Engineered structural ceramics for semiconductor manufacturing, heavy industries, chemical handling, and advanced precision engineering. Delivering premium industrial performance customized for Hanoi, Ho Chi Minh, and Bac Ninh industrial clusters.
Send Inquiry NowDirect supply solutions matching the operating environments of industrial electronics, machinery, and energy corridors in Vietnam.
Unparalleled mechanical stiffness and thermal conductivity tailored for semiconductor processing and precision machinery in Bac Ninh.
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High-hardness wear seals for aggressive chemical flow, mining pumps, and oilfield applications across the Vung Tau refineries.
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Designed for power generation plants and steel mills requiring extreme resistance to thermal shock, high temperature, and acidic corrosion.
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Leveraging the structural hardness of B4C for armor protection plates, sandblasting setups, and critical chemical instrumentation.
View Technical DetailsVietnam is undergoing a monumental transition. From an economy historically focused on agriculture and assembly, major industrial zones such as Bac Giang, Binh Duong, Da Nang, and Haiphong are developing into world-class high-tech corridors. Tech conglomerates like Samsung, Foxconn, and Intel have invested billions to expand high-precision manufacturing bases here.
This rapid shift increases demand for advanced components that can withstand demanding production cycles. Ordinary metals and low-grade polymers fail under the extreme conditions required by high-speed surface mount technology (SMT) lines, semiconductor wafer processing, and precision chemical etching. Advanced technical ceramics—especially Silicon Carbide (SiC), Alumina (Al₂O₃), and Silicon Nitride (Si₃N₄)—are crucial for these high-stress setups.
Whether it is managing wafer handling arrays in cleanrooms, providing wear-resistant thread guides in modern textile plants in Nam Dinh, or running high-pressure ceramic valve cores in the oil operations of Ba Ria-Vung Tau, technical ceramics deliver the thermal stability, wear resistance, and dielectric protection required by modern Vietnamese manufacturing hubs.
Handling components require low thermal expansion and ESD-safe coatings to prevent component failure on automated lines.
Total resistance to highly acidic or basic media, bypassing the oxidation and erosion limits of high-nickel alloys.
Years of Engineering Experience
Patented Clean-tech Core Technologies
Advanced Ceramics Professionals
Global Industrial Clients Served
How Shanghai Creative Advanced Materials Co., Ltd bridges material innovation with high-volume cost efficiency.
Our centralized manufacturing ecosystem in the Shanghai Industrial Comprehensive Development Zone keeps costs low without sacrificing materials purity.
Equipped with hot pressing, reaction bonding, and cold isostatic pressing (CIP) to achieve structural densities over 99.8% of theoretical maximums.
Strategic shipping lanes directly linking Shanghai to Haiphong port or overland trucking routes to Lang Son/Dong Dang, reducing shipping times.
Technical performance data and industrial applications for our primary material lines.
Known as the "black diamond," Boron Carbide is synthetic ceramic material engineered for applications demanding extreme wear resistance. Because of its low density (2.52 g/cm³) and high hardness, B₄C is suitable for heavy machinery, military protection, and neutron absorption applications within nuclear industries.
We supply high-precision B₄C sandblasting nozzles, wear-resistant rings, and customized military armor plates designed to withstand ballistic impact and abrasive grit.
Silicon Carbide is the preferred structural material for thermal-critical and chemically aggressive environments. Its combination of high thermal conductivity, low thermal expansion coefficient, and superior oxidation resistance makes it vital for semiconductor manufacturing tools, high-temperature heat exchangers, and structural wear rings.
We produce reaction-bonded, pressureless sintered, and recrystallized SiC parts, including valve seats, seals, and gas injection nozzles for chemical plants in southern industrial parks.
Alumina remains a versatile material for industrial electrical insulation and structural wear applications. Offering high dielectric strength, mechanical toughness, and cost effectiveness, our Al₂O₃ ceramics are widely used in vacuum electrical systems, plasma chambers, and electronics components.
From ceramic substrates to guide shafts, we manufacture 95% to 99.8% purity Alumina custom parts engineered to handle high voltages and severe abrasion.
Traceable manufacturing processes that meet international semiconductor and defense specifications.
We monitor particle size distribution and chemical purity levels to ensure quality before processing.
Slurry uniformity and tap density are controlled to prevent structural voids in sintered parts.
Automated hydraulic pressing yields highly uniform green bodies, minimizing internal stresses.
Controlled atmospheres (vacuum, inert gas, or oxygen) are adjusted to match the chemistry of each material.
Our machining division holds dimensional tolerances as tight as ±0.002mm for demanding assembly setups.
Coordinate Measuring Machines (CMM) verify dimensional compliance with design files before packing.
Semi-conductor clean-room standard cleaning removes contaminants before final packaging.
Custom packaging protects delicate components from shock and vibration during shipping.
Browse our selection of targets, components, and raw powders engineered for industrial applications.
High-purity alumina components featuring high wear resistance and electrical insulation properties.
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Premium brazed metallization components built to withstand extreme temperatures and high pressure.
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Yttria-stabilized zirconia offering high fracture toughness and resistance to chemical wear.
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Outstanding thermal shock resistance and mechanical properties for automotive and aerospace components.
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Machinable Boron Nitride crucibles with non-wetting properties for molten metal processing.
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High-density milling media engineered for contamination-free, ultra-fine grinding processes.
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High-purity chromium sputtering targets for high-performance semiconductor thin-film coating.
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High-performance silicon-chromium alloy sputtering targets customizable to your dimensional specifications.
View ProductModern applications require advanced materials that can withstand challenging industrial environments. Traditional materials like tool steel, tungsten carbide, and cobalt alloys degrade quickly under chemical oxidation, electrical discharge, and extreme temperatures. Technical ceramics address these issues by utilizing strong covalent and ionic bonds, which prevent breakdown under demanding operating conditions.
We work closely with structural design engineers to select the optimal material composition for their applications:
Founded in the Shanghai Industrial Comprehensive Development Zone, Shanghai Creative Advanced Materials Co., Ltd (SCA) manufactures semiconductor ceramic targets, powder metallurgy components, and custom structural ceramic parts. We integrate research, design, production, and verification to deliver reliable components to our international partners.
Our processing facility uses diamond grinding tools, high-speed CNC milling machines, and laser engraving setups to meet tight design tolerances. We document each stage of production—from raw powder qualification to final coordinate inspection—to ensure consistent performance across production lots.
Answers to common questions from procurement managers and design engineers.
For standard components, shipping to northern ports like Haiphong or southern ports like Ho Chi Minh City takes approximately 5 to 7 days by sea. Custom CNC-ground parts generally have a production lead time of 3 to 5 weeks, depending on the complexity of the design and batch requirements.
We test density using liquid displacement methods (Archimedes principle) to confirm it meets or exceeds 3.10 g/cm³. Purity is verified using Inductively Coupled Plasma Mass Spectrometry (ICP-MS) to ensure chemical cleanliness, particularly for semiconductor components.
Yes. Our engineering team designs and manufactures metallized ceramic-to-metal assemblies using high-purity Alumina or Zirconia. These components are designed for high-vacuum, high-voltage, and hermetic systems.
Although the initial cost of technical ceramics is higher than that of stainless steel or industrial plastics, their wear and corrosion resistance reduces component failure rates. This extends service lifetimes and lowers maintenance costs in critical fluid lines.
Yes. All of our structural ceramics—including Alumina, Zirconia, Silicon Carbide, and Boron Nitride—are manufactured from inorganic, non-toxic raw powders that meet global environmental standards, including RoHS and REACH regulations.
Yes. Our team reviews engineering files to identify stress concentration points, evaluate thermal expansion differences between mating parts, and recommend the best ceramic materials for your target application.