lithium

Tungsten Disulfide WS2 as Battery Material

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The introduction of sodium batteries is expected help alleviate current limitations of lithium resource scarcity on rapid development of new energy industry.
The lithium-ion battery is an essential raw material for the development of energy devices and achieving the goal to be carbon neutral. However, it’s difficult at the moment to make the capital investments in the raw material ends to meet rapidly increasing energy demand. Additionally, there is a clear structural imbalance in investment in the lithium electric sector chain which leads to rising prices for lithium raw materials.

sodium cells entered the field of vision. As an energy material, sodium is abundant in nature. It also has high capacity and high rate performance which can compensate for the limitations of lithium-ion cells in the current energy storage area. Despite the fact that sodium battery is more expensive than lithium battery because of its smaller supply chain, sodium battery with mature technology will still be an effective replacement for lithium battery. In fact, it can even be used to develop new energy fields with lithium battery.



Tungsten Disulfide will also benefit from increased market replenishment as a potential material for batteries.
Tungsten dioxide is a layered metal with remarkable surface effect, electron fluidity. The material also has high thermochemical stability and high density electron states. It has been used extensively in sodium and lithium storage. As an example, nanocomposites that are used as conductive additions or graphene-composite as anode for batteries can have a higher specific capacity and discharge rate than single components WS2 and C.

Graphene, a novel anode material, has been a focus of energy storage researchers for many years. It is a versatile anode material with many advantages such as high electrical and thermal conductivity, large specific surface area and so forth. Although it is an energy storage medium, it does not compensate for its own flaws. For example, the material is susceptible to structural collapse during a long cycle which could lead to a substantial decrease in battery power. Graphene, WS2 and other nanomaterials can be used to compensate for the graphene’s weaknesses.
A good choice for batteries is generally tungsten disulfide.

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What is Lithium Stearate?

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What is lithium-stearate? lithium stearate (C17H35COOLi) is a lithium salt stearic acid. It is one of the most popular metal soaps. This is a colorless and almost insoluble powder that melts in water and alcohol at 220 degrees Celsius. It is used mainly in the manufacture of greases and waxes. The resulting grease is stable at temperatures upto 150°C and can be lubricated even down to -20°C. This was the largest use of lithium metal before the invention of lithium-ion cells.
For pencils, small amounts of lithium Stearate can be used. This compound is very toxic when given orally. It is therefore used in cosmetics.

What purpose is lithium stearate useful for?
It is used as an all-purpose grease to offer high water resistance. Lithium Stearate is used in many industries. This includes the automotive industry, the heavy machinery industry, and the aerospace industry. The general-purpose grease lithium stearate also serves as a stabilizer in cosmetics and plastics. This compound is also a corrosion inhibitor in petroleum because of its properties.

Here are some applications for lithium stearate.
It can be used to thicken natural and synthetic oils.
It makes it possible to make lightweight metal molds.
It is a thicker, finer grease that is ideal for high-temperature applications.
It can raise the melting point of microcrystalline wax and increase its elasticity.
It is more resistant than other sodium and potassium soaps to losing consistency because of its higher melting point (22°C vs 140°C).
It resists corrosion and rust well.
Lithium stearate is water-repellent but works well in all other types of environments.
This sealant is excellent.

What is lithium grease?
The invention of lithium grease occurred in the 1940s. It is made of lithium hydroxide reacting in fatty acids. Modern lithium soaps are made from 12HSA (or triglyceride), and lithium hydroxide monohydrate in base liquid.
Grease is one the oldest lubricants that humans have used, dating back to 1400BC. Grease is a lubricant that reduces friction and acts as a seal. More than 90% use grease as alubricant.
It could be either mineral oil, synthetic fluid, or a combination of both. There are many fats that can be used to make lithium soap. The preferred oils are 12HSA (12hydrogenated castor olive oil) and HCO (12hydrogenated coconut oil). Perhaps the most versatile multi-purpose grease ever invented is lithium 12-hydroxy stearate grease.
The water resistance of lithium grease is excellent (not as good than calcium), and it has excellent mechanical or thermal stability. The continuous operating temperature is 130degC (266degF), with a drop point of between 190 and 200degC. It is the most preferred bearing grease in almost every industrial field.

Lithium Stearate powder price
Price is affected by many factors, including supply and demand in a market, industry trends and economic activity.
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Lithium Stearate Pulverizer
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What is lithium nitride and its application?

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What is lithium nitride? Lithium-nitride This is a metallic nitrogen compound with a molecular structure of Li3N. It is a purple or red crystalline liquid with a light green color in reflected and a ruby-colored in transmitted light. The lithium carbonate will eventually form if exposed to the air for long enough. The basic metal nitrides are very difficult to chemistry. Of all the binary compounds, lithium nitride has the best stability and is easy to prepare.
At room temperature, metallic lithium can partially produce lithium nitride if it is exposed to the air. In a nitrogen stream, lithium nitride is produced by lithium. It’s about 10-15 times quicker than in the atmosphere. All of the lithium is converted to lithium Nitride at this point. It is much more difficult for other alkali elements to form nitrides than this property. The only way to prepare sodium nitrite is by heating it slightly and deposition on sapphire using the atomic beam at low temperatures. It is easy to hyrolyze lithium nitride to make ammonia and lithium hyroxide. It is important to keep lithium nitride in an inert environment (such as nitrogen).
Preparation for Lithium Nitride
You can make lithium nitride by directly reacting elemental nitro and lithium. It is typically made by burning lithium in pure oxygen. This is the best method to prepare lithium Nitride in the lab or in industry. The most commonly used methods. You can also pass nitrogen into liquid sodium dissolved together with metallic lithium. This produces a lithium nitride that is higher in purity.


Application of Lithium Nitride
Solides
Lithium-nitride has a high conductivity and is a good ion conductor. Numerous studies have been conducted on lithium nitride in the field of solid electrodes and cathodes for batteries.
Preparation and use of cubic boron nutride
Apart from being a solid electrolyte lithium nitride also acts as a catalyst for the conversion hexagonal to cubic boron nutride.
Electron injection layer for the organic light emitting device
Lithium nitride, or Li3N, is used as a dopant in the Alq3 layer. This electron transport material improves the OLED device’s performance. Literature has shown that Li3N can act as a buffer between the electron injection and the cathode layers to increase the device’s performance.

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What is Lithium 12-hydroxystearate?

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What exactly is Lithium-12hydroxystearate and its chemical formula ? Lithium-12hydroxystearate’s chemical formula , is C18H35LiO3. This compound is known as lithium soap. The term “soap”, in chemistry refers to the salts of essential fatty acids. The white solid Lithium-12-hydroxystearate can be described as a liquid.
Lithium soap plays a crucial role in many greases. For the production of lithium-based grease thicknesseners, Lithium 12-hydroxystearate is widely accepted as the best fatty acid. Grease prepared from this acid is usually creamy and has a buttery texture.

How is Lithium-12-hydroxystearate Useful?
The thickener/gelling agent for lubricating oil is lithium 12-hydroxystearate.
High oxidation stability and a drop point around 200°C make lithium 12-hydroxystearate a very good choice. Lithium stearate is the main ingredient in most greases that are used for aircraft, heavy machinery and motor vehicles. Other greases can be made with sodium, barium or lithium soaps. The water resistance and oxidation stability of lithium soap-based grease are reasons why it is so popular. The greases can perform at either high or low temperatures depending on their difference.

How can you produce Lithium-12-hydroxystearate
To produce lithium 12 hydroxystearate, lithium hydroxide (and fatty acid) are mixed in an aqueous media. With vigorous stirring, dilute lithium hydroxide monohydrate slowly is added to fatty oil dispersions. The water temperature will be lowered to slightly below boiling point. Spray drying is the best way to collect these lithium soaps, as they can’t be filtered easily. Lithium 12-hydroxystearate can be used in synthetic oils like silicone oil or ester oil. They are more stable and perform better at extreme temperatures than synthetic oils.

The hydrogenation and reduction of castor oil yields 12 hydroxystearic. The primary reactions leading to double bond saturation have been completed. After that, the secondary reactions lead to the reduction and dehydration of hydroxyls groups. A mixture of 12-hydroxystearic and stearic acids is formed when hydrogenated castor oil is used.

Prices for Lithium 12hydroxystearate
Price is affected by many things, such as the demand and supply in the market and industry trends. Economic activity. Unexpected events.
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Lithium-12-hydroxystearate Provider
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What is lithium stearate used for?

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What exactly is lithium stearate and how does it work? The lithium salt of the stearic acid is what lithium stearate looks like. It is made up of lithium hydroxide, cooking butter and other animal fats.
It can be used to grease general purpose machinery and is highly resistant to water. The versatility of lithium stearate allows it to be used at low and high temperatures. This makes it a versatile product that can be used in many different industries. It is used both as a general-purpose grease in cosmetics, and also as a plastics stabilizer. This compound is also able to be used in the petroleum industry as a corrosion inhibitor.

How is lithium-stearate used?
It is also useful as an oil thickener in both synthetic and natural oils.
It’s a great advantage in the manufacturing of light metal molds.
It’s a richer grease that is highly suitable for use at very high temperatures.
It may increase the melting temperature and improve the elastic properties of microcrystalline wax.
Because of its higher melting point (22 degC, compared to 140 degC), lithium stearate has a greater resistance against consistency loss.
You will be amazed at its anti-corrosion and anti-rust capabilities.
Lithium stearate is water-resistant, but it works best in different environments.
It is a fantastic sealant.

What does lithium soap mean?
The fatty acid salt lithium 12-hydroxystearate can also be called “lithium soap”. It’s the most commonly used soap to stabilize or thicken grease. Most soaps with lithium salts work better than those that contain other counterions like sodium, calcium, and barium.

Lithium Stearate Pricing
Price is affected by many things, such as the demand and supply in the market and industry trends. Economic activity and market sentiment are also important.
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Lithium Stearate Supply
Technology Co. Ltd. (), is a trustworthy Lithium Stearate Manufacturer, and Lithium Stearate Supplier. They have more than 12 years experience. All of our products can be shipped worldwide.

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What is lithium sulfide and its application?

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What is lithium sulfide and how can it be used? Lithium Sulfide It is a yellow to white crystal with an inverse fluorite arrangement. Li2S, which is a lithium sulfide, is the molecular formula. The molecular mass of lithium sulfide (45.95) is equal to 1.66. The melting point for lithium sulfide at 938degC is 1372degC. Lithium sulfide can be easily dissolved in water, ethanol and solubles in acid. It is also insoluble in alkali. Rechargeable lithium-ion batteries can use lithium sulfide as an electrolyte.
Lithium sulfide’s physical and chemical characteristics
Physical properties
You can find white or yellow crystals.
Features an anti-fluorite design
The specific gravity is 1.66 (water = 1); the melting point at 938degC is 938degC and the boiling point at 1372degC are both 1.66.
Water soluble, soluble, ethanol soluble, soluble, acid soluble, insoluble, alkali insoluble.
Chemical nature
Lithium sulfide is able to absorb water vapor from the air and hyrolyzes, releasing highly poisonous hydrogen sulfide.
Separating lithium sulfide with acid can liberate hydrogen sulfuride. It can also react violently to nitric acids, but it can only be decomposed by heating it. Hydrobromic acid or hydroiodic can do this. It reacts slowly and violently with concentrated sulfuric, but not with dilute. When heated to around 300°C in air, it becomes oxidized by oxygen but doesn’t produce sulfur dioxide. Instead, it produces lithium sulfate.

Preparation for lithium sulfide
You can prepare lithium sulfide in a number of ways. The preparation of lithium sulfide was possible in the past by heating sulfur and lithium together. In order to produce lithium sulfide, carbon or hydrogen were used under heat to reduce the lithium-sulfate. It was later discovered that lithium and sulfur could act together in liquid ammonia. Or, lithium ethoxide may decompose lithium hydrosulfide’s ethanol adduct to create lithium sulfide. Some people then combined hydrogen sulfide with lithium pentoxide in order to first prepare lithium hydrogen, sulfide. Next, the vacuum heating was used to decompose lithium hydrogen, sulfide.
Anhydrous lithium sulfide is a high-quality product that can be made by reacting metallic lithium and hydrogen sulfide with tetrahydrofuran.
Application of lithium sulfide
Lithium sulfide is mostly used as an electrolyte in rechargeable lithium ion batteries.
Precautions and storage of lithium sulfide
Lithium Sulfide is able to absorb water vapor from the air and hyrolyzes it, releasing highly toxic hydrogen sulfuride gas. It must be kept at room temperatures in a dry, dark area.
Hydrogen sulfuride can cause slight harm to water bodies. Do not expose large amounts or undiluted products to groundwater or sewers.
The irritation from lithium sulfide
The skin: Itching of the skin and mucous membranes
Irritation: The effects above the eyes
Sensitization: There is no known sensitization

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Modification of Natural Graphite and Artificial Graphite

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The difference in processing technology and raw materials will determine the final product. graphite powder Natural graphite is separated from artificial graphite. Graphite is an ideal anode for lithium-ion batteries because of its low lithium cost and high efficiency.

Analyse of natural graphite

Natural flake graphite can be used to make natural graphite. It is then modified to produce spherical natural Graphite. However, natural graphite has many disadvantages.
Natural graphite exhibits many defects on the surface, large surface areas and low efficiency.

PC-based electrolytes can cause serious problems such as solvated lithium Ion co-embedding. This leads to graphite peeling and expansion, and ultimately, battery performance failure.

The anisotropy of natural graphite means that lithium ion is difficult to embed from the end faces. It also makes it easy for lithium ions to be precipitated. Artificial graphite generally contains dense petroleum coke, needle coke, or other precursors. However, there are some issues such as poor magnification, poor low-temperature performance, and easy separation of lithium.

Modifications to natural graphite

Different surfactants were applied to the graphite to fix its surface imperfections and toler electrolyte well.

To improve magnification of natural graphite, the first step is to modify the surface of the pores and to increase micropores as well as the lithium intercalation pathway on the graphite. After etching with strong alkali (KOH), the high temperature oxygen-free environment sintering process has been completed.

You can also use strong oxidants to treat the surface of graphite. This will passivate it and make natural graphite more efficient.

Third, fluorinate natural graphite by using ClF3. Effectively, the cycle life and charge/discharge ratio are improved.

The amorphous graphite can also be coated to form “coreshell” structures. The carbon source for amorphous Carbon is typically pitch, phenolic or other low-temperaturepyrolytic carbon materials. Because of the long distance between carbon layers, the presence of a carbon coating can reduce interfacial impedance and isolate electrolyte from the particles. Enhance the intercalation or diffusion of lithiumion.

To solve the anisotropy problem in natural graphite, mechanical treatments are often employed to shape the particle morphology. An air flow shaping device uses wind to create particles that rub against each others and to cut corners. The method doesn’t introduce any doping impurities. However, this will result in the pulverization a large amount of particles with low yield.

Mechanical fusion machines use the material to spin at high speeds in a rotor. The material clings on to the wall with the help of centrifugal force and then passes between the stator extrusionhead and the rotor at high velocity. This is when the material will be subject to extrusion force and shear pressure. To achieve the goal of spheroidization, the surface is subject to the friction between particles and other particles.

Natural graphite’s particle sizes are reduced to 15-20 mm after the spheroidization process. The first efficiency and performance of the cycles is clearly improved. Magnification performances can also be greatly enhanced.

Modifications to Artificial Graphite

Modifications of artificial graphite. The modification process of artificial graphite has a different structure than that of natural graphite. The organization of particles can reduce graphite’s OI value (position degree) generally. A needle coke precursor of 8-10mm in diameter is chosen. The carbon source for the binder is typically made from easily graphitized materials like asphalt. A number of needle coke particles can be bonded using drum furnace treatment. The secondary particles, with a size of between 14-18mm, are used for graphitization. This will reduce the Oi values of the material.

Graphite Powder Pricing

Price is affected by many things, such as the demand and supply in the market and industry trends. Economic activity. Unexpected events.
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Graphite Pulver Supplier

Technology Co. Ltd. has over 12 years of experience as a reliable natural graphite supplier and manufacturer. All of our products can be shipped worldwide.

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Lithium stearate is used as a high-temperature lubricant.

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What exactly is lithium-stearate? It’s also known by the name lithium octadecate. This white powdery compound is stable at low temperatures and high pressure. Water and ethanol are slightly more solubiles than stearate. Ethanol solubility in water is 0.04g/100ml. Stearic acid and its corresponding lithium salts are formed when strong acids break down. They are insoluble when ethyl alcohol, mineral oil. They are formed in mineral oil as colloids.
Specifications of lithium Stearate
1.Full lubrication can be maintained with no additives, curing or coking.
2. Extreme pressure resistance and high bearing capacities can help reduce wear over the long term.
3. High oxidation stability, resistance to rust, water and low temperature fluidity.
4. Longer service lives can be achieved than other products of similar temperature by increasing the number of times.

The preparation method for lithium-stearate
10g of stearic Acid was dispersed in 100mL 95%ethanol. Next, it was titrated using 0.5mol/L Lithium Hydroxide Ethanol Solution (if the lithium hydroxide solution is not fully soluble in ethanol then water can also be added). Phenolphthalein was used to indicate. Once the reaction had reached an equivalent level, the precipitated sodium stearate soot was removed and filtered. You can make a purified product by adding 95% of ethanol to the crude product.
As a high temperature lubricant, lithium stearate can be used.
This grease can be used for multipurpose purposes, including equipment operating at high temperatures, medium speed and heavy load, as well as the lubrication and maintenance of many rolling parts such: fan bearing, fan bear bearing, flat bearing, printing lift bearing and pressure roller bearing.
Other uses of lithium-stearate
You can use lithium stearate as a heat stabilizer to protect transparent products. This product has excellent transparency and doesn’t leave behind a white cloud when combined with a plasticizer made from phthalic acid. Lithium Stearate has a lower melting point than most other stearates. It also melts easily in ketones so that it is less affected by the embodying process. The non-toxic alternative to barium soap or lead soap is lithium stearate. The phosphatidic acid polymerizers can be mixed with lithium stearate. You can use lithium stearate as an external oil lubricant for nylon, hard polyvinylchide, and phenolic resin (maximum dose 0.6). Additionally, lithium stearate has the ability to be used for anti-seepage and waterproof constructions.
Lithium stearate price
Many factors affect the market prices of lithium-stearate powder. The market price of lithium stearate powder is changing rapidly at the moment. You can contact us anytime if you require it.
Supplier of lithium stearate
Advanc3dmaterials (aka. With over 12 years’ experience, Advanc3dmaterials is an established global supplier of high-quality chemical materials and Nanomaterials. Our company currently has a number of products. We produce high quality lithium stearate with fine particles and very low levels of impurity. To get the current price for, send us an email.


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Lithium Nitride Li3N Powder CAS 26134-62-3

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About Lithium Nitride Li3N Powder:
Li3N compound name is lithium nitride. Lithium nitride is a fast ionic conductor, and its conductivity is higher than other inorganic lithium salts. Many studies have focused on the application of lithium nitride as a solid electrode and cathode material for batteries. What is the correct name for Li3N? Lithium nitride is the correct name for Li3N, which means that the lithium nitride formula is Li3N.
As a fast ion conductor material, it should have a higher decomposition voltage, lower electronic conductivity, higher ionic conductivity, and better chemical stability. Does lithium nitride burn in the air? Lithium is unique in the Group because it also reacts with the nitrogen in the air to form lithium nitride. Lithium burns with a strongly red-tinged flame if heated in the air. For the record, it also reacts with the nitrogen in the air to give lithium nitride. Many lithium fast-ion conductors have the above characteristics and can be used to manufacture all-solid-state batteries with excellent performance, as the power source for calculators, camera flashes, electronic watches, and more and more electronic equipment and electronic products; it can also be used to manufacture special Ion equipment.
What type of bond is lithium nitride? Ionic bond: This is how the ionic bond forms in Lithium Nitride (Li3N). Is Li3N ionic or covalent? Lithium nitride is an ionic compound. The electronegativity of Li is 0.98 and nitrogen is 3.04. People have imagined using lithium fast ion conductor materials to build large energy storage (electric) energy reactors. When the peak hours of electricity consumption in big cities are late at night, the excess electricity can be changed into energy storage stations. During the peak period of power consumption, continuously supply power to the grid. Because of the broad application prospects of lithium fixed ion conductors, people have aroused great interest. In order to find better lithium fixed ion conductors, people have conducted extensive and in-depth research work. Rmcplant is a trusted global Lithium Nitride Li3N Powder supplier. Feel free to send an inquiry about the latest price of Lithium Nitride at any time. 

How is Lithium Nitride Li3N Powder Produced?
Lithium nitride was first discovered at the end of the 19th century and can be easily prepared by a combination of elements. In 1935, Zintl and Brauer first determined the hexagonal structure of lithium nitride crystals. 2 is the charge of lithium nitride. In 1976, Rabenau and Schultz used single-crystal X-ray diffraction (XRD) to redefine this structure.
The research on the reaction between lithium nitride and hydrogen began in the early 20th century. Dafert and Miklauz discovered that lithium nitride and hydrogen react at 220-250°C to form a substance with a composition of “Li3NH4”. They continue to heat the substance and decompose it into “Li3NH2” components in higher temperature (> 700°C) substances and hydrogen. Later, they, together with Ruff and Georges, discovered that the “Li3NH4” was Li2NH + LiH, and the “Li3NH2” was LiNH2 + 2 LiH.
Today, lithium nitride has been used in many fields. The ion polarization model can reasonably explain the catalytic effect of Li3N under normal pressure and high temperature and its role as nitrogen source in the solvothermal method.
Li3N prepared by reacting lithium metal with N2 at 500°C is a good catalyst for the synthesis of cBN at high temperature and high pressure. It can also catalyze the formation of hBN under normal pressure and high temperature and can be used as a solvothermal method to synthesize hBN with cBN nitrogen source.
 
Applications of Lithium Nitride Li3N Powder:
Lithium Nitride is a brownish-red, lump-shaped solid or a sand-like powder. It is used as a reducing agent. What is lithium nitride used for? Lithium nitride can be applied in different fields:
1. Solid electrolyte
Lithium nitride is a fast ionic conductor, and its conductivity is higher than other inorganic lithium salts. Many studies have focused on the application of lithium nitride as a solid electrode and cathode material for batteries.
As a fast ion conductor material, it should have higher decomposition voltage, lower electronic conductivity, higher ionic conductivity, and better chemical stability. Many lithium fast-ion conductors have the above characteristics and can be used to manufacture all-solid-state batteries with excellent performance, as the power source for calculators, camera flashes, electronic watches, and more and more electronic equipment and electronic products; it can also be used to manufacture special Ion equipment.
People once imagined using lithium fast ion conductor materials to build large energy storage (electric) energy reactors. When the peak hours of electricity consumption in big cities are late at night, the excess electricity can be changed into energy storage stations. During the peak period of electricity consumption, power is continuously supplied to the grid. Because of the broad application prospects of lithium fixed ion conductors, people have aroused great interest. In order to find better lithium fixed ion conductors, people have conducted extensive and in-depth research.
2. Preparation of cubic boron nitride
In addition to being used as a solid electrolyte, lithium nitride is also an effective catalyst for converting hexagonal boron nitride into cubic boron nitride.
In 1987, Japanese scholars obtained an N-type cBN single crystal with a diameter of 2 mm and an irregular shape by seeding Si under ultra-high pressure and high-temperature conditions, and then grew a Be-doped P-type single crystal on it. Through the secondary high-pressure cBN single crystal on the crystal surface, the cBN uniform PN junction is finally obtained by cutting and grinding.
China has similar synthesis experiments. The experiment was done on the domestic DS-029B six-sided top press. In order to study the effect of catalysts/additives on the shape of cBN samples synthesized under high pressure, this experiment used self-made lithium nitride Li3N and lithium hydride LiH as catalysts, and used hBN with a purity of 99% as starting materials. , And a commercially available 99% purity lithium amide LiNH2 additive.
In addition to the above experiments, on the basis of the traditional phase change method, cubic boron nitride was synthesized by adding different additives with lithium nitride as a catalyst and hexagonal boron nitride as raw materials. With the aid of X-ray diffraction technology, Raman diffraction technology, etc. to analyze and characterize the experimental products, it can be concluded that different additives have different effects on the system.
3. Electron injection layer of the organic light-emitting device
Organic light-emitting devices (OLED) have all-solid-state, active light emission, wide viewing angle, fast response (<1μs), wide operating temperature range (-45℃-+85℃), and flexible substrates can be manufactured. The advantages of high power consumption and low unit power consumption have been regarded by the industry as one of the next-generation mainstream display and lighting technologies. The application of various new organic semiconductor materials and new organic device structures has made significant progress in OLED performance and industrialization.
Lithium nitride (Li3N) is used as an n-type dopant in the three (8-hydroxyquinoline) aluminum (Alq3) layer of electron transport material to improve the performance of OLED devices. Li 3 N has been reported as an electron injection layer and cathode. A buffer layer in between can improve the performance of the present invention. During the evaporation process, Li3N decomposes into Li and N2. Only Li can be deposited on the device, and N2 has no adverse effect on device performance. Experiments show that the Alq3 layer doped with Li3N can be used as an electron injection layer to effectively improve the efficiency of the OLED and reduce the operating voltage of the device.

Product Performance of Lithium Nitride Li3N Powder:
Our lithium nitride powder is with high purity, ultrafine particle size, bigger surface area.

Technical Data of Lithium Nitride Li3N Powder:

 Part Name High Purity Lithium Nitride Powder
 MF Li3N
 Purity 99.99%
 Particle Size          -100 mesh
Application Used as a catalyst or reaction raw material in organic synthesis;

 

Specification of Lithium Nitride Li3N Powder:
Lithium Nitride Li3N Powder CAS 26134-62-3插图

Packing & Shipping of Lithium Nitride Li3N Powder :
We have many different kinds of packing which depend on the lithium nitride Li3N powder quantity.
Lithium nitride Li3N powder packing: vacuum packing, 100g, 500g or 1kg/bag, 25kg/barrel, or as your request.
Lithium nitride Li3N powder shipping: could be shipped out by sea, by air, by express as soon as possible once payment receipt.
Lithium Nitride Li3N Powder CAS 26134-62-3插图1

Lithium Nitride Properties

Other Namestrilithium nitride, trilithium azanide, Li3N powder
CAS No.26134-62-3
Compound FormulaLi3N
Molecular Weight36.8456
AppearancePurple or Red Powder
Melting PointN/A
Boiling PointN/A
Density1.3 g/cm3
Solubility in H2ON/A
Exact Mass37.0667
  
  

Lithium Nitride Health & Safety Information

Signal WordDanger
Hazard StatementsH260-H314
Hazard CodesF, C
Risk Codes11-14-29-34
Safety Statements16-22-26-27-36/37/39-45
Transport InformationUN 2806 4.3/PG 1
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