Ceramic bearing cooling fans offer long lifespan, low noise, and high heat resistance, making them ideal for cooling high-performance computer components like CPUs and power supplies. (read more)

Gel forming technology offers significant advantages for ceramic plunger production, providing a competitive edge in the market. This method integrates powder molding with organic polymer chemistry to enhance ceramic properties and manufacturing efficiency. (read more)

Join Suntech at SEMICON SEA 2025 Expo in Singapore: May 20-22, 2025

Suntech pleased to invite you to SEMICON SEA 2025, one of the most prestigious exhibitions for the semiconductor and electronics industry, taking place in Singapore. (read more)

Suntech ceramic capillaries offer a cost-effective solution for copper wire bonding, enhancing reliability and optimizing the process for multi-level and high-density semiconductor packaging. (read more)

Unlock superior durability, heat resistance, and electrical performance with our semiconductor ceramic packaging solutions, designed to enhance product stability and reliability for high-performance applications. (read more)

This paper introduces the advantages and characteristics of ceramic hip join (read more)

Join Suntech at SEMICON SEA 2025 Expo in Singapore: May 20-22, 2025 (read more)

Enhance precision and thermal stability with ceramic sliding bearings, ideal for high-speed spindles. Water lubrication offers superior wear resistance, corrosion resistance, and high rigidity, making them perfect for advanced applications. (read more)

The AIN ceramic heater combines fast thermal response, uniform temperature distribution, and the ability to integrate temperature sensors, making it ideal for high-performance heating applications. (read more)

Enhancing High-Speed Performance and Thermal Stability (read more)

Zirconia ceramic is widely valued in various fields due to its ability to improve brittleness performance through a unique phase transformation toughening mechanism. Shenzhen Suntech Advanced Ceramic Co., Ltd. produces black zirconia ceramic using nano ZrO2 ceramic powder combined with nano black pigment powder, resulting in a highly durable and functional material. (read more)

Suntech's advanced ceramics provide exceptional electrical conductivity, anti-static properties, and insulation, ensuring reliability in medical machines, semiconductor equipment, and high-tech industries. (read more)

Discover advanced ceramic materials from Suntech Applied Materials, enhancing signal transparency, durability, and heat dissipation in consumer electronics. (read more)

Ceramic tweezers offer antistatic properties, high-temperature resistance, and precision for handling sensitive electronic components and high-precision tasks. Ideal for PCB repair, semiconductor assembly, and high-temperature operations. (read more)

Suntech designs and manufactures various types of dispensing nozzles for the die bonding process.

Our dispensing nozzles can be made by SUS，tungsten and ceramics, and the dispensing nozzles have been widely used on ESEC (BESI), ASM or any other die bonding machine. (read more)

Suntech’s innovative ceramic nozzles offer unmatched wear resistance and precision placement for surface mount systems, featuring a minimum aperture of 0.07mm and self-developed anti-static materials for enhanced performance. (read more)

Discover the AMB AlN ceramic substrate, designed for high-power applications with superior thermal cycling and bonding strength. Ideal for IGBT module encapsulation in electric vehicles, aerospace, and more. (read more)

Innovative Material for Precision Applications (read more)

Suntech’s brazing technology delivers high-strength ceramic/metal joints with low leakage, ideal for aerospace, marine, and electronics industries. (read more)

Aluminum Nitride (AlN) offers superior properties for the electronics industry, including high insulation, strength, and thermal conductivity, making it an ideal choice for ceramic substrates and packaging materials. (read more)

High-precision ceramic capillaries designed for wire bonding applications, ensuring optimal bond strength and functionality across various wire diameters (0.025mm to 0.050mm). (read more)

Tailored Technology Parameters for Superior Performance (read more)

Innovative Solutions for Heat Dissipation and Hermetic Sealing Challenges (read more)

Silicon carbide is a high-performance ceramic known for its extreme hardness, high temperature tolerance, chemical resistance, and thermal conductivity. It's ideal for abrasives, semiconductors, industrial equipment, and automotive components. (read more)

Explore the porous ceramic vacuum chuck, providing stability and efficiency for processes like heating, cutting, and grinding. (read more)

Products have passed the ROHS and REACH environmental certification of the European Chemicals Agency, in accordance with EU Regulation No. 1907/2006. (read more)

Ceramics, known for their exceptional high-temperature resistance, corrosion resistance, and good chemical stability, have long been vital materials in industrial applications and scientific research. With the advancement of 3D printing technology, the 3D printing of ceramic materials has become a reality, showcasing advantages that traditional manufacturing methods cannot match. (read more)

Elevate your wire bonding precision with our advanced wedge capillary tools, designed for superior performance with customizable heads and various material options to meet your packaging needs. (read more)

Suntech has started ceramics production for more than ten years. We launched ceramic grinders in 2017.Suntech ceramic parts are certificated by NFS51 and FDAThe grinders are made by high purity alumina. It excels on hardness, wear, heat resistance and anti-rusting over steel. (read more)

Discover the ultimate solution for precise chip packaging with our innovative ceramic spring nozzle. (read more)

Aluminum nitride (AlN) ceramic heater is a device used for heating semiconductor materials,which has excellent thermal conductivity and high temperature resistance, and can operate stably at high temperatures. The heater usually uses a resistance wire as a heating element, and the resistance wire is heated by energizing, so as to transfer heat to the surface of the heater and realize the... (read more)

Suntech offers advanced ceramic solutions for high-end cosmetic packaging. These ceramics combine balanced weight, a cool touch, and a flawless surface finish, ensuring smooth and uniform application. With higher hardness, precision, and finish than standard ceramics, these materials bring both functionality and artistic appeal to cosmetic packaging. (read more)

The manufacturing of the latest generation of alumina-toughened zirconia (ATZ) composite ceramic hip joint balls presents significant challenges, making it a highly specialized and technically demanding process. This material, which optimizes the performance of the first three generations of hip joint balls, is considered the most suitable for hip joint replacements due to its superior m... (read more)

Advanced cooling methods for power devices to improve thermal management, reduce junction temperature, and enhance efficiency and reliability. (read more)

Explore high-quality dispensing nozzles designed for die bonding processes, crafted by Suntech using premium materials for optimal performance in various applications. (read more)

Ceramic surface metallization is mainly used in ceramic and kovar alloy brazing, high gas-tight ceramic-kovar alloy welding welding, metallized in its welding position, and then brazing. By improving the infiltration of metal solder on the ceramic surface, and the metallization layer as the intermediate layer, forming a firm connection with the metal solder through metallurgical combinat... (read more)

early stage

In 1891, Gluck was the first to implant a hip joint made of ivory into the human body, starting the exploration of artificial hip joint replacement, but ceramic materials were not involved at this time.

Metal material dominant stage
In 1937, Venable and Stuck developed cobalt-chromium-molybdenum alloy. Since then, metal materials have... (read more)

Our company launched the latest products, very cost-effective ceramic hip joint ball head and lining. (read more)

HTCC multi-layer co-fired ceramic substrate is a high-performance electronic packaging technology that offers excellent thermal conductivity, mechanical strength, and reliability for demanding applications in aerospace, automotive, and consumer electronics. (read more)

Capillary aging impacts wire bonding quality, reducing reliability. Understanding root causes and mitigation strategies can extend capillary life, enhancing performance, reducing wear, and preventing contamination for improved solder joint quality. (read more)

Ceramic packages, also known as ceramic encapsulation packages, are encapsulation shells made from ceramic materials. Depending on the structure, ceramic packages can be categorized into various types, including Ceramic Pin Grid Array (CPGA),Ceramic Ball Grid Array (CBGA), and Ceramic Quad Flat No-lead (CQFN), among others. Based on different raw materials, ceramic packages can also be d... (read more)

Mullite has a high melting point, good thermal stability at high temperature, better mechanical properties,its mechanical properties increase with the increase of temperature, lower dielectric constant and thermal expansion coefficient, good resistance to heat shock performance and air tightness. Due to its excellent physical and chemical properties, molite ceramics are widely used in hi... (read more)

Enhancing Soldering Quality with Wedge Capillaries (read more)

Due to the advantages of simple equipment, continuous operation, high production efficiency and uniform body performance, tape casting has become an important method for preparing large-area, ultra-thin ceramic substrates. (read more)

In order to achieve more efficient and reliable bonding with silver alloy wire, the specially treated texture of Suntech ceramic capillary is recommended, which has been proven to enhance the coupling interface between the capillary tip surface and the silver alloy wire, providing more efficient ultrasonic energy transfer. (read more)

DLC coating on ceramic surface is a kind of diamond carbon coating prepared on ceramic surface by physical vapor deposition (PVD) technology. It has the advantages of high hardness, wear resistance, corrosion resistance and high temperature resistance. It is widely used in machinery, electronics, optics and aviation fields. (read more)