Engineered to withstand extreme environments, these premium powders and metallurgical components represent the core of our material innovations for Greek industrial supply chains.
Greece is undergoing a significant industrial shift. Sectors such as maritime engineering, defense technologies, aerospace infrastructure, and solar thermal energy systems demand superior material solutions. From the shipyards of Elefsina and Piraeus to the solar thermal installations in Thessaly, high-purity ceramic powders serve as essential components.
Maritime structures operate under continuous exposure to saline environments, requiring advanced thermal sprays and anti-corrosive barrier coatings. Meanwhile, metallurgical and refractories factories in central Greece rely on thermal stability and mechanical strength provided by Silicon Carbide (SiC) and Boron Carbide (B4C) powders.
As a global supplier, Shanghai Creative Advanced Materials Co., Ltd. addresses this local demand by delivering high-density sputter targets and fine-grain ceramic powders that meet strict European Union quality standards.
Our raw materials undergo strict structural design to deliver optimum properties for military armor, semiconductors, and specialized metallurgical industries.
Boron Carbide (B₄C) is one of the hardest synthetic materials, second only to diamond. Widely applied in Greece for defense platforms, personnel armor systems, tank armor plating, and critical neutron absorption rods within nuclear engineering installations.
A high-hardness compound of Silicon and Carbon. Silicon Carbide is essential for manufacturing pump seals, high-temperature mechanical components, structural kiln equipment, and high-performance semiconductor process parts.
Alumina stands as a versatile structural ceramic. It provides excellent electrical insulation, high mechanical wear resistance, and reliable chemical inertness, making it suitable for wear protection and chemical systems in Greece.
Boron Nitride features excellent thermal conductivity and resistance to chemical corrosion. It serves as a solid lubricant, refractory electrical insulator, and protective component in aircraft, aerospace, and high-temperature metallurgical crucibles.
We combine manufacturing scale with strict EU compliance to support Hellenic industrial operations.
SCA maintains trace records from mineral sourcing to the final output. Sputter targets are serialized, and structural parts are verified via CMM dimension testing and ICP-OES chemical analysis.
Benefiting from advanced infrastructure in the Shanghai Industrial Comprehensive Development Zone, we offer consistent supply, lower transport overheads, and competitive pricing.
All materials delivered to Greece adhere strictly to European REACH regulations, RoHS directives, and international standards (ISO 9001:2015 and ISO 14001:2015).
We work directly with industrial partners in Athens, Thessaloniki, and Piraeus, offering custom configurations, post-machining support, and quick material iterations.
Quality begins at the molecular level. Our processes are designed to deliver consistent ceramic parts and high-density targets.
Purity checking, particle-size characterization, and trace metal inspection using specialized testing equipment.
Slurry concentration control and hot-gas spray drying to yield uniform, spherical, free-flowing granules.
High hydraulic pressures ensure high green density and green-body uniformity before entering kilns.
Utilizing pressureless, hot pressing, or reaction-bonding techniques under high atmospheres to maximize final density.
Grinding and diamond tooling of complex geometries to tight dimensional tolerances.
Non-destructive ultrasonic analysis, XRD crystal structure validation, and CMM dimension verification.
High-end cleaning protocols and cleanroom packaging to eliminate particulate contamination.
Carefully managed shipping networks to guarantee prompt arrival at Greek entry ports like Piraeus and Thessaloniki.
For modern optoelectronics and semiconductor industries, sputtering targets require specific microstructure controls. Our powder metallurgy targets feature low gas impurity content, fine and uniform grain structures, and stable mechanical performance.
Whether you require chromium, tungsten, or custom cobalt-tantalum-iron formulations, we regulate phase distributions to reduce micro-cracking and nodule formation during sputter coating runs. These materials support the production of wear-resistant coatings, barrier layers, and sensor devices within European development programs.
A broad selection of sputtering targets, structural nozzles, and functional compounds tailored to the technical specifications of Greek engineering projects.
Addressing the technical, logistics, and quality requirements of Greece's industrial buyers.
SCA coordinates with professional compliance bodies to track and submit all chemical registrations required under EU REACH rules. Each shipment to Greece is accompanied by verified safety data sheets (SDS) and material composition reports, facilitating smooth customs clearance at major Greek ports.
We work with international logistics providers to coordinate sea freight directly from Shanghai port to the ports of Piraeus and Thessaloniki. For urgent requirements (such as research materials or critical factory maintenance parts), we arrange air cargo delivery straight to Athens International Airport (ATH).
Yes. Our spray granulation and pulverization lines allow us to supply customized grain distributions ranging from nanometer to sub-micron and micron sizes. We work directly with your engineering teams to meet the specific requirements of your thermal spray or dry pressing operations.
Our quality control laboratory evaluates target materials using ultrasonic non-destructive testing (NDT) to inspect for internal cracks or voids. Chemical composition is verified via Inductively Coupled Plasma Optical Emission Spectrometry (ICP-OES) and X-ray Diffraction (XRD) to guarantee minimum purity targets are met.
Yes. We provide complete target bonding services, including indium bonding and elastomer bonding to copper or custom backing plates. This supports target stability under high-power sputtering conditions.