Premium powder metallurgy targets featuring high relative density and controlled grain orientation, optimized for electronic components and thin-film PVD applications.
Over the past decade, Hai Phong has transitioned from a traditional maritime port city into the epicenter of northern Vietnam's advanced technology manufacturing. Supported by world-class infrastructure such as the DEEP C Industrial Zones, VSIP Hai Phong, and Nam Cau Kien Industrial Park, the city now hosts massive global supply chains specializing in consumer electronics, automotive components, and display panels.
As these high-tech production lines scale, the demand for precision thin-film coatings has skyrocketed. Physical Vapor Deposition (PVD) sputtering techniques are central to fabricating barrier layers, conductive paths, and decorative or functional hard coatings. This is where powder metallurgy sputtering targets become critical. Unlike cast materials, targets produced via hot isostatic pressing (HIP) and vacuum hot pressing (VHP) deliver the structural homogeneity, fine grain size, and ultra-high purity required to avoid micro-arcing and film defects.
For procurement officers and process engineers in the Hai Phong industrial zone, securing a reliable, direct factory supplier of high-purity Tungsten, Chromium, Molybdenum, and custom alloy targets is no longer just a purchasing option—it is a vital pillar of supply chain resilience.
Ensures stable deposition rates and extends target lifetime in continuous manufacturing environments.
Critical for preventing target oxidation and achieving clean, low-resistivity electronic films.
Direct shipping routes to Hai Phong's Lach Huyen deep-sea port minimize transit times and customs overheads.
In addition to standard metallization targets, we supply advanced ceramic thin-film sources and high-durability mechanical parts to meet diverse industrial demands.
Boron Carbide (B4C) is one of the hardest materials synthesized artificially on the Earth, with a hardness second only to diamond. It is widely used in a variety of industrial applications, including individual soldier protection, armor plates for tanks and helicopters, and armored personnel carriers. In the high-tech sector, it acts as neutron absorption material in nuclear engineering and high-efficiency grinding material in semiconductor slicing.
Explore PVD Target OptionsSilicon Carbide (SiC) is a highly robust, synthetic crystalline compound of Silicon and Carbon. Primarily deployed for precision components in semiconductor handling, solar wafer processing, and LED lithography, SiC stands up to extreme wear, chemical attack, and elevated temperatures. We also supply functional oxides like Gadolinium and Zinc-based ceramics for advanced UV optoelectronics and nuclear containment.
Established in the Shanghai Industrial Comprehensive Development Zone, we are a high-tech company integrating the research, development, production, and sales of semiconductor ceramic targets, powder metallurgy targets, advanced ceramic components, and polymer neutron absorption materials.
Through years of deep engineering research and technological iteration, we have built key relationships with top-tier electronic manufacturing services (EMS) and semiconductor wafer fab plants globally. By implementing a zero-defect quality culture, we support high-growth manufacturing sectors across Southeast Asia, with a primary focus on expanding logistics, technical service networks, and targeted material distribution within the fast-growing industrial zones of Hai Phong, Vietnam.
A meticulous step-by-step process designed to achieve absolute uniformity, high purity, and microstructural integrity across every single batch of sputtering targets.
Control of initial powder purity (up to 99.999%), particle size distribution, and chemical composition stability to establish the absolute baseline quality of the metal matrix.
Optimizing slurry concentration and composition uniformity, coupled with regular equipment maintenance, to ensure stable particle size and loose tap density of composite powders.
Utilizing high-tonnage automated pressing systems to shape the green body blank, ensuring uniform initial density distribution and green strength.
Deploying advanced high-temperature forming methods: Hot Isostatic Pressing (HIP), pressureless sintering, reaction sintering, and vacuum hot pressing.
Precision finishing using imported high-accuracy CNC lathes and grinding machines to satisfy structural dimensional tolerances of backing plates and sputtering interfaces.
Stringent verification utilizing Coordinate Measuring Machines (CMM) for sizing, along with Ultrasonic Nondestructive Testing (NDT) to inspect internal voids.
Executing ultra-clean processing in dedicated dust-free cleanrooms. Double-layered vacuum packaging prevents ambient target oxidation or organic contamination.
Secured container wrapping and certified export logistics pathways directly to major ports including Hai Phong Port, minimizing delivery lead times.
Combining technological superiority with robust regional support to ensure uninterrupted thin-film production in Vietnam.
We provide full-record traceability starting from the raw chemical powders down to the finished sputtering assembly. Individual serial numbers are permanently laser-marked on each unit. Many of our proprietary materials and microstructural designs are globally patented, guaranteeing that you receive authentic, high-performing products.
We recognize that in high-volume electronics fabrication, tool downtime translates to massive financial losses. Our established logistics footprint and close partnership with regional carriers allow us to coordinate rapid customs clearance and transport directly to VSIP Hai Phong and other major industrial complexes in northern Vietnam.
We routinely customize advanced target dimensions, backing plate configurations (e.g., planar or rotatable), and alloy compositions to align with the unique parameters of your magnetron sputtering equipment. Whether adapting to specific power densities or seeking co-development of new refractory alloy targets, our R&D team is ready to assist.
Our commitment extends far beyond delivery. We offer on-site target bonding analysis, sputtering process troubleshooting, deposition rate optimization, and recycling programs for spent backing plates. Sourcing teams in Hai Phong benefit from localized regional support and clear, direct communication channels.
In modern PVD coating setups, target performance directly impacts film quality, device yield, and the overall cost of ownership. The select choice of powder metallurgy targets over cast counterparts comes down to structural control. During the sputtering process, high-energy gas ions bombard the target surface, ejecting atoms that travel to deposit on the substrate. If the target contains micro-voids, impurities, or inconsistent grain boundaries, it will suffer from localized thermal stresses. This leads to two critical failures: nodule formation and micro-arcing.
Nodules are small protrusions that grow on the target surface, disrupting the sputtering path. Micro-arcing results in immediate particle contamination on the wafer or glass panel, causing fatal circuitry shorts. By enforcing a hot isostatic pressing (HIP) cycle on powder metallurgy targets, SCA reaches relative densities exceeding 99.5%, which effectively eliminates the microscopic voids where arcing typically originates.
Tungsten-Titanium (WTi) and Molybdenum-Titanium (MoTi) targets serve as essential diffusion barriers in microelectronic packaging. The barrier layer prevents copper or aluminum from migrating into the silicon substrate, which would degrade the semiconductor junctions. Supplying WTi targets at a 300mm diameter format requires extreme control over phase segregation. Because Tungsten and Titanium have vastly different melting points and densities, conventional melting causes structural partitioning. Powder metallurgy, however, binds these elements uniformly at a solid-state molecular level, ensuring that the target delivers a homogeneous film stoichiometry across the entire substrate surface.
Industrial companies operating in the Hai Phong export processing zones face strict environmental and supply-chain guidelines from international markets (such as the EU and US). Meeting these requirements requires materials that are fully certified for RoHS, REACH, and Conflict Minerals regulations. Our factory operates under strict ISO 9001 and ISO 14001 management systems, providing comprehensive material safety data sheets (MSDS), certificates of analysis (COA) based on ICP-MS testing, and clear geographical origin declarations for all constituent metals.
Complete selection of alloy targets, ceramic oxides, and custom thin-film deposition sources optimized for industrial PVD coatings.
Addressing the critical technical and supply chain considerations of our international partners.
Powder metallurgy targets are formed below the melting point of the primary constituent metals, preventing gravity-induced phase segregation and crystallization defects common in cast/melt targets. This process results in a highly uniform microstructure,isotropic grain distribution, and precise control over stoichiometry. It is the preferred method for manufacturing complex silicides, multi-component alloys (like FeCoTa or WTi), and ceramic compound targets.
Relative density refers to the actual density of the target compared to its theoretical limit. High relative density (>99%) minimizes micro-pores. During high-power sputtering cycles, targets with low density trap process gas or build up localized charges, triggering micro-arcing and splashing. High-density targets deliver a significantly more stable deposition rate, yield less particulate contamination on the substrate, and offer superior thermal conductivity.
Our standard manufacturing and precision machining schedule ranges between 4 to 6 weeks depending on custom target specs. Through our streamlined shipping routes connecting to Lach Huyen Deep Sea Port and Hai Phong Port, transit times are kept within 5 to 7 business days, supplemented by pre-cleared custom documentation to avoid unexpected terminal delays.
Yes. We have high-capacity vacuum hot pressing and CNC machining equipment capable of producing round planar targets up to 300mm (12 inches) and beyond, as well as customized rotatable/cylindrical targets. We also offer target bonding services using Indium or elastomer bonding on copper backing plates to ensure thermal integrity during high-power sputtering runs.
Stay updated with the latest technological developments in sintering techniques and regional material advancements.
Localized sintering technologies drive upgraded zirconia ceramic industry structures, offering massive quality improvements for high-wear environments.
Investigating the microstructural dynamics of solid-phase sintering in vacuum chambers, minimizing grain size divergence in refractory alloy targets.
Uncovering the mechanics of net-shape pressureless sintering of high-purity Boron Carbide and Silicon Carbide for mechanical seal rings and nozzles.
Submit your detailed material composition, dimensional requirements, and application environment. Our technical support team will provide a tailored quote and feasibility assessment within 24 hours.
