Tungsten sheet
	
	
		 
		Tungsten is the most refractory metal on the planet, so its use goes far 
		beyond the usual alloys. For example, if you make a sheet of it, 
		tungsten becomes a reliable protection against huge temperatures, being 
		the top shell of powerful thermal insulation. These sheets are extremely 
		difficult to manufacture, because the basic technology for their 
		production is not rolling, but sintering in specialized powder furnaces 
		at high temperatures. Tungsten sheet should be distinguished from 
		tungsten plates, which have a completely different scope. The difference 
		is primarily in thickness. The plates are smaller and thicker, and the 
		manufacturing process is much simpler.
		
		Where sheet and plates are used
		Tungsten sheet found its main application in the chemical industry due 
		to its extreme resistance to corrosion even under the influence of high 
		temperatures. Under normal conditions, tungsten does not react in any 
		way to concentrated organic acids, and in order for the minimum reaction 
		to go, heating is necessary to at least 100 degrees Celsius. Therefore, 
		tungsten sheets and plates are used to create reliable protection, as 
		well as for metal highly reliable containers used for transportation of 
		aggressive environments.
		
		Testing equipment for measuring the concentration of aggressive 
		substances in solutions and melts is made from the same sheet. They also 
		make hollow electrodes for plasmatron research and work.
		
		The price of a tungsten sheet depends on its thickness and area. It can 
		be formed both on a piece product, and have a cost per 1 kg of molded 
		metal.
		
		Tungsten sheet and tungsten plates are used for shielding and 
		manufacturing other elements of vacuum furnaces operating at extremely 
		high temperatures.
		Tungsten plates and sheets Tungsten plates and blanks
		Tungsten sheet is a component of the plasma torch electrodes and devices 
		involved in measuring the concentration of aggressive chemical 
		solutions. This metal is not prone to corrosion and can withstand any 
		environmental influences.
		
		In order for tungsten to enter a minimal reaction with aggressive acids 
		- sulfuric, nitric and even hydrofluoric - it must be heated to 100 ° C. 
		The reaction with oxygen is possible after the temperature of tungsten 
		becomes higher than 400 ° C, with water vapor - at 600 ° C.
		.
		
		.
		.
		
		 
 
			Tungsten 
Cobalt 
Iron 
Carbon 
Sulfur 
Copper 
Zinc 
Lead 
Total Impurities  
  
  
			99.99 
<0.00002 
0.002 
<0.01 
0.0002 
0.00005 
0.00005 
0.00002 
<0.01 
  
   
		 
 
	  
  
Diam 
thickness 
length 
width 
purity 
Details 
			
				
 
Foil 
   
0.03mm -0.8mm 
>3000mm 
2mm-150mm 
99.99% 
Details 
			
				
 
sheet 
  
0.03mm-50mm 
100mm 
100mm 
99.99% 
Details 
			
				
 
wire 
0.025mm
-0.05mm 
  
7000-8000m 
  
99.99% 
Details 
			
				
 
Stab 
2.0mm
-150mm 
  
<1000mm 
  
99.99% 
Details 
			
				
 
powder 
  
50nm- 20μm 
  
99.99% 
Details 
			
				
 
Pellets 
  
6mm-13mm 
  
99.99% 
Details 
			
				
 
granules 
  
6mm-13mm 
  
99.99% 
Details 
			
				
 
Sputter
target 
  
3mm-300mm 
O30--2000mm 
99.99% 
Details 
			
				
 
crucible 
  
  
30ml-50ml 
99.9% 
Details 
			
				
 
mesh 
  
0.05-2mm 
hole:0.3X0.6mm, 0.5X1mm
............20X40mm 
99.9% 
Details 
			
				
 
foam 
  
0.3-10mm 
100mm 
100mm 
  
Details 
			  
  
  
  
  
  
  
  
			
		
		
 
								
							
 
		Tungsten is the most refractory metal on the planet, so its use goes far 
		beyond the usual alloys. For example, if you make a sheet of it, 
		tungsten becomes a reliable protection against huge temperatures, being 
		the top shell of powerful thermal insulation. These sheets are extremely 
		difficult to manufacture, because the basic technology for their 
		production is not rolling, but sintering in specialized powder furnaces 
		at high temperatures. Tungsten sheet should be distinguished from 
		tungsten plates, which have a completely different scope. The difference 
		is primarily in thickness. The plates are smaller and thicker, and the 
		manufacturing process is much simpler.
		
		Where sheet and plates are used
		Tungsten sheet found its main application in the chemical industry due 
		to its extreme resistance to corrosion even under the influence of high 
		temperatures. Under normal conditions, tungsten does not react in any 
		way to concentrated organic acids, and in order for the minimum reaction 
		to go, heating is necessary to at least 100 degrees Celsius. Therefore, 
		tungsten sheets and plates are used to create reliable protection, as 
		well as for metal highly reliable containers used for transportation of 
		aggressive environments.
		
		Testing equipment for measuring the concentration of aggressive 
		substances in solutions and melts is made from the same sheet. They also 
		make hollow electrodes for plasmatron research and work.
		
		The price of a tungsten sheet depends on its thickness and area. It can 
		be formed both on a piece product, and have a cost per 1 kg of molded 
		metal.
		
		Tungsten sheet and tungsten plates are used for shielding and 
		manufacturing other elements of vacuum furnaces operating at extremely 
		high temperatures.
		Tungsten plates and sheets Tungsten plates and blanks
		Tungsten sheet is a component of the plasma torch electrodes and devices 
		involved in measuring the concentration of aggressive chemical 
		solutions. This metal is not prone to corrosion and can withstand any 
		environmental influences.
		
		In order for tungsten to enter a minimal reaction with aggressive acids 
		- sulfuric, nitric and even hydrofluoric - it must be heated to 100 ° C. 
		The reaction with oxygen is possible after the temperature of tungsten 
		becomes higher than 400 ° C, with water vapor - at 600 ° C.
		.
		
		.
		.
		
		 
 
| Tungsten | Cobalt | Iron | Carbon | Sulfur | Copper | Zinc | Lead | Total Impurities | ||
|---|---|---|---|---|---|---|---|---|---|---|
| 99.99 | <0.00002 | 0.002 | <0.01 | 0.0002 | 0.00005 | 0.00005 | 0.00002 | <0.01 | 
 
 
| Diam | thickness | length | width | purity | Details | ||
|---|---|---|---|---|---|---|---|
				![]()  | 
Foil | 0.03mm -0.8mm | >3000mm | 2mm-150mm | 99.99% | Details | |
				![]()  | 
sheet | 0.03mm-50mm | 100mm | 100mm | 99.99% | Details | |
				![]()  | 
wire | 0.025mm -0.05mm  | 
7000-8000m | 99.99% | Details | ||
				![]()  | 
Stab | 2.0mm -150mm  | 
<1000mm | 99.99% | Details | ||
				![]()  | 
powder | 50nm- 20μm | 99.99% | Details | |||
				![]()  | 
Pellets | 6mm-13mm | 99.99% | Details | |||
				![]()  | 
granules | 6mm-13mm | 99.99% | Details | |||
				![]()  | 
Sputter target  | 
3mm-300mm | O30--2000mm | 99.99% | Details | ||
				![]()  | 
crucible | 30ml-50ml | 99.9% | Details | |||
				![]()  | 
mesh | 0.05-2mm | hole:0.3X0.6mm, 0.5X1mm ............20X40mm  | 
99.9% | Details | ||
				![]()  | 
foam | 0.3-10mm | 100mm | 100mm | Details | ||
		
 
