermal Pads: Bridging Heat Where It Matters
• Why Alumina Ceramic Balls Are a Smart Choice for Mineral Grinding
• Boron Nitride Ceramics For Metallurgical Industry
• What Role Does Ceramics Play In The Semiconductor Industry?
• What Is TTV, Bow, Warp In Semiconductor Wafers?
• Alumina And zirconia Milling Jars & Balls Grinding Solutions
• Precision Zirconia Plungers For Diesel Engine Repair
• Zirconium Mill Jars And Beads: Precision Grinding Solutions For Pharma, Ceramics & Paints

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