Copper is not only a metal element, but also a transition element. The chemical symbol is Cu, English copy, atomic number 29. Pure copper is a soft metal. When the surface is just cut, it is red orange with metallic luster, and the simple substance is purplish red…
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Copper is not only a metal element, but also a transition element. The chemical symbol is Cu, English copy, atomic number 29. Pure copper is a soft metal. When the surface is just cut, it is red orange with metallic luster, and the simple substance is purplish red…
【MORE】
Copper is not only a metal element, but also a transition element. The chemical symbol is Cu, English copy, atomic number 29. Pure copper is a soft metal. When the surface is just cut, it is red orange with metallic luster, and the simple substance is purplish red…
【MORE】
Copper is not only a metal element, but also a transition element. The chemical symbol is Cu, English copy, atomic number 29. Pure copper is a soft metal. When the surface is just cut, it is red orange with metallic luster, and the simple substance is purplish red…
【MORE】
Copper is not only a metal element, but also a transition element. The chemical symbol is Cu, English copy, atomic number 29. Pure copper is a soft metal. When the surface is just cut, it is red orange with metallic luster, and the simple substance is purplish red.…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high.…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high.…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high.…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high.…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high.…
【MORE】
Because of the active reaction between tantalum and oxygen, tantalum workpieces must avoid heat treatment in an atmosphere even in the presence of a little air. Therefore, almost all annealing is carried out in a high vacuum, and the air tightness of the heating furnace must be very high.…
【MORE】
1. Be able to control the ratio of anode to cathode. 2. The anode has good solubility and produces less anode mud. 3. It is convenient to load or supplement anode materials. …
【MORE】
1. Be able to control the ratio of anode to cathode. 2. The anode has good solubility and produces less anode mud. 3. It is convenient to load or supplement anode materials. …
【MORE】
1. Be able to control the ratio of anode to cathode. 2. The anode has good solubility and produces less anode mud. 3. It is convenient to load or supplement anode materials. …
【MORE】
1. Be able to control the ratio of anode to cathode. 2. The anode has good solubility and produces less anode mud. 3. It is convenient to load or supplement anode materials. …
【MORE】
1. Be able to control the ratio of anode to cathode. 2. The anode has good solubility and produces less anode mud. 3. It is convenient to load or supplement anode materials. …
【MORE】
1. Product Name: niobium circle produced by the manufacturer pure niobium circle forged niobium circle
2. Process: forging and rolling
3. Brand: r04200, NB1
4. Purity: 99.95% pure niobium…
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1. Product Name: niobium circle produced by the manufacturer pure niobium circle forged niobium circle
2. Process: forging and rolling
3. Brand: r04200, NB1
4. Purity: 99.95% pure niobium…
【MORE】
1. Product Name: niobium circle produced by the manufacturer pure niobium circle forged niobium circle
2. Process: forging and rolling
3. Brand: r04200, NB1
4. Purity: 99.95% pure niobium…
【MORE】
1. Product Name: niobium circle produced by the manufacturer pure niobium circle forged niobium circle
2. Process: forging and rolling
3. Brand: r04200, NB1
4. Purity: 99.95% pure niobium…
【MORE】
1. Product Name: niobium circle produced by the manufacturer pure niobium circle forged niobium circle
2. Process: forging and rolling
3. Brand: r04200, NB1
4. Purity: 99.95% pure niobium…
【MORE】
The main purpose of hafnium block is to make control rods for nuclear reactors. Pure hafnium is an important material in atomic energy industry because of its plasticity, easy processing, high temperature resistance and corrosion resistance.…
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Physical properties of cobalt: cobalt is a shiny steel gray metal with melting point of 1493 ℃ and specific gravity of 8.9. It is relatively hard and brittle. Cobalt is ferromagnetic and is similar to iron and nickel in hardness, tensile strength, machinability, thermodynamic properties and electrochemical behavior. When heated to 1150 ℃, the magnetism disappears.…
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Physical properties of cobalt: cobalt is a shiny steel gray metal with melting point of 1493 ℃ and specific gravity of 8.9. It is relatively hard and brittle. Cobalt is ferromagnetic and is similar to iron and nickel in hardness, tensile strength, machinability, thermodynamic properties and electrochemical behavior. When heated to 1150 ℃, the magnetism disappears.…
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The common codes of pure aluminum plate series are 1050, 1060 and 1100. In all aluminum plate series, pure aluminum plate series belongs to the series with the most aluminum content.…
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The common codes of pure aluminum plate series are 1050, 1060 and 1100. In all aluminum plate series, pure aluminum plate series belongs to the series with the most aluminum content.…
【MORE】
The common codes of pure aluminum plate series are 1050, 1060 and 1100. In all aluminum plate series, pure aluminum plate series belongs to the series with the most aluminum content.…
【MORE】
The common codes of pure aluminum plate series are 1050, 1060 and 1100. In all aluminum plate series, pure aluminum plate series belongs to the series with the most aluminum content.…
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High purity metal vanadium sheet, 4n-6n, silver color, particle sheet, superalloy suitable for aviation and cosmic atomic industry, development of new alloys, electronic materials and components, analytical standard samples, etc.…
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High purity metal vanadium sheet, 4n-6n, silver color, particle sheet, superalloy suitable for aviation and cosmic atomic industry, development of new alloys, electronic materials and components, analytical standard samples, etc.…
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High purity metal vanadium sheet, 4n-6n, silver color, particle sheet, superalloy suitable for aviation and cosmic atomic industry, development of new alloys, electronic materials and components, analytical standard samples, etc.…
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Titanium tube has the advantages of light weight, high strength and superior mechanical properties. It is widely used in heat exchange equipment, such as tubular heat exchanger, coil heat exchanger, coil heat exchanger, condenser, evaporator and transmission pipeline. Many nuclear power industries take titanium tubes as the standard tubes for their units.…
【MORE】
Titanium tube has the advantages of light weight, high strength and superior mechanical properties. It is widely used in heat exchange equipment, such as tubular heat exchanger, coil heat exchanger, coil heat exchanger, condenser, evaporator and transmission pipeline. Many nuclear power industries take titanium tubes as the standard tubes for their units.…
【MORE】
Titanium tube has the advantages of light weight, high strength and superior mechanical properties. It is widely used in heat exchange equipment, such as tubular heat exchanger, coil heat exchanger, coil heat exchanger, condenser, evaporator and transmission pipeline. Many nuclear power industries take titanium tubes as the standard tubes for their units.…
【MORE】
Molybdenum wire is a kind of consumable made of precious metals such as molybdenum, which is continuously moving with high-voltage electric field to cut the workpiece in WEDM, that is, the continuously moving fine wire in WEDM is called electrode wire (also known as electrode), which can carry out pulse spark discharge erosion and metal forming. …
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Molybdenum wire is a kind of consumable made of precious metals such as molybdenum, which is continuously moving with high-voltage electric field to cut the workpiece in WEDM, that is, the continuously moving fine wire in WEDM is called electrode wire (also known as electrode), which can carry out pulse spark discharge erosion and metal forming. …
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There are two forms of tungsten, α and β. At standard temperature and atmospheric pressure, α - type is a stable bcc structure. β - type tungsten can only appear in the presence of oxygen. It is stable below 630 ℃ and converted to α - tungsten above 630 ℃, and this process is irreversible.…
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There are two forms of tungsten, α and β. At standard temperature and atmospheric pressure, α - type is a stable bcc structure. β - type tungsten can only appear in the presence of oxygen. It is stable below 630 ℃ and converted to α - tungsten above 630 ℃, and this process is irreversible.…
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There are two forms of tungsten, α and β. At standard temperature and atmospheric pressure, α - type is a stable bcc structure. β - type tungsten can only appear in the presence of oxygen. It is stable below 630 ℃ and converted to α - tungsten above 630 ℃, and this process is irreversible.…
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Tungsten wire is usually drawn by various drawing dies. The main purpose is to manufacture filament and high speed cutting alloy steel, also used in optical instruments, chemical instruments and other aspects of the role.…
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Supply status: sintered or processed
Executive standard: GB / T 4187-1984 (tungsten rod) ASTM f288-90
Size range: Φ (6.0 ~ 200) mm × Φ (3.0 ~ 180) mm × (50 ~ 400) mm special specification tungsten tube is designed and produced according to customer's demand.…
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Tungsten crucible is one of the metal tungsten products, mainly divided into sintering molding (applied to powder metallurgy technology), stamping molding, spinning type.…
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Tungsten crucible is one of the metal tungsten products, mainly divided into sintering molding (applied to powder metallurgy technology), stamping molding, spinning type. …
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Tungsten crucible is one of the metal tungsten products, mainly divided into sintering molding (applied to powder metallurgy technology), stamping molding, spinning type. …
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Tungsten boat can also be called evaporation tungsten boat or coating tungsten boat. It is formed by high temperature stamping of tungsten sheet, including stamping boat and folding boat.…
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Tungsten boat can also be called evaporation tungsten boat or coating tungsten boat. It is formed by high temperature stamping of tungsten sheet, including stamping boat and folding boat.…
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Tungsten boat can also be called evaporation tungsten boat or coating tungsten boat. It is formed by high temperature stamping of tungsten sheet, including stamping boat and folding boat. …
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Properties of titanium elbow
It has excellent strength, hardness, low density, light weight, high temperature resistance, low temperature resistance, good machining performance and excellent corrosion resistance.…
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Properties of titanium elbow
It has excellent strength, hardness, low density, light weight, high temperature resistance, low temperature resistance, good machining performance and excellent corrosion resistance.…
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Properties of titanium elbow
It has excellent strength, hardness, low density, light weight, high temperature resistance, low temperature resistance, good machining performance and excellent corrosion resistance.…
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Purity is one of the main performance indicators of the target, because the purity of the target has a great impact on the performance of the film.…
【MORE】
Purity is one of the main performance indicators of the target, because the purity of the target has a great impact on the performance of the film.…
【MORE】
Purity is one of the main performance indicators of the target, because the purity of the target has a great impact on the performance of the film.…
【MORE】
According to the different use requirements and performance, titanium pipes are subject to two national standards: GB / t3624-2010, GB / t3625-2007, ASTM b337 338
Supply brand: TA0, TA1, TA2, ta9, TA10, bt1-00, bt1-0, GR1, Gr2…
【MORE】
According to the different use requirements and performance, titanium pipes are subject to two national standards: GB / t3624-2010, GB / t3625-2007, ASTM b337 338
Supply brand: TA0, TA1, TA2, ta9, TA10, bt1-00, bt1-0, GR1, Gr2…
【MORE】
According to the different use requirements and performance, titanium pipes are subject to two national standards: GB / t3624-2010, GB / t3625-2007, ASTM b337 338
Supply brand: TA0, TA1, TA2, ta9, TA10, bt1-00, bt1-0, GR1, Gr2…
【MORE】
Coating target is a kind of sputtering source to form various functional films on the substrate by magnetron sputtering, multi arc ion plating or other types of coating system under appropriate process conditions.…
【MORE】
Coating target is a kind of sputtering source to form various functional films on the substrate by magnetron sputtering, multi arc ion plating or other types of coating system under appropriate process conditions. …
【MORE】
Coating target is a kind of sputtering source to form various functional films on the substrate by magnetron sputtering, multi arc ion plating or other types of coating system under appropriate process conditions. …
【MORE】
Material: N6
Standard: Hg / t20592
Physical properties and application scope of nickel flange:
1. Alkali industry. Chlor alkali chemical industry and production of organic chlorides.
2. Food processing industry. High temperature halogen and salt corrosion environment.
3. Water treatment. All kinds of strong alkali resistant equipment.…
【MORE】
Material: N6
Standard: Hg / t20592
Physical properties and application scope of nickel flange:
1. Alkali industry. Chlor alkali chemical industry and production of organic chlorides.
2. Food processing industry. High temperature halogen and salt corrosion environment.
3. Water treatment. All kinds of strong alkali resistant equipment.…
【MORE】
Material: N6
Standard: Hg / t20592
Physical properties and application scope of nickel flange:
1. Alkali industry. Chlor alkali chemical industry and production of organic chlorides.
2. Food processing industry. High temperature halogen and salt corrosion environment.
3. Water treatment. All kinds of strong alkali resistant equipment.…
【MORE】
Coating target is a kind of sputtering source to form various functional films on the substrate by magnetron sputtering, multi arc ion plating or other types of coating system under appropriate process conditions.…
【MORE】
Coating target is a kind of sputtering source to form various functional films on the substrate by magnetron sputtering, multi arc ion plating or other types of coating system under appropriate process conditions.…
【MORE】
Coating target is a kind of sputtering source to form various functional films on the substrate by magnetron sputtering, multi arc ion plating or other types of coating system under appropriate process conditions.…
【MORE】
Nickel wire is a kind of metal wire, which has good mechanical strength, corrosion resistance and high heat resistance strength. It is suitable for making vacuum devices, electronic instrument components, and screen for chemical production of strong alkali.…
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Nickel wire is a kind of metal wire, which has good mechanical strength, corrosion resistance and high heat resistance strength. It is suitable for making vacuum devices, electronic instrument components, and screen for chemical production of strong alkali.…
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Nickel wire is a kind of metal wire, which has good mechanical strength, corrosion resistance and high heat resistance strength. It is suitable for making vacuum devices, electronic instrument components, and screen for chemical production of strong alkali.…
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