Buy Tungsten Alloy Radiation Shielding - 18.1g/cm³ Density |Custom Sizing
| Payment Type: | T/T | 
| Incoterm: | FOB,CIF,EXW,FCA,Express Delivery | 
| Min. Order: | 2 Piece/Pieces | 
| Transportation: | Ocean,Air,Express | 
Attributes
Model No.: JDTG-TS-024
Brand: ZZJD
Place Of Origin: China
Material: Tungsten
Density: 18.10±0.15g/cm³
Color: Natural
Size: Support customization
PACKAGING & DELIVERY
Selling Units :Piece/Pieces
Package Type : Standard export packing
DESCRIPTION
タングステン合金 放射線遮蔽
Wolframlegierung Strahlenschutz
Tungsten Gamma Radiation Shielding – Superior High-Energy Protection
Why Tungsten?
With a density of 19.3 g/cm³, tungsten provides 2-3X better gamma attenuation than lead at equivalent thickness. Its high atomic number (Z=74) and compact design make it ideal for:
✅ Industrial radiography (Ir-192, Co-60 sources)
✅ Nuclear medicine (PET/CT, Tc-99m, I-131)
✅ Aerospace & defense (satellite shielding, neutron absorption)
✅ Research labs (particle accelerators, gamma spectroscopy)

Product Range
Product Key Features Attenuation Performance
Tungsten Shielding Plates 1–100mm thickness, CNC-machined Blocks 99% of 662 keV (Cs-137) at 25mm
Tungsten Collimators Precision-drilled holes (0.1–10mm Ø) Focuses gamma beams with <1% scatter
Tungsten Bricks/Blocks Interlocking design for modular walls 90% reduction at 15mm (1.33 MeV Co-60)
Tungsten Alloy Containers Sealed enclosures for isotope transport Meets IAEA Type A/B standards
Technical Data
Materials: WNiFe (90-97% W), WCu (for thermal conductivity)
Energy Range: Effective from 60 keV (Am-241) to 10+ MeV
Compared to Lead:
50% thinner for equivalent shielding
3X more durable (no deformation under load)
Gamma Attenuation Table
Energy (keV) Tungsten Thickness for 90% Attenuation
140 (Tc-99m) 3mm
511 (PET) 10mm
1173 (Co-60) 35mm
1332 (Co-60) 40mm

Applications
Nuclear power plants (control rod housings)
Industrial CT scanners
Radiation therapy rooms
High-energy physics detectors
Custom Solutions
MCNP-simulated designs for optimal shielding
Magnetic resonance-safe (non-ferromagnetic alloys)
Mobility-enhanced (wheeled shields, wearable panels)

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