Precision-engineered sputtering targets manufactured via advanced powder metallurgy processes to support Morocco's rising aerospace and automotive manufacturing sectors.
Morocco is rapidly positioning itself as the key high-tech manufacturing gateway between Europe, the Middle East, and Africa. Driven by massive industrial development zones in Tangier (Tangier Automotive City), Kenitra, and Casablanca (Midparc Aerospace Hub), the demand for high-reliability surface modification and thin-film coating has escalated. Sputtering targets, specifically those processed via advanced Powder Metallurgy (PM), are crucial materials for deposition processes such as Magnetron Sputtering (PVD).
Unlike conventional vacuum melting/casting, Powder Metallurgy allows for the fabrication of multi-component alloys with zero phase segregation, ultra-fine grain sizes, and controlled porosity. This guarantees a stable sputtering rate, minimum particle generation, and excellent homogeneity of deposited thin films, directly supporting Morocco's automated automotive glass, electronics, and tool-wear protection sectors.
SCA (Shanghai Creative Advanced Materials Co., Ltd.) leverages 19 years of deep material science expertise to deliver high-density, high-purity targets that meet the rigid quality demands of international supply chains operating within Morocco. Our close integration with major freight hubs like Tangier Med Port ensures seamless delivery and rapid turnaround times for critical component manufacturers.
Providing global-scale manufacturing capabilities, strict chemical composition control, and competitive costing structure.
We operate multiple heavy-duty Hot Isostatic Pressing (HIP) and vacuum hot pressing furnaces. This ensures our powder metallurgy targets (e.g., MoTi, FeCoTa, WSi) reach densities close to theoretical limits (>99.5%), significantly eliminating gas inclusions and micro-voids.
From initial metal powder synthesis to final vacuum bonding onto backplates, we provide full physical and chemical testing data. We utilize ICP-MS to inspect trace impurities down to the ppm level, certifying high purity ratings of 99.99% to 99.999%.
We customize dimensions (planar and rotary targets) and chemical ratios specifically for your sputtering system configuration. Backing plate selection (OFHC copper) and indium metallic bonding services are handled completely in-house.
Explore our core production capabilities across specialized advanced ceramics, components, and target systems.
How SCA maintains consistent target quality for extreme-environment PVD installations.
Absolute control over initial metallic/ceramic powder purity, particle size distribution, and shape morphology.
Continuous processing of ultra-fine slurry concentrations to achieve flawless granule uniformity.
Automated high-pressure dry pressing or cold isostatic pressing (CIP) to attain stable green body strength.
Utilizing vacuum, pressureless, or Hot Isostatic Sintering (HIP) technologies at temperatures up to 2200°C.
High-tolerance CNC milling, surface grinding, and diamond cutting to ensure correct planar flatness or tube straightness.
Ultrasonic non-destructive testing (NDT) to inspect bond integrity and check for micro-cracks.
Class 100 dust-free environment cleaning and specialized vacuum sealing to eliminate particle pollution prior to delivery.
Robust custom protective export crates paired with direct air-freight and ocean lines to Tangier Port.
Our targets are widely integrated within large-scale industrial projects across Morocco, from regional automotive hubs to solar thermal arrays.
Used for depositing Low-E coatings on automotive glass (windshields, sunroofs) to block UV heat in North Africa's sunny climate. Also applied as hard, friction-resistant layers (Cr target, MoTi target) on critical engine components for vehicle production hubs in Tangier and Kenitra.
Morocco's NOOR Solar Station projects require advanced thin-film coatings to optimize light conversion. Our high-purity alumina (Al2O3) and zinc oxide (ZnO) targets are extensively utilized to fabricate passivated anti-reflective coatings on high-capacity solar panels.
For emerging electronics packaging facilities in Casablanca, WTi and WSi targets serve as reliable barrier layers and gate metal electrodes, preventing interdiffusion between copper interconnects and silicon substrates.
Industrial-grade target geometries and composite materials optimized for consistent high-power sputtering applications.
We develop bespoke powder metallurgy alloys matching your exact project configurations.
Request Custom TargetExpert insights on importing high-purity powder metallurgy target materials, target bonding, and shipping procedures.
