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Quality Assurance
The company strictly adheres to the GB/T19001 and ISO: 9001 quality management system requirements for production, processing, inspection, and warehousing. The product quality is guaranteed and the after-sales service is perfect.

 

Experience and expertise
We have more than 15 years of experlence, can guarantee the quality of products and services.

 

High-quality service
We deliver high-quality service, ensuring that our clients receive value for their investment.

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Nickel Plate
 

 

What is Nickel Plate

 

 

A nickel plate is a thin, flat metal shape with uniform thickness. Nickel sheets are made from bullets or ingots of pure nickel. They are also made from nickel alloys. Nickel plate are thicker than foil while thinner than nickel plates, varying between 0.006 inches and 0.250 inches.

 

Benefits of Nickel Plate

 

Ductility

One of nickel plate's most important mechanical properties is its ductility. Ductility measures a material's ability to deform under tensile stress. Nickel plate is highly ductile and can easily form into various shapes without breaking.

01

Strength

Another important mechanical property of nickel plate is its strength. Strength measures a material's ability to resist deformation under compressive stress. Nickel plate is relatively strong, meaning it can withstand high levels of compressive force without being permanently deformed.

02

Toughness

Toughness is another important mechanical property of nickel plate. Toughness measures a material's ability to resist fracture under impact loading. Nickel plate is quite tough, meaning it will not easily shatter or break when struck by an object.

03

Corrosion resistance

One of the most important benefits of nickel plate is its corrosion resistance. Nickel is a naturally occurring element resistant to corrosion in both acidic and basic environments. This makes it an ideal material for use in applications requiring corrosion resistance, such as in the chemical industry.

04

Thermal conductivity

Another important property of nickel plate is its thermal conductivity. Thermal conductivity is a measure of a material's ability to conduct heat. Nickel has a relatively high thermal conductivity, effectively transferring heat from one area to another.

05

 

镍板

 

Applications Of Nickel Sheet

Electronics: Nickel plate create electrical components such as batteries, capacitors, and relays. Nickel is a great conductor of electricity, making it the perfect fit for these electronic components. It is also a very corrosion-resistant metal, meaning it can withstand the harsh conditions of electrical components that need a long lifespan.

 

Automotive: Nickel plate are extremely durable and have a high melting point, making them an ideal choice for automotive applications. They are used to produce automobile parts that require strength, such as exhaust systems, catalytic converters, and suspension systems. In addition, nickel is also used to produce batteries for electric or hybrid vehicles.

 

Aerospace: The aerospace industry relies heavily on nickel plate to produce aircraft engines, rocket motors, and other components that must withstand extremely high temperatures. Nickel has a high melting point and can withstand temperatures up to 1,200°c, making it the perfect choice for these applications.

 

Construction: Nickel plate are also used in the construction industry, where they are used to create weather-resistant roofing and cladding systems. Nickel is corrosion-resistant and has excellent heat resistance, making it ideal for outdoor structures. Its malleability and ductility make moulding and shaping into the desired design easy.

 

Medical: Nickel plate are also used in medical applications such as pacemakers, stents, and dental braces. The metal is biocompatible, meaning it is not rejected by the human body when implanted. Nickel's durability, high melting point, and corrosion resistance make it a great choice for creating implantable medical devices.

 

Guide To Choosing The Best Nickel Plate

 

The type of nickel plate
The first factor to consider when choosing a nickel plate for your project is the type of nickel plate. Nickel's popularity has led to the production of different types of sheets to cater to different industrial needs. The common nickel plates available in the market include pure nickel plates, nickel-chromium sheets, nickel-copper alloys, and nickel-iron alloys. The type of sheet will depend on the project's specific requirements.

 

Thickness
The thickness of the nickel plate is another crucial factor to consider. The thickness of the sheet you choose will depend on the project's requirements, such as the level of durability, strength, and corrosion resistance needed. Considering the pressure and exposure the sheet will be subjected to during the project's lifetime is essential. A thicker sheet is often more durable than a thinner one, but it may not be necessary for all projects.

 

Corrosion resistance
One of the primary reasons for choosing these sheets is their excellent corrosion resistance. However, the level of corrosion resistance varies depending on the type of nickel alloy used. Consider the environment the sheet will be exposed to when selecting the best-grade nickel for your project. Pure nickel plates or nickel-copper alloys may be a perfect choice if the project requires high corrosion resistance.

 

Temperature and heat resistance
These sheets are often used in high-temperature applications such as nuclear reactors and gas turbines, where temperatures can reach 1000 degrees celsius. Consider the temperature range to which the sheet will be exposed when choosing the best one for the project. Nickel-iron alloys have the best temperature and heat resistance, making them ideal for high-temperature applications.

 

Formability
Nickel plates are highly formable, meaning they can be easily shaped and bent without losing their physical and chemical properties. The formability of these sheets is crucial in projects that require intricate shapes and designs. Consider the formability of this sheet when choosing the right grade and thickness for the project.

 

 
High Quality Tungshen Wire
 

 

 

What is High Quality Tungshen Wire

High quality tungshen wire is free of scratches, kinks, and distortions insofar as they are harmful to the intended end use of the product. Surface finish is supplied in the black, as drawn, condition, in which drawing lubricants and oxides are retained on the surface.

高品质钨丝

 

 
Benefits of High Quality Tungshen Wire
 
01/

Resistance to high temperatures
Of all metals in their purest form, high quality tungshen wire has the highest melting point (3422°C). This can be hugely beneficial in certain situations (particularly when compared to other more common metals). For example, it makes high quality tungshen wire an excellent material for high-temperature environments – and this is why it is so widely used in the aerospace, automatic and construction industries.

02/

High-density
High quality tungshen wire benefits from a very high density. In fact, at 19.3 g/cm3, it is amongst the highest of all metals, with tungsten's density measuring approximately 19.3 times higher than that of water and 1.7 times higher than that of lead.
As a result of this property, high quality tungshen wire can hold much more weight in a smaller package – and is commonly used for applications were mass is required in small sizes. For example, due to the high density of high quality tungshen wire, it is a fantastic option for making racing car ballast, aircraft ballast and kinetic munitions – which must be small and streamlined, yet capable of transferring lots of energy.

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Low thermal expansion
High quality tungshen wire has the lowest coefficient of thermal expansion of all pure metals. Compared to common manufacturing materials (e.g. steel), this gives it the benefit of added stability under extreme heat. It has a structural solidity unmatched by other metals and is especially useful when rigidity at high temperatures is required – such as in high quality tungshen wire carbide cutting tools or jet engine turbine blades.

04/

Electronic structure
Due to its conductive properties and relative inertness, high quality tungshen wire metal is widely used in the electronics industry and environments involving high levels of radiation. For this reason, along with its very high density, high quality tungshen wire is one of the main sources of metal for X-ray targets and other high-energy radiation shielding – as the relatively inert, very high-density material is difficult for x-rays to penetrate. High quality tungshen wire metal also frequently finds use in electrodes, conductors and metallic films.

05/

Corrosion-resistance
High quality tungshen wire is highly resistant to corrosion and can be used in a range of corrosive environments and outdoor applications. For example, it is particularly useful when prolonged exposure to corrosive substances – such as water, acid, or solvents – is likely.
A commonly-encountered corrosive environment, which many metals are unable to deal with, is a marine environment. Salt water, in particular, is extremely corrosive to many metals. However, when alloyed with other metals, the resistance of high quality tungshen wire metal makes it extremely suited to such a harsh environment, enabling it to be used in shipbuilding, fishing lures and jewellery.

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Strength in fabrication
High quality tungshen wire is an extremely robust metal, with the highest tensile strength of all pure metals. While this can make it brittle under certain circumstances, when it comes to the process of metal fabrication, tungsten's rigidity means that it can be drawn into very thin wires without fracturing.
Perhaps the most obvious example of this is tungsten's use in the context of light bulb filaments. In this particular application, extremely thin wires must be heated to extremely high temperatures, in order to emit light – and tungsten's high melting point is a crucial factor in allowing this to happen.

 

What Are The Main Uses Of High Quality Tungshen Wire?

 

The main uses of high quality tungshen wire – 1. Incandescent lamp
It is mainly used as filament in an incandescent lamp. An incandescent lamp heats a high quality tungshen wire to incandescence by means of heat radiation that emits visible light, and the filament in an incandescent bulb is made of ultra-thin high quality tungshen wire.
The normal working temperature of the lamp reaches more than 2000℃, which is not enough to reach the melting point of the high quality tungshen wire 3370℃, but this high temperature can make a part of the high quality tungshen wire surface atoms evaporate.


The main uses of high quality tungshen wire – 2. Photocopier
It is used as an electrode wire in photocopiers. The main type used is gold-plated high quality tungshen wire, which refers to the high quality tungshen wire coated with a layer of gold. It is a special high quality tungshen wire, and the main purpose of gold plating is to prevent corrosion.
In the surface sense, the gold-plated high quality tungshen wire becomes more beautiful, and the surface is brighter than the wolframite, scheelite, and sprayed high quality tungshen wire. In a deeper sense, the corrosion resistance of gold-plated high quality tungshen wire is much higher than that of ordinary high quality tungshen wire.
In addition to the electrode used in photocopiers, gold-plated high quality tungshen wire can also be used as an ideal corrosion-resistant electron emission material, which can be widely used in scientific research fields such as high-energy physics and meteorology.

 

The main uses of high quality tungshen wire – 3. Hairdryer
It is used as the heater wire of the hairdryer to generate heat and send out hot air. The hairdryer is made up of a group of high quality tungshen wires as a heating wire and a small fan. When electrified, the heating wire will generate heat, and the windblown by the fan will pass through the heating wire and become the hot wind. If only a small fan turns, but the heating wire is not hot, then it will only blow out the wind and not hot.

 

The main uses of high quality tungshen wire – 4. Iodine-tungsten lamp
In addition to a small amount of high quality tungshen wire used as heating materials for high-temperature furnaces, heating elements of electron tubes, and reinforcing bars of composite materials, most of the high quality tungshen wire is used for making various filament of incandescent lamps, iodine tungsten lamps, and electrode of the gas discharge lamp.

 

The main uses of high quality tungshen wire – 5. Charging lighter
It is used as a heating wire for charging lighters. Here, instead of flint and fuel, resistance coils and tiny batteries work in much the same way as cigarette lighters in cars. What's more, the most suitable point for it professionals to sit in front of the computer is that its battery can be charged through the usb port.

 

 
Our Factory
 

 

Shaanxi Yuanzekai Metal Technology has been focusing on the production and sales of high-quality titanium materials, processed products, and equipment in Baoji, China for more than 10 years. We were a small company before, but now we have become one of the leading suppliers in China's titanium industry.

Nowadays, Shaanxi Yuanzekai Metal Technology has become one of the top manufacturers of high-quality titanium materials, products, and equipment. Such as: titanium plates, titanium rods, titanium tubes, titanium wires, titanium flanges, titanium fittings, titanium machined parts, reaction vessels, heat exchangers, etc.

Shaanxi Yuanzekai Metal Technology Co., Ltd. is located in Wenquan Village Industrial Park, High tech Zone, Baoji City, known as the "Titanium Valley". We are a comprehensive enterprise specializing in the processing, production, research and development, and services of rare metals such as titanium, nickel, tungsten, molybdenum, and zirconium. Our clients are spread all over the world.

 

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Our Certificate
 

 

The company strictly adheres to the GB/T19001 and ISO: 9001 quality management system requirements for production, processing, inspection, and warehousing. The product quality is guaranteed and the after-sales service is perfect.

 

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Asked Questions
 

 

Q: How long does a nickel plate last?

A: A good nickel plate finish, properly applied, will last for decades even if the item so plated is kept in constant use…… but it will eventually wear thru if it's handled a lot.

Q: What is nickel plate

A: A nickel plate is a thin, flat metal shape with uniform thickness. Nickel sheets are made from bullets or ingots of pure nickel. They are also made from nickel alloys. Nickel sheets are thicker than foil while thinner than nickel plates, varying between 0.006 inches and 0.250 inches.

Q: Application of nickel sheet

A: They are also used in chemical processing, oil and gas production, and medical equipment such as surgical instruments and prosthetics. The ability of nickel plate to withstand harsh environments has made them an ideal choice for chemical plants and refineries.

Q: Is nickel plate better than stainless steel?

A: First, we tend to compare austenitic nickel plate with general nickel alloys. Because their structure is very similar. Of the two materials, nickel plate can be strengthened by adding more solid solution elements. Therefore its strength tends to be higher than that of austenitic stainless steel.

Q: Is high quality tungshen wire bad conductor of electricity?

A: As tungsten is a metal, it is a good conductor of electricity. Also it is very hard and has very high melting point. Because of its high thermal stability and good conductivity properties it has many uses in electronic devices.

Q: Does high quality tungshen wire rust?

A: Tungsten is very resistant to corrosion at room temperature, but high temperatures can change that. High temperatures can speed up the oxidation process and damage the tungsten.

Q: How strong is high quality tungshen wire?

A: The tensile strength of high quality tungshen wire is extremely high and usually increases as the gauge (diameter) of the wire get smaller. Unalloyed tungsten is often regarded as being very difficult to machine and fabricate. Ulbrich can provide this material down to be . 0005" and with tensile strength over 400 ksi.

Q: At what temperature does tungsten melt?

A: One of tungsten's unique properties is its very high melting point of 3,422°c (6,191.6°f). This is the highest melting point of any metal.

Q: Is high quality tungshen wire brittle?

A: In its raw form, tungsten is a hard steel-grey metal that is often brittle and hard to work. Purified, monocrystalline tungsten retains its hardness (which exceeds that of many steels), and becomes malleable enough that it can be worked easily.

Q: Why does high quality tungshen wire glow?

A: The typical incandescent light bulb contains a thin wire (usually tungsten) called a filament that has a high electrical resistance. This filament gets very hot when an electric current passes through it. The intense temperature makes the filament glow brightly.

Q: Is high quality tungshen wire magnetic?

A: Tungsten magnetic properties have been studied extensively. It is somewhat magnetic or paramagnetic in nature because of unpaired electrons and the realignment of those electron ways as a result of an outside magnetic field. Therefore, it is weakly attracted by magnetic fields.

Q: Does high quality tungshen wire have high resistance?

A: Tungsten does not burn easily at room temperature because it has very high resistivity.

Q: Is high quality tungshen wire bendable?

A: Notably, it is one of the strongest materials ever discovered. Tungsten also offers unrivaled flexibility over radii as small as 1 mm. When you apply a similar tight bending radius to stainless steel cables, they'll likely fail due to bending stresses over numerous cycles.

Q: Why does tungsten turn black?

A: If the tungsten electrode turns from its normal color of light gray to a shade of purple or black, that is an indication to increase post-flow time even more. In addition to causing various weld puddle troubles, contaminated tungsten electrode is also the leading cause of an unstable arc.

Q: Does high quality tungshen wire obey ohm's law?

A: For example, in the case of the filament (tungsten) in the light bulb, as the current increases the temperature will also increase. Therefore in this situation the ohms law cannot be applied. That is tungsten does not obey ohm's law.

Q: Can we use high quality tungshen wire to make an electric circuit?

A: - In summary, tungsten is used in bulbs due to its high melting point, which allows it to function effectively at high temperatures. Conversely, it is not suitable for fuse wires because its high melting point would prevent the wire from melting and protecting the circuit in case of an overload.

Q: Does high quality tungshen wire have high melting point?

A: Tungsten has a high melting point (3380∘C) and becomes incandescent (i.e., emits light at a high temperature) at 2400 K. Because of very high melting point tungsten doesn't melt.

Q: Is high quality tungshen wire magnetic?

A: Tungsten magnetic properties have been studied extensively. It is somewhat magnetic or paramagnetic in nature because of unpaired electrons and the realignment of those electron ways as a result of an outside magnetic field. Therefore, it is weakly attracted by magnetic fields.

Q: Is high quality tungshen wire resistant to electricity?

A: High quality tungshen wire is a poor conductor of electricity even though it is a metal. But at high temperatures, it will conduct electricity. As discussed above, it has a high melting point. Therefore, high temperature doesn't have any bad effect on Tungsten.

We're professional rare metals manufacturers and suppliers in China, specialized in providing high quality customized service. We warmly welcome you to buy rare metals for sale here from our factory. For price consultation, contact us.

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