Precision-engineered powder metallurgy targets optimized for high thermal conductivity and uniform deposition rate.
Algeria is currently undergoing a massive economic diversification and industrialization wave. Under the national plans targeting energy independence, infrastructure renewal, and local manufacturing development, sectors such as solar energy, petrochemical pipeline protection, automotive components, and glass coating are expanding at double-digit rates.
PVD (Physical Vapor Deposition) magnetron sputtering processes rely heavily on the microstructural characteristics of the target materials. Sputtering targets manufactured via Powder Metallurgy (PM) provide the structural stability, isotropic crystal orientation, and high purity required to meet strict international standards for thin-film electronic devices and wear-resistant tools right here in Algiers, Oran, and Constantine.
As the key domestic industries scale, local processors face challenges such as coating peel-off, high nodule formation rates, and targets cracking under intense thermal stress. Our high-performance target line solves these issues directly at the material processing phase, providing the ultimate quality consistency that standard casting targets simply cannot match.
Algeria’s diverse geography, ranging from high-humidity coastal zones to dry, dusty desert oil fields (such as Hassi Messaoud), demands thin-film coatings with exceptionally high density and corrosion resistance. Our target technology ensures:
How advanced hot pressing and hot isostatic pressing techniques elevate film quality beyond melting methods.
| Material Feature | Powder Metallurgy (PM) Targets (SCA Standard) | Traditional Vacuum Melting Targets | Impact on Algerian End-Users |
|---|---|---|---|
| Compositional Homogeneity | Excellent (>99.9% uniform phase distribution) | Prone to macro-segregation in multi-phase alloys | Guarantees consistent sheet resistance and optical reflection across large-area substrates. |
| Grain Structure | Equiaxed, isotropic fine grain sizes (<50 to 100 microns) | Coarse dendritic columnar grain structures | Ensures high sputtering speed and lower target breakdown rates under elevated magnetron power. |
| Purity Performance | Ultra-clean controlled chemical process (up to 4N5 or 5N) | Impurity pickup from crucible walls | Reduces particulate contamination in microelectronics and optoelectronic interfaces. |
| Alloy Versatility | Capable of combining incompatible melting-point metals (e.g., W-Ti, Mo-Ti) | Severely limited by liquid-immiscibility gaps | Unlocks custom composite coatings for cutting-edge thermal barrier and wear-resistant applications. |
Utilizing extreme simultaneous pressure and heat to compact powder particles to 99.9%+ theoretical density, eliminating sub-surface microscopic cavities.
By utilizing premium micro-powders, we restrict the presence of free titanium or iron phases, directly reducing target arc discharges on the production line.
Specialized wooden case packaging designed to withstand marine corrosion and transit mechanical shock from Shanghai ports directly to Algiers and Oran ports.
A diversified range of advanced ceramics, sputtering targets, and processing powders engineered for next-generation technology lines.
High-hardness, corrosion-resistant, and high-temperature tolerant structural parts for harsh environment applications.
Silicon Carbide: High-Performance Materials
SiC Ceramic Valve Seat & Core
Unpressurized Silicon Carbide Nozzle
Boron Carbide for Industrial Applications
Advanced metallic and intermetallic sputtering targets developed via cold isostatic pressing (CIP) and sintering.
High-purity Tungsten Target 300mm W
Tungsten Titanium Target 300mm WTi
Reliable 300mm WSi Target for Enhanced Film
High-Purity 300mm Cr Target
Ultra-fine particle distribution powders and thermal evaporation slugs for advanced coating architectures.
Premium B₄C Powder for Industrial Use
Premium SiC Powder for Research & Dev
Ti₃O₅ Evaporation Slug
Si Al Slug for Vacuum Deposition
Providing customized target configurations to optimize output and efficiency locally.
Under Algeria's Renewable Energy and Energy Efficiency Program, thin-film PV development (like CIGS or CdTe cells) is scaling. Our ZnO and MgZnO sputtering targets deliver optical transparency exceeding 90% combined with exceptional electrical conductivity for front-side transparent conductive oxide (TCO) layers.
Drill pipes, valve assemblies, and pumping components at gas extraction fields require robust protection. Utilizing our high-purity Cr and B4C targets enables local PVD coating plants to deposit high-density DLC (Diamond-Like Carbon) and superhard metallic nitrides, doubling component lifetimes.
Algeria's rapid urbanization demands modern energy-efficient buildings. Large-area magnetron sputtering setups utilize our MoSi and Si Al Slugs to deposit heat-reflecting dielectric layers on glass facades, cutting air conditioning electrical power consumption by up to 35% in desert climates.
Deep expertise in synthetics designed for wear resistance, nuclear shielding, and high-temperature isolation.
Boron Carbide (B4C) is one of the hardest materials synthesized artificially on the Earth, hardness is second only to diamond. It is used in a variety of industrial applications including individual soldier protection, armor of tanks, helicopters, and armored personnel carriers. It is also utilized as neutron absorption materials in the nuclear industry, grinding materials in semiconductors, and sandblasting nozzles.
Silicon Carbide (SiC) is a very hard, synthetic crystalline compound of Silicon and Carbon. Mainly used for precision ceramic components in semiconductor, solar energy, LED and other fields, as well as raw materials for refractory materials, grinding materials and metallurgical industries; It can also be applied to individual soldier protection, as well as protection for tanks, helicopters, and armored personnel carriers.
Alumina (Al₂O₃) is a ceramic material mainly composed of Alumina (Al2O3), which is mainly used in precision ceramic components in the fields of semiconductors, solar energy, LEDs, as well as raw materials for refractory materials, grinding materials, and metallurgical industries; It can also be applied to individual soldier protection, as well as protection for tanks, helicopters, and armored personnel carriers.
Boron Nitride (BN) has chemical corrosion resistance, and it cannot be corroded by inorganic acids and water. Boron Nitride is a new type of high-temperature resistant and superhard material which is used in the production of drill bits, grinding tools, and cutting tools. Boron Nitride ceramics is used as high-temperature, high-pressure, insulation, and heat dissipation components. It is also used for nozzles of aircraft and rocket engines.
Traceability from raw materials to final shipping configurations guarantees stability in your vacuum chambers.
We will control the purity, particle size, and chemical composition stability to ensure the stability of raw materials.
We will control the slurry concentration and composition uniformity, regularly maintain and clean the equipment, and monitor the particle size distribution and loose tap density of the powder.
Using an automated press to press and form the blank, giving it better strength and consistency.
Our company has a variety of high temperature forming methods such as hot pressing sintering, pressureless sintering, reaction sintering, isostatic pressing sintering, etc.
Our company has a number of imported high-precision processing equipment to ensure product accuracy.
We are equipped with CMM size testing, ceramic performance testing, and powder performance testing equipment.
We have established a complete semiconductor cleaning production line and a dust-free workshop to ensure that the products are not contaminated during the packaging process.
Our company has several logistics partners and has export qualifications to assure safe delivery.
Shanghai Creative Advanced Materials Co., Ltd., established in Shanghai Industrial Comprehensive Development Zone, is mainly engaged in semiconductor ceramic targets, powder metallurgy targets, and ceramic components; Advanced ceramic materials and products; Polymer materials and products; A high-tech company that integrates the research and development, production, and sales of neutron absorption materials.
With 19 years of deep engineering experience, we support vacuum coating facilities worldwide. Our engineering team continuously refines production methodologies, implementing proprietary grain boundary refinement processes to solve localized manufacturing challenges.
Why advanced laboratories and high-output coating companies choose SCA as their long-term targeting partner.
Our commitment to quality, continuous improvement, and customer satisfaction enables SCA to be the excellent partner of Advanced Ceramics and target development. SCA provides full record traceability from raw materials to final products. Serial numbers are given to every single unit.
With excellent performance, reliable quality, and fast delivery, our products are widely recognized by domestic and foreign customers. We understand that saving time is crucial for our customers, and we are committed to supply efficient shipping for all orders.
We will customize advanced solutions with the unique properties of advanced materials to meet demanding application requirements. Shanghai Creative Advanced Materials Co., Ltd. provides advanced molding technologies based on customer specifications.
SCA is dedicated to the semiconductor industry, committed to providing high-quality ceramic material solutions to global customers. We are widely recognized and trusted by domestic and foreign partners with strict quality control and support structures.
Importing high-precision materials to industrial zones in Algeria (such as the Algiers refinery expansion, industrial zones of Rouiba, or Hassi Messaoud fields) requires precise adherence to local trade laws. SCA handles all necessary documentation to ensure zero custom holdups.
Many target failures result from weak solder interfaces between the target and the cooling backing plate (Oxygen-free copper). We offer specialized **Indium metallic bonding** that guarantees:
Stay informed about international manufacturing breakthroughs and localized material applications.
Industry Trends
Localized sintering technologies drive upgraded zirconia ceramic industries, showcasing enhanced thermal barrier performance suitable for extreme desert operations.
Technical Research
Detailed study on hot isostatic pressing for multi-phase metal alloys, demonstrating how uniform consolidation restricts thermal stress under fast heating ramps.
Material Studies
Comparing structural consistency and wear rates between reaction-bonded and pressureless-bonded advanced ceramic configurations under corrosive environments.
Get professional answers directly from our materials science team to maximize target utilization.
Engineered to support global high-vacuum processes and localized coating lines in Algeria.
Partner with an established manufacturer offering 19 years of powder metallurgy excellence. Contact us today to receive customized technical support, quotation sheets, or test samples.
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