Premium Grade Sputtering Materials Engineered for High-Performance Industrial Coating Applications
Established in the Shanghai Industrial Comprehensive Development Zone, Shanghai Creative Advanced Materials Co., Ltd. (SCA) is a recognized high-tech pioneer specializing in semiconductor ceramic targets, powder metallurgy targets, advanced ceramic components, neutron absorption materials, and polymer configurations. We integrate state-of-the-art research, advanced tooling systems, and rigorous quality inspection to deliver global-standard materials directly to developing economies across Central Asia, with a primary focus on the Kazakhstan industrial zone.
With nineteen years of technological growth, SCA provides deep material traceability from basic powders to finished sputtering targets. Each custom target configuration undergoes ultra-high-pressure compaction, precise vacuum sintering, and micrometric surface processing to meet the needs of modern semiconductor, optic, photovoltaic, and tool-coatings industries.
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Kazakhstan stands as a central pillar of heavy metallurgy and mineral extraction in Central Asia, anchored by critical resource nodes in Ust-Kamenogorsk (Oskemen), Karaganda, and Zhezkazgan. While traditionally focused on raw mineral extraction (such as copper, zinc, chrome, and tungsten), the nation is undergoing a major shift. The Kazakh Government's industrial roadmaps now prioritize the local manufacturing of high-value end products, advanced tools, and wear-resistant coatings.
This industrial transition drives demand for physical vapor deposition (PVD) technology. High-precision PVD sputtering processes require powder metallurgy targets to apply ultra-dense coatings onto wear-resistant mining drills, hydraulic valve stems, aerospace turbines, and protective sheets used in severe Siberian environments. SCA meets this demand by supplying specialized tungsten, molybdenum, chromium, and multi-element targets. Our target designs are engineered to handle the extreme thermal and kinetic stresses found in modern vacuum deposition systems.
A major operational challenge for Kazakh industrial plants is the rapid wear of machinery components due to abrasive quartz sands and corrosive mineral slurries. Standard electrolytic or thermal coatings often crack or fail under heavy stress. Thin-film deposition using high-density powder metallurgy targets solves this issue. For example:
By shifting to advanced PVD coatings supplied by SCA, operators can extend component life, reduce downtime, and cut maintenance costs across major industrial sites.
Specialty Ceramic Materials Synthesized for High-Strength, Anti-Wear, and High-Temperature Applications
One of the hardest artificially synthesized materials on Earth, second only to diamond. Widely used for soldier body armor, armored tank plates, helicopter shielding, and as neutron absorption materials in nuclear reactors. It also serves as an abrasive media in semiconductor manufacturing and high-velocity sandblasting nozzles.
Read moreA highly stable, synthetic crystalline compound of silicon and carbon. Crucial for manufacturing high-precision structural ceramic components used in semiconductor processing, solar energy systems, and high-frequency optoelectronics. SiC excels in high-hardness wear plates, engine parts, and thermal protection barriers.
Read moreAn industrial-grade ceramic material with excellent electrical insulation, thermal conductivity, and chemical stability. It is widely used in high-voltage isolators, plasma-resistant processing tools, gas-laser waveguides, and wear-resistant liners for material transport chutes.
Read moreKnown for its high thermal conductivity and excellent chemical resistance. It is stable in contact with molten metals and remains inert under harsh acidic conditions. BN is ideal for high-temperature crucibles, electrical insulators, heat sinks, and rocket propulsion nozzles.
Read moreA Comprehensive Quality Control Pipeline Ensuring Defect-Free Metallurgy Target Synthesis
We source ultra-pure metal and ceramic precursor powders. Each batch is verified for grain size, distribution, and impurity levels before entering production.
We optimize slurry composition and grain uniformity, using specialized spray drying to produce spherical, free-flowing granulated powders with consistent density.
Automated high-capacity uniaxial and isostatic pressing machines consolidate the granulated powders into uniform green compacts with high green density.
We use state-of-the-art sintering methods—including hot pressing, pressureless sintering, reaction sintering, and vacuum HIP—to achieve near-theoretical density.
We machine targets to exact customer drawings using imported CNC centers and grinders, ensuring tight dimensional tolerances and flat surfaces.
We test target properties using CMM scanners, ultrasonic fault detectors, X-ray diffraction, and ICP-OES to confirm phase purity and structural integrity.
We clean targets in a dedicated class-10,000 cleanroom to remove organic residues, followed by vacuum sealing in protective, moisture-barrier packaging.
Our experienced logistics team manages global shipping, customs clearance, and secure packing to ensure safe, on-time delivery across Kazakhstan.
Shipping advanced metallurgical targets to Kazakhstan requires strict compliance with the Eurasian Economic Union (EAEU) regulations. At SCA, we handle the certification and logistics documentation required for a smooth supply chain. Our operations are aligned with GOST-K standards, and we provide complete technical documentation in both Russian and English, including chemical analysis certificates, safety data sheets, and certificate of origin forms.
Our strategic location in Shanghai enables efficient shipping routes. We leverage direct rail networks through Khorgos and Almaty to provide fast, reliable delivery. This bypasses long shipping times, helping Kazakh customers minimize inventory costs and secure their supply of critical sputtering materials.
Request Logistics & Compliance DetailsAs PVD processes evolve to handle higher powers and faster deposition rates, sputtering targets must meet increasingly demanding standards. In high-power magnetron sputtering (HiPIMS), targets must withstand high thermal loads without cracking or losing composition control. SCA is continually refining our powder metallurgy processes to meet these requirements:
Through partnerships with research centers, SCA is advancing our manufacturing techniques. We are ready to support Kazakhstan's growing high-tech and metallurgical industries with reliable, high-performance targets.
High-Density Sputtering Targets Custom-Manufactured for Diverse Thin-Film Deposition Systems
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