Tungsten Heavy Alloy Shapes ASTM B777-15/ SAE AMS7725

Tungsten Heavy Alloy Shapes ASTM B777-15/ SAE AMS7725

Tungsten alloy cutting ring is a tool used for cutting and splitting materials.

product details

Product Description

The following is the standard description and product features of tungsten alloy split rings:

Material: Tungsten alloy gap ring is made of high-purity tungsten alloy material, which has excellent hardness and wear resistance. Structure: Tungsten alloy cutting rings are usually annular structures with cutting edges inside to achieve precise cutting.

Size: The size of the tungsten alloy gap ring can be customized according to customer needs, and there are a variety of specifications to choose from.

Applicable fields: Tungsten alloy cutting rings are widely used in metal processing, stone cutting, rubber processing and other fields.

High hardness: Tungsten alloy slit rings have excellent hardness properties and can withstand high pressure and heavy load working environments.

Wear resistance: Tungsten alloy cutting rings have excellent wear resistance and can be used for a long time without losing the cutting effect.

High precision: The tungsten alloy cutting ring has precise cutting capabilities and can achieve fine cutting and segmentation.

Long service life: Tungsten alloy slit rings have a long service life due to their high-quality materials and workmanship.

Improve efficiency: The high hardness and wear resistance of tungsten alloy cutting rings can improve cutting efficiency and reduce working time. Environmental protection: The tungsten alloy slit ring material is environmentally friendly and will not produce harmful gases and substances.

Summary: Tungsten alloy cutting rings have high hardness and wear resistance and are suitable for a variety of industries and materials. They can achieve precise cutting and segmentation, improve work efficiency, and have a long service life. At the same time, it is also an environmentally friendly material.

Our W-Ni-Fe alloy is used in collimator and shielding components to provide protection against X-ray and X-ray radiation. Aproduct manufactured from tungsten nickel and copper,is distinctive due to ists non-magnetic behavior behavior.This material is used in the places to avoid magnetic interference.

Product Description

1. Manufacturing Advantage

From raw materials to finished products; professional technicians and operators who have been engaged in tungsten alloy processing for many years.

2. Quality Advantage

Passed ISO9001 quality system certification; tungsten alloy products according to the standard of ASTM B777-15/ SAE AMS7725.

3. Service Advantage

The company provides coverage consulting; professional and technical personnel guidance; comprehensive professional solutions.

Details

1. Tungsten Alloy Shaped Materials

Tungsten Alloy Rods and Plates

Size of the Rod:(Φ3-Φ400)X L(20-1200)mm

Supply State: Sintered, Grind, forged, Vacuum treatment.

Specification of the Plate: Min. size: 1.0X10X10mm

Longest size:1.5X170X800mm

Widest size: 4X380X600mm

Supply State: Sintered, Machined, Vacuum State

2. Tungsten Alloy Components

Specification: According to the user's drawing

Weight:10kg-600kg/PC

Max Size: Φ400X600mm

Used for Radiation Shields and Weight Balance Parts
3. Tungsten Alloy Balls/Sphere

Size of Balls:(Φ1.5-Φ380)mm

Supply State: Sintered (with band), Grind (without band), Machined

4. Tungsten Alloy Cubes

Specification of Cubes: strictly according to the user's request.

Supply State: Sintered and Grind state

5. Fishing Sinker & Mobile Phone Bobs

Specification: According to the user's drawing.

Weight:0.5g-50g/pc

specification

Material		Chemistry	Density (g/cm3)	Hardness Max
HD17	TAM1000	90%W+(Ni+Cu)	17.0	32HRC
HD17D	TAM3000	90%W+(Ni+Fe)	17.0	33HRC
HD17.5	TAM3925	93%W+(Ni+Cu)	17.5	33HRC
HD17.5D	TAM3930	93%W+(Ni+Fe)	17.5	33HRC
HD18	TAM2000	95%W+(Ni+Cu)	18.0	34HRC
HD18D	TAM3950	95%W+(Ni+Fe)	18.0	34HRC
HD18.5	TAM3970	97%W+(Ni+Fe)	18.5	35HRC
	TAM4000	90%W+(Ni+Fe+Mo)	17.20	32HRC

Composition	90%W			93%W			95%W		97%W
state	Sinter	Vacuum	Forge	Sinter	Vacuum	Forge	Sinter	Vacuum	Sinter	Vacuum
Density(g/cc)	16.85~17.25			17.15~17.85			17.75~18.35		18.25~18.85
Hardness(HRC)	32Max	30Max	40Max	32Max	32Max	32Max	34Max	32Max	35Max	33Max
Tensile Strength(Mpa)	770Min	900Min	1400Min	770Min	910Min	1440Min	735Min	920Min	700Min	850Min
Yield Strength(Mpa)	620Min	620Min	1280Min	650Min	650Min	1050Min	650Min	650Min	~	~
Elongation(%)	5Min	15Min	5Min	5Min	12Min	3Min	3Min	12Min	2Min	6Min