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Sodium stearate essential for cleaning products

Introduction to sodium Stearate Sodium Octadecanoic is commonly referred to as sodium stearate. The chemical formula of sodium octadecanoic (C17H35COONa) is C17H35COONa. This organic substance has a white oily texture and a slight smell. It is created by the interaction between octadecanoic acids and sodium hydroxide. It’s used to make toothpaste, as well as a plastic stabiliser and waterproofing agent. Sodium Myristate also comes in an ultra-fine, white powder that has excellent lubricating properties, and is dispersing as well.

Is sodium Stearate harmful to skin?
Although sodium stearate does contain synthetic ingredients, it is not made from petroleum and has not been subjected to repeated production processes. It can be made using natural oils in a simple way. Natural fats, whether from plants or animals, contain a high amount of stearic. This means that they only need to be heated to a specific temperature in order to separate out the stearic component. Stearic acid is the same as stearic combined with sodium. The sodium fatty acid, which is also a harmless and non-toxic ingredient, can also be used safely in various everyday chemical products. The main component of soap, sodium stearate is safe for the skin. It is a very important surfactant, which can dissolve in water and bind to oil on the surface.
Many experiments and years of experience have proven its safety. It is important to know that because this ingredient has an improved degreasing action, people with dry or sensitive skin may experience an increase in dryness.
What is sodium stearate used for?
Sodium stearate, a material widely used, can be used to emulsify, disperse, gel, stabilize, adhere, and regulate viscosity. It is a main ingredient in soaps, cosmetics, and food additives.
Use sodium stearate to make anticorrosive coating
A paint that is anticorrosive and contains a modifier based on sodium stearate/methoxy-fatty amide. The paint consists primarily of zinc powder, inorganic silicate sodium, silicone emulsion and sodium stearate.
Zinc powder can be improved by adding sodium stearate. This will increase the thixotropic network structure and reduce the sedimentation. Add sodium methyl fatty acid amidobenzenesulfonate (SMS) to improve solubilization. The prepared paint is stable and has a good application value.
Hydrotalcite may be modified by using sodium stearate
Modification of magnesium-aluminum-carbonate hydrotalcite (MgAlCO3LDHs) using sodium stearate. The modification process was examined in relation to the thermal stability and durability of polyvinylchloride. Characterization of hydrotalcite using XRD (X-ray Diffractometer), Fourier Infrared Spectroscopy FTIR, Scanning Electron Microscope SEM was performed.
The results showed that sodium-stearate was not able to change the structure of the hydrotalcite layer, but it was able to modify the surface. This improved the thermal stability, as well as the effect on PVC. The initial coloration does not have much effect but it can increase the thermal stability of PVC and the static thermal ageing time by 57.1%.
Is sodium stearate natural?
It is not natural but it is a stearic-derived component. Stearic acid, which is a saturated fatty acids, can be produced from raw materials, such as rapeseed or palm oil. It can be made of.
Where can sodium stearate be found?
This white solid is commonly known as soap. This soapy white solid is most commonly used. This substance is found in many solid deodorants and rubbers as well as in latex paints and inks. It is also used in food additives and flavoring agents.
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Introduction to sodium Stearate Sodium Octadecanoic is commonly referred to as sodium stearate. The chemical formula of sodium octadecanoic (C17H35COONa) is C17H35COONa. This organic substance […]

Trimethyl Borate For Sale

trimethyl borate for sale is a versatile organic compound used as a solvent, plasticizer and catalyst. It is also a good flame retardant additive for paints and other materials, as well as an anti-oxidizing agent. It reacts with Grignard reagents to prepare boronic acids and is a precursor of borate esters, which find application in Suzuki coupling reaction. It is miscible with tetrahydrofuran, ether, isoporpylamine and hexane. It decomposes slowly in the presence of moisture and quickly in water.

American Elements offers a broad range of products for hydrogen storage research, advanced fuel cells and battery applications. These include high purity, submicron and nanopowder forms of trimethyl borate in addition to a wide variety of boron compounds.

Since 1982 Klaus F. Meyer GmbH (KFM) based in Fussgoenheim has developed from a one-man business into a leading supplier of chemical raw materials, fine chemicals and chemical intermediates for the pharmaceutical, photographic, agricultural, paints & coatings and fragrance industries. Moreover, KFM acts as a link between customers and international manufacturers of chemical specialties providing solutions for their problems and meeting specific requirements. In this way KFM is a competent partner in research and production.

trimethyl borate for sale is a versatile organic compound used as a solvent, plasticizer and catalyst. It is also a good flame retardant additive for […]

The Properties And Application of Aluminum nitride

What is Aluminium nitride?
Aluminum nitride (AIN) is a covalent-bond compound. It has the chemical formula of AIN. AlN can stabilize up to 2200. The strength of AlN at room temperatures is very high. It decreases gradually with increasing temperature. It has a low thermal expansion and good thermal conductivity, which makes it an excellent thermal shock material. It has a high resistance to corrosion in molten iron and aluminum and is a good crucible material when melting and casting these metals. Aluminum nitride also has excellent dielectric properties. It is also a promising material for electrical components. Aluminum nitride can be applied to the surface of gallium-arsenide in order to protect it against ion implantation during annealing. Aluminum nitride also acts as a catalyst for the transformation of hexagonal boron to cubic boron. It is a slow reactant with water. The product can be synthesized by combining aluminum powder with ammonia and nitrogen at 8001000. The powder can range from white to grayish-blue. If the Al2O3 system is used at 16001750 and the product is white powder, then this method will work.

Aluminum Nitride Application:

A surface acoustic-wave detector also uses epitaxial stretching due to the piezoelectric effects of aluminum Nitride. The detector will then be mounted on the silicon wafer. The thin film can only be manufactured reliably in very few places.

Aluminium nitride is a ceramic material with a low expansion coefficient, good thermal conductivity, and high strength in high temperature. It can also be used to make heat exchangers for high-temperature structural components.

Aluminum nitride can resist the corrosion of metals, alloys, and iron, such as aluminum and iron. It can also be used to melt metals, such as Al. Cu. Ag. Pb.

Aluminum Nitride is widely used as a semiconductor electronic package due to its excellent properties in terms of electrical, mechanical and thermal properties.

Tech Co., Ltd. () is an Aluminum nitride manufacturer with over 12 year experience in the chemical products development and research. You can send an email to Contact us if you’re looking for Aluminum nitride of high quality.

What is Aluminium nitride? Aluminum nitride (AIN) is a covalent-bond compound. It has the chemical formula of AIN. AlN can stabilize up to 2200. The […]

The Properties and Application of Gallium Nitride Powder

Gallium nitride The chemical formula of GaN is used to describe an inorganic material. It is made up of gallium and nitrous oxide. Gallium Nitride is a direct-bandgap semiconductor that has been widely used in light emitting diodes (LEDs) since 1990. This compound is a wurtzite-like material with high hardness.

Gallium Nitride Properties:

Gallium Nitride is a compound with an extremely high melting temperature. The melting point is around 1700degC. GaN is ionized to a very high degree, the highest of all Group III-V substances. GaN has a hexagonal, wurtzite-like structure when under atmospheric pressure.
At room temperature gallium nitride (GaN) powder is insoluble with water, acids and alkalis, but it will dissolve very slowly in a hot solution of alkali. The use of NaOH and H2SO4 to corrode GaN crystals with low quality can detect any defects. GaN has unstable properties at high temperature under HCL and H2 gas. It is most stable when under N2 or N2 Gas.

The Application Of Gallium Nitride

Use of gallium nitride in electronic devices
GaN has a high breakdown field and low heat production rate. This material is important for high-temperature, high-power electronics and high-frequency microwave devices. With the advancement of MBE in the application and GaN materials, as well as breakthroughs in key technologies for thin film growth, a variety GaN heterostructures are successfully grown.

The powdered gallium nitride used in optoelectronic components
GaN materials are ideal for light-emitting devices with short wavelengths. GaN, and its alloys, have a band gap that covers spectral bands from red through to ultraviolet. Since Japan created a homojunction GaN Blue LED in 1991 double heterojunction ultra bright blue LEDs, and single quantum-well GaN LEDs made of InGaN have been developed. GaN UV detectors are being developed. They will be used in the early warning of missiles and for flame detection.

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Gallium nitride The chemical formula of GaN is used to describe an inorganic material. It is made up of gallium and nitrous oxide. Gallium Nitride […]

Molybdenum Disilicide Powder Properties And Applications

Molybdenum diilicide This is an inorganic solid with the chemical name MoSi2, and it is gray. Molybdenum is disilicide, which is not soluble with most acids. However, it can be dissolved in nitric and hydrofluoric acids.

Molybdenum Diilicide Powder Properties

MoSi2 (also known as Dalton type intermetallic compound) is the intermediate phase in the Mo/Si binary alloy with the highest amount of silicon. Molybdenum Disilicide is both a metal and a ceramic, with high temperature performance.
Molybdenum Disilicide exhibits good high-temperature resistance to oxidation, with an oxidation resisting temperature of up to 1600°C.

Molybdenum Disilicide is conductive. At high temperatures, it can form an insulating layer of silicon dioxide to stop further oxidation. MoSi2 can be used to heat in an oxidizing environment at high temperatures (1700degC).

Molybdenum Diilicide Powder Applications

It is widely used as a component in high-temperature oxidation resistant coatings, electric heating elements and integrated electrode films. Other uses include structural materials, composite materials reinforcements, wear-resistant material and structural ceramic connections materials.

1) Energy industry and chemical industry. MoSi2 used for electric heating element of atomic device, gas heater, high temperature thermocouple, its protection tube. Smelting vessel crucible.

2) Microelectronics Industry: MoSi2 & other refractory metallic silicides (Ti5Si3, TaSi2, TaSi2, TaSi2, TiSi3, etc.) They are also important materials for interconnection and gates of large integrated circuits.

3) Aerospace Industry: Molybdenum Disilicide has been extensively and deeply researched, and is used as a coating material with high temperature anti-oxidation, particularly for turbine engine parts, such as blades or impellers, combustion chambers, nozzles, and sealing devices.

Automobile industry – Molybdenum Disilicide can be found in turbochargers, valves, spark plugs, and other parts of the engine.

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Molybdenum diilicide This is an inorganic solid with the chemical name MoSi2, and it is gray. Molybdenum is disilicide, which is not soluble with most […]

The Property And Application of Zinc Sulfide Powder

Zinc sulfide The chemical formula is ZnS. It is a white or off-white powder. Zinc Sulfide turns darker when exposed to sunlight.

Zinc Sulfide – A Properties of Zinc Sulfide

Zinc Sulfide is stable when in dry air. When in humid air over a period of time or in air that contains moisture, the zinc sulfate slowly oxidizes. Zinc Sulfide is insoluble in water but soluble in dilute acid.
Zinc sulfide, or zinc sulfide, is usually obtained through the reaction of hydrogen sulfide with zinc salt solutions. When a small quantity of Cu,Mn,Ag is added to the ZnS crystals as an activater, they can emit a variety of colors after illumination. Zinc Sulfide has many uses, including as an analytical reagent for paint, making paint, filling white and opaque glasses, preparing phosphor, and filling rubber.

Zinc Sulfide Application:

The zinc sulfide compound semiconductors are a very important material. They have been gaining attention for their excellent physical properties such as wide band gaps, high refractive indices, and high levels of light transmission.

Zinc Sulfide exhibits excellent electroluminescence and fluorescence effects. Nano-zinc has a unique effect. It has excellent properties in the areas of magnetism, electricity, optics, mechanicals, and catalysis. It is for this reason that research into nano-zincsulfide was a success. In 1994, Bhargava published a report stating that surface passivation nano-ZnS : Mn phosphor has an external quantum efficiencies of up to 18% and a fluorescence life of 5 orders of size shorter. ZnS has a much improved performance that opens up new applications for it.

Zinc sulfide may be used for making white pigments and glasses, luminous dust, rubber, paint, plastic, etc.

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Zinc sulfide The chemical formula is ZnS. It is a white or off-white powder. Zinc Sulfide turns darker when exposed to sunlight. Zinc Sulfide – […]

Silver Sputtering Target

Silver is one of the most popular sputtering target materials due to its combination of chemical inertness and electrical conductivity. It is often used in the production of semiconductors and can also be found in solar panels, thin film batteries, and other electronic devices. However, silver is not the only metal that can be sputtered. Many other metals are commonly used as sputtering targets such as gold, palladium, and platinum. These sputtering targets offer a range of benefits including high-resolution coating, low-pressure operation, and low thermal stress.

American Elements manufactures and distributes high purity sputtering targets for use in semiconductor, chemical vapor deposition (CVD), and physical vapor deposition (PVD) display and optical applications. They are available in a variety of shapes, sizes, and configurations to accommodate the needs of various process equipment and applications. These sputtering targets are available monoblock or bonded, in planar or cylindrical sizes, and in diameters up to 820 mm with hole drill locations and threading. Additional features can be added such as grooves, beveling, and machining.

Manufacturer of sputtering targets in a wide variety of pure & refractory metals & oxides for magnetron sputtering, cathodic arc sputtering & evaporation. Capabilities include CNC machining, fabrication, pressing & grinding. Products are designed to meet a wide range of specifications & requirements including size, flatness, purity, density, grain size uniformity & composition uniformity. ISO 9000 compliant.

Silver is one of the most popular sputtering target materials due to its combination of chemical inertness and electrical conductivity. It is often used in […]

The preparation process of titanium carbide-based cermet

The titanium carbide-based Cermet is a heterogeneous material that is composed of a metal or alloy phase TiC. It combines high strength, high wear resistance, high temperature resistance as well as chemical stability and oxidation resistant ceramics. For titanium carbide-based Cermets, there are many different synthetic preparation processes. Each has advantages and drawbacks. In the actual production, processes that are suitable for different applications and price factors can be chosen. 1. Chemical Vapor Deposition (CVD)

This method is a technology that deposits a thick, solid coating on a surface using a gas-phase reaction. Due to the fact that the entire reaction in this method is based upon thermodynamics the CVD film offers good adhesion as well as coatingability. It also has a dense film layer and a high film-base adhesive strength.

This method has a disadvantage in that the processing temperatures are relatively high (generally, 9001200). The high temperatures cause the matrix of steel to soften. Vacuum quenching is required after the processing. The workpiece is easily deformed and the process is complex. The matrix material’s bending strength is reduced. The preparation process will produce harmful waste gases and waste liquids, which can easily cause industrial pollution. This is contrary to the green industry that the country advocates today.

2. Physical vapor deposition (PVD)

This method utilizes physical processes, such as thermal, sputtering and glow discharge discharge, to deposit the desired layer on the surface of substrate. This includes evaporation, sputtering and ion technology. The two latter PVD techniques are more widely used today for the preparation of ceramic coatings.

A PVD film’s brittleness makes it easy to peel and crack. It is also a linear process, with poor adhesion, and coating properties. The workpiece has to be rotated or swung during processing. This increases the difficulty in designing the vacuum chamber. There are problems such as an ineffective coating.

3. Liquid deposition

This is a chemical wet film-forming method. The basic principle is that by replacing the ligand between the ions of the solution, the hydrolysis balance movement of the metallic compound is driven. This results in a thin layer coating formed from the metal hydroxide or oxide. The method works under low-temperature/room temperature conditions. No heat treatment is needed, nor is expensive processing equipment.

The main disadvantage is that the solution concentration changes during and after the deposition because of the liquid phase reaction. Also, there are several factors which influence this reaction and its industrial stability.

4. Thermal Spraying

This technique involves heating a linear material or powder to a molten, semi-melted, state with a heat source, such as a flame or arc. High-speed droplets are formed and sprayed on the substrate, creating a coating. They can also be used as a protective layer, to restore or strengthen the surface properties of the material and to reduce the size of parts that have been reduced by wear, corrosion, or processing tolerances. Plasma spraying, flame spraying and arc-spraying techniques are all part of the method.

5. In-situ Synthesis

The second phase of reinforcement is synthesized without pollution and is distributed evenly, avoiding the problems associated with traditional powder metallurgy or smelting. The application of in-situ technology has expanded to include metal-based and cermet-based materials.

6. Other synthetic methods

Other synthetic methods include liquid EDM surface enhancement, sol-gel, high-density energie beam coating, melting and cast methods, powder metal methods, mechanical alloying, thermal spraying, self propagating high-temperature syntheses, melting and cast methods, and others. In industrial production, the choice of the preparation process for carbonized-based cermet can be made according to the conditions and requirements of each application.

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The titanium carbide-based Cermet is a heterogeneous material that is composed of a metal or alloy phase TiC. It combines high strength, high wear resistance, […]

Boron Phosphide Used As Semiconductor Material And Optical Material

What property does boron phosphide have?

Due to different preparation methods, boron phosphide Has red transparent or dark red transparent crystals, black crystals, or soft, brown amorphous materials. The chemical properties are stable and it doesn’t dissolve in concentrated hydrochloric or nitric acids, nor does it dissolve in hydrofluoric or sulfuric acids.

Boron phosphide shares many properties with refractory substances. It has similar properties to diamond and boron-nitride, and is harder than silicon carbide. It can have an anti-oxidation property even when heated to a temperature between 800 and 10,000 degrees Celsius in the atmosphere. When boron is heated, the phosphorus in it disappears and a light grey residue forms. Boron-phosphide ignites at a cool temperature in chloride and at a warm temperature in bromine. It can decompose by most metals at red heat and burns brightly with oxygen.

How is boron phosphide used?

The boron film has a better mechanical property than germanium carbide. It also has a higher adhesion to diamond and is easier to deposit on large areas. In comparison with germanium carbide boron has better mechanical characteristics; in comparison with diamond boron thin layer is better adherent and more conducive to deposition over large areas; and compared to DLC boron has lower internal stress. In order to reduce the internal stress, boron is a good material for anti-reflection films for high-speed infrared window.

Researchers are recognizing the importance of boron oxide film as a protective layer for components exposed to harsh environments. Boron-phosphide film is a corrosion-resistant material that’s ideal for the infrared windows of submarine telescopes. Once the telescope window is out at sea, it will always be immersed in water. The window should not only have a high transmittance in order to maintain the sensitivity of the photoelectric sensor, but it must also resist corrosion caused by chemicals found in the seawater. The boron film is corrosion resistant and has good chemical resistance. It can protect the window from seawater erosion, ensuring the original optical performance.

Tech Co., Ltd. is a professional boron phosphide Over 12 years in research and development of chemical products. You can contact us for high quality boron-phosphide. Contact us Send an inquiry.

What property does boron phosphide have? Due to different preparation methods, boron phosphide Has red transparent or dark red transparent crystals, black crystals, or soft, […]

How Does the Heat-spreading Graphite Film Save an Over-heating Mobile Phone？

The heat dissipation problem of smart phones continues to be a major issue.
In general, thermal management for electronic products and smart phones depends on the use of micron-thick graphite sheets. Their excellent thermal conductivity allows them to neutralize heat produced by the surrounding components.

The production of micron thick films with high quality is not an easy task. It is a complex process. The material must be able to resist temperatures of up to 3200degC (5792-degF) in order to create a thin film with a thickness around several Microns. This complicated method, which uses polymers as a source material to produce graphite films, is energy-intensive.

Recently, researchers from King Abdullah University of Science and Technology KAUST in Saudi Arabia developed a more efficient method of producing these graphite cooling device.

The research team used the technique of chemical vapor deposition to grow nanothick graphite film (NGF) onto nickel foil. This technique uses nickel to catalyze the conversion of methane gases into its surface. graphite. It is important to note that the graphite formed on the surface is only 100 micrometers thick.

The team refers to these films as nano-thick (NGFs), and they are made by heating the material up to about 900degC. In this method, graphite film is created on both sides, and can be grown into sheets of up to 55 square centimeters. These films are easily extracted and can be transferred to another surface.

Alessandro Genovese is an expert in transmission electron microscopy (TEM). The researchers collaborated with him to capture a cross-sectional TEM image of NGF deposited on the surface of nickel. The researchers stated that the ability to observe the interface of graphite and nickel foils is a breakthrough that will help clarify the growth mechanism for these films.

NGF is not only a better and cheaper solution for materials that will be used in future mobile phones for thermal management, but it can also be used in solar cells, or for detection. Sensor material used for NO2 gas.

His research was published in the journals Nanotechnology and Science Reports.

(aka. Technology Co. Ltd., a trusted global chemical materials supplier and manufacturer has over 12 years experience in providing high-quality nanomaterials and chemicals. The powder that we produce is high-purity, with fine particles and low impurity levels. If you need lower, please contact our company.

The heat dissipation problem of smart phones continues to be a major issue. In general, thermal management for electronic products and smart phones depends on […]

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