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Engineered for maximum density, radiation attenuation, and extreme thermal resilience across Turkish industrial applications.
Serving the high-growth engineering, defense, healthcare, and energy sectors across Istanbul, Ankara, Izmir, Bursa, and Kocaeli.
The Republic of Turkey has established itself as an international manufacturing, engineering, and aerospace powerhouse. Driven by national technological initiatives, regional healthcare expansion, and rapid industrial modernization, Turkish enterprises demand high-performance refractory materials capable of delivering unmatched density, thermal stability, and mechanical strength. Tungsten Heavy Alloys (W-Ni-Fe and W-Ni-Cu), having nominal densities ranging from 17.0 g/cm³ up to 18.50 g/cm³—over 60% denser than lead and more than double the specific weight of structural steel—form the bedrock of cutting-edge applications across Turkish strategic hubs.
Vital for rotor balance weights, kinetic energy penetrators, missile guidance ballast, and gyro-stabilizers used in unmanned aerial systems (UAVs) and fighter platforms.
Eco-friendly, lead-free gamma and X-ray radiation shielding for multileaf collimators (MLC), PET/SPECT radiotracer syringe shields, and isotope transport casks.
Chatter-free heavy metal boring bars, crankshaft balancing weights, EDM electrodes, and erosion-resistant die-casting inserts for high-volume automotive plants.
Tungsten Heavy Metals (THM) combine refractory properties (pure tungsten melting point of 3422°C) with the ductility and machinability provided by ductile nickel-iron or nickel-copper binder matrix phases. Our precision distribution pipeline reliably delivers tailored mill products, rough-machined blanks, and complex finish-machined components to Turkish enterprise clusters:
With Turkey's burgeoning defense corridor centered around Ankara, Gölbaşı, and Eskişehir, high-density tungsten alloys engineered to MIL-T-21014 and ASTM B777 (Class 1 to Class 4) are essential. Our alloys provide supreme kinetic density and mechanical integrity under extreme dynamic shock. They are widely specified for flight-control dynamic counterbalances, inertial navigation gyroscopes, seeker-head collimators, and kinetic armor-piercing cores where volumetric space is severely constrained.
Turkey's comprehensive City Hospital projects (Şehir Hastaneleri) across Istanbul, Ankara, Adana, and Kayseri have catalyzed massive demand for advanced nuclear imaging and radiation therapy infrastructure. Tungsten Heavy Alloys deliver non-toxic, RoHS-compliant attenuation against high-energy ionizing photons (Technetium-99m, Fluorine-18, Cobalt-60, and Iridium-192). Unlike conventional toxic lead, tungsten heavy metals do not creep, require no secondary structural encapsulation, and offer up to 40% superior linear attenuation thickness reduction for PET/CT syringe shields, vial pigs, and isotope containers.
Turkey’s Marmara region produces millions of passenger and commercial vehicles annually. High-density tungsten alloy counterweights are integrated into high-RPM crankshafts, racing camshafts, and transmission dampers to optimize harmonic vibration control. Concurrently, tungsten heavy alloy anti-vibration boring bars and toolholders provide three times the stiffness (Young’s Modulus up to 380 GPa) of conventional hardened tool steel, eliminating tool chatter and significantly boosting surface finish quality during high-feed deep-hole metal cutting.
As Turkey expands offshore natural gas extraction in the Sakarya Gas Field (Black Sea) and conducts maritime exploratory operations, heavy tungsten drill-string logging-while-drilling (LWD/MWD) sinker bars and gamma-ray source housings provide critical durability, corrosion resistance, and dense mass to penetrate high-pressure, high-temperature downhole formations.
Comprehensive metallurgical classes available for immediate engineering export to Turkey.
| ASTM B777 Grade | Nominal W Content (wt%) | Binder Phase | Density (g/cm³) | Tensile Strength (MPa) | Elongation (%) | Magnetic Permeability | Primary Turkish Applications |
|---|---|---|---|---|---|---|---|
| Class 1 (Type I/II) | 90.0% | Ni-Fe or Ni-Cu | 17.00 – 17.50 | ≥ 750 – 900 | ≥ 5 – 15 | Ferromagnetic / Non-Mag | Die-casting inserts, general counterweights, sports sinkers |
| Class 2 (Type I/II) | 92.5% | Ni-Fe or Ni-Cu | 17.50 – 17.90 | ≥ 750 – 920 | ≥ 5 – 12 | Ferromagnetic / Non-Mag | Automotive crankshaft weights, medical vial pigs, vibration dampers |
| Class 3 (Type I/II) | 95.0% | Ni-Fe or Ni-Cu | 18.00 – 18.40 | ≥ 700 – 880 | ≥ 3 – 10 | Ferromagnetic / Non-Mag | Aerospace balance weights, PET/MR syringe shields, radiation collimators |
| Class 4 (Type I) | 97.0% | Ni-Fe | 18.40 – 18.75 | ≥ 680 – 850 | ≥ 1.5 – 6 | Ferromagnetic | Maximum density ballistics, kinetic penetrators, micro-avionics ballast |
Supplying world-class tungsten heavy alloy manufacturing backed by university metallurgy research and strategically linked distribution networks.
Connecting with international partners and showcasing precision metallurgical innovations at leading metallurgy, aerospace, and medical engineering expos.
Providing streamlined DDP/CIF/FOB delivery to Turkey's major ports and logistics corridors.
Navigating customs declarations, international certifications, and material traceability is crucial for Turkish precision manufacturers. We provide full metallurgical traceability and rapid delivery mechanisms engineered specifically to support Turkish industrial procurement:
Direct air-freight services to Istanbul Airport (IST), Sabiha Gökçen (SAW), and Ankara Esenboğa (ESB) for emergency prototyping, nuclear medicine shields, and urgent production runs.
Economical sea shipments arriving at Port of Ambarlı (Istanbul), Port of Mersin, Port of Izmir (Aliağa), and Gemlik Port (Bursa) with comprehensive Incoterms (CIF/DAP/DDP).
Every shipment is accompanied by EN 10204 3.1 Material Test Certificates (MTC), ultrasonic non-destructive testing reports, dimensional CMM verification, and RoHS/REACH compliance declarations.
Tungsten heavy alloys offer up to 40% higher linear radiation attenuation efficiency compared to conventional lead shielding due to their significantly higher density (17.0 - 18.5 g/cm³ versus 11.34 g/cm³ for lead). Furthermore, tungsten is non-toxic, structurally rigid, environmentally safe, and does not require complex structural cladding or protective painting, making it the preferred choice for Turkish oncology departments and radioisotope handling facilities.
Yes. Our factory operates advanced multi-axis CNC milling centers, wire-EDM cutting, internal/external grinding, and vacuum sintering furnaces. We machine complex geometries, micro-toleranced threads, counterbores, and intricate collimator slats directly from your CAD drawings (.STEP, .IGES, .DWG) with tolerances as tight as ±0.005 mm.
Standard stocked shapes (plates, rods, billets, and standard syringe shields) can be dispatched via expedited air express (DHL/FedEx/Air Freight) within 4 to 7 business days to Istanbul or Ankara. Custom vacuum-sintered components and large volume production batches are typically delivered within 3 to 4 weeks by air or 25 to 30 days via maritime freight to Turkish seaports.
Premium tungsten alloy raw materials, precision-machined shielding, balance weights, and specialized accessories.
