Tungsten Heavy Alloy X-ray Detector

Tungsten Heavy Alloy X-ray Detector

Chinatungsten can offer tungsten heavy alloy X-ray detectors, which is based on an innovative sensor designing that makes possible unprecedented speed and superior image quality.

X-ray detectors are suitable for a range of applications including mammography and tomosynthesis, breast CT, dental CBCT, fluoroscopy, cardiology and angiographic imaging, bone densitometry, scientific instrumentation and non-destructive testing.
Key Features:

    High Speed: 26 – 86 fps

    High resolution: 75 - 300 µm pixel pitch

    Superior image quality: high DQE 0.7 at 0.5 lp/mm, high contrast, high dynamic range

    Reduced image lag

    Fiber optic plate increases lifetime and improves DQE

    Ready-to-run software and drivers

    Flexible, reliable, stable and robust

Tungsten Alloy Military: Applications of tungsten alloy sphere for military...

Tungsten Alloy Military: Applications of tungsten alloy sphere for military...: Tungsten alloy sphere can be also used as bullets or pellets in many military filed. These are the pellets from inside a shotgun shell...

Standards for Tungsten Radiation Shielding

Standards for Tungsten Radiation Shielding

Here is standards for tungsten radiation shielding material:

cifications		Grades
		Thin-Magnetic				Non-Magnetic
		AGH-1	AGH-2	AGH-3	AGH-4	AGH-1	AGH-2	AGH-3
Tungsten Content	Wt%	90	92.5	95	97	90	92.5	95
Nominal Density	g/cc	17	17.5	18	18.5	17	17.5	18
Standard SAE-AMS-T-21014		Class1	Class2	Class3	Class4	Class1	Class2	Class3
Standard ASTM-B-777-87		Class1	Class2	Class3	Class4	Class1	Class2	Class3

Tungsten Metal for Shielding

 Tungsten Metal for Shielding
Tungsten metal is a grayish-white lustrous metal that is often brittle and hard to work. Of all metals in pure form, tungsten has highest melting point of all elements except carbon - vary between 3387°C and 3422°C. It also has good thermal and electrical conductivity. Its electrical conductivity at 0°C is about 28% of that of silver which itself has the highest conductivity of all metals. In addition, it has low vapor pressure at high temperatures. Such properties make tungsten metal a high performance material in high temperature products and processes. Tungsten metal powder is used as a filler material in plastic composites, which are used as a nontoxic substitute for lead in bullets, shot, and radiation shields.IF you need tungsten metail shielding, you could contact sales@chinatungste.com.

Specification for Tungsten Alloy Shielding Powder

Specification for Tungsten Alloy Shielding Powder

Specification

Item No.	Purity	Average Particle Size (APS)
PW74-P1	≥99.95%(metal basis)	1-1.5 µm
PW74-P2	≥99.95%(metal basis)	1.5-2 µm
PW74-P3	≥99.95%(metal basis)	2-4 µm
PW74-P4	≥99.95%(metal basis)	4-6 µm
PW74-P5	≥99.95%(metal basis)	6-10 µm
PW74-P6	≥99.9%(metal basis)	>75 mm (+200 mesh)
PW74-P7	≥99.3%(metal basis)	between 100 and 200 Mesh

Tungsten Alloy Powder for Radiation Shielding

 Tungsten Alloy Powder for  Radiation Shielding

High density, spheroidal tungsten powder

Appearance:

Gray metallic powder

Physical Properties:

Particle Size: Minimum 85% > 70 Microns
Particle Size Distribution: Minimum 90% between 100 and 200 Mesh
Bulk Density: Minimum 18.50 g/cc (Helium Pycnometer)
Tap Density: Minimum 11.90 g/cc (ASTM B527)

X-Ray Shielding Design & Engineering

X-Ray Shielding Design & Engineering

Chinatungsten offers a broad line of radiation shielding for many applications including shipping casks, gamma shielding, and X-ray shielding for non-destructive testing.  Chinatungsten has over 20years of experience designing radiation shielding.  They offer engineering analysis of radiation shielding requirements to design optimum shielding.  

Tungsten Powder for Radiation Shielding

 Tungsten Powder for Radiation Shielding

Tungsten powders are widely used in the production of weight fillers, radiation shielding fillers, and induction accelerators etc. Thin film surface of its polymer mixture are ideally suited for radiation protection. The large particles make it ideal heavy metal filler for injection-molding applications. The unique shape and resulting high flow ability of these particles make it suitable for metal spray industry applications. 

Appearance:

Gray metallic powder

Physical Properties:

Particle Size: Minimum 85% > 70 Microns
Particle Size Distribution: Minimum 90% between 100 and 200 Mesh
Bulk Density: Minimum 18.50 g/cc (Helium Pycnometer)
Tap Density: Minimum 11.90 g/cc (ASTM B527)

Tungsten Heavy Alloy Shielding is Much Better Than Lead

Tungsten heavy alloy shielding is much better than lead