What is sodium oleate

Sodium oleate , alias sodium octadecenoate, cis-9-octadecenol, oleyl alcohol, cis-9-octadecenol, (Z)-octadecenol, olive oil, cis -9-octadecen-1-ol, 9-n-octadecenol, octadecenol. It’s an organic oil whose chemical formula is C17H33CO2Na. It is the main constituent of olive oil soap and tallow soap. You can also make it by reacting sodium-hydroxide with the oleic acids. It is composed of two components, a base hydrophobic and one hydrophilic. It is highly emulsifying, penetrates well, has good detergency and is easily soluble in hot water. It’s used as a fabric waterproofing agent and anionic surfactant. Basic Information on Sodium Oleate
English name: SODIUM OLEATE
Oleic Acid Salt (cis-Oleate)
CAS Number : 143-19-1
Formula molecular: C18H33NaO2
Molecular Weight: 304.44300
Accurate quality: 304.23800
PSA: 40.13000
LogP: 4.77380

The properties of sodium oleate
This can cause rancidity and color to darken in the air. It is due to the fact that oleic is oxidized. The double bond is broken, resulting in rancid substances such as nonanal. The corruption is accelerated by mixing in highly unsaturated chemicals.
Dissolved in 10 times more water will foam and produce a viscous solution. The aqueous solutions is alkaline. Liquid becomes milky because of partial hydrolysis to insoluble soap acid and sodium hydroxide. The neutral liquid does not hydrolyze with ethanol. In about 20 times as much ethanol, it dissolves. It is nearly insoluble in petroleum ether and other organic solvants.
Hy-drolysis reaction: 2RCOONa+H2O=RCOONa*RCOOH+NaOH
Chemical Reaction
Reacts with other metal ions than alkali elements to produce metal salt precipitation.
Other properties
It is the nature of salt that it can’t be volatilized but can be completely dissociated in water into ions. The salt can be converted to hydroxy-acid by adding mineral acid. If the hot liquid soap is allowed to cool, it will not crystallize. It will instead form insoluble calcium-magnesium soap precipitates along with the calcium-magnesium salts found in the hardwater. The white powder has a density of 0.9 g/cm3, a melting point between 232 and 235degC, and if left cold will form insoluble calcium-magnesium soap precipitates. The boiling point is 359.999oC when diluted to 760mmHg. The flashpoint is 270.099oC. Incompatible to strong oxidizing agents. Storage conditions: -20oC.
Sodium oleate preparation
This is made by neutralizing sodium hydroxide in an oleic ethanol solution.
Using phenolphthalein, 10g of oleic acids can be dissolved in a 100mL solution of 95% ethanol. Once the precipitated product reaches the equivalence, it is diluted with 95% ethanol. sodium Oleate Filter out the soap. The crude product, if it does not precipitate can also be obtained by distilling out the ethanol or water, then recrystallizing with a mix of ethanol/ether.
Use of sodium oleate
1. Olive oil soap also contains tallow as its main ingredient.
2. Use as a food coating agents, for example, to coat the surface of fruits and vegetables. Can be combined with ethylene dioxide and high-boron fatty acids.
3. Mineral processing waterproof fabric
4. This product can be used in neutral and acidic solutions to prevent corrosion on aluminum and its alloys as well as iron, copper and many other metals.
5. As an anionic surfactant, it is also used as a fabric waterproofing agent.

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How to Measure the Mass of Boron-10

Boron-10 is a stable (non-radioactive) isotope of boron that is found naturally in significant amounts. It has a very high neutron capture cross section, which allows it to be used in boron neutron capture therapy for cancer. The isotope can also be produced as a metal by irradiating the element with fast neutrons to produce boron-11.

Usually, the relative atomic mass of an element is determined by the weighted average of its various isotopes on a scale in which carbon-12 weighs exactly 12 units. However, in some cases, the results of a mass spectrometer experiment can be skewed by memory effects and/or interference from impurities. Such biases are known as mass discriminations.

To avoid mass discrimination, it is important to use a scale that includes the most common isotopes of the element. A good choice is the atomic mass unit (U) scale, which contains the most common isotopes of all elements.

In a typical boron-10 sample, 80.3 percent is boron-11. In order to determine the approximate molar percentage of boron 11, we need to know the isotopic abundance, which is equal to its mass number in unified atomic mass units (U).

The U-scale is also the most accurate way of measuring the mass of an element when it has only two isotopes. For this example, let’s use a sample of boron trifluoride. The mass spectrum above shows that there are two peaks, with the height of the tallest peak being the relative isotopic abundance.

Sodium Diethylhexyl Sulfosuccinate CAS 1639-66-3

The wetting, penetration and emulsification properties are excellent.

About Sodium diethylhexyl sulfosuccinate: It has rich, fine foam with low degreasing properties, is gentle on skin and hair and biodegradable.
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Product Performance of Sodium diethylhexyl sulfosuccinate:
Its mild decontamination action makes the skin more comfortable after washing.

Technical Parameter of Sodium diethylhexyl sulfosuccinate:
Product Code Shortname Effective substances content PH Odor Appearance
Sodium diethylhexyl sulfosuccinate NA 45% 5-7 A slight characteristic smell The liquid is colorless and light yellow.

Applications Sodium diethylhexyl sulfosuccinate: This product has good wetting, penetration and emulsification properties. The product is not resistant against strong acids, bases, high temperature, heavy metals salts, and reducing agent. The product is used for treating cotton, linen and viscose as well as their blends. It can be dyed or bleached without scouring the treated fabric, improving dyeing defects that are caused by dead cotton. Also, the fabric feels softer, fuller, and more vibrant. Decontaminating the slurry first is the best way to achieve penetration when scouring the green body and bleaching it.

Packing & Shipping of Sodium diethylhexyl sulfosuccinate:
We offer a variety of different packings depending on Sodium diethylhexyl sulfosuccinate quantities.
Sodium diethylhexyl sulfosuccinate packing: 1kg/bottle or 25kg/barrel.
Sodium diethylhexyl sulfosuccinate shipping: Upon receipt of payment, goods can be sent by air, sea, or express as soon as practicable.

Sodium Diethylhexyl Sulfosuccinate Properties

Alternative Names N/A
CAS Number 1639-66-3
Compound Formula C20H36O7SNa
Molecular Mass N/A
Appearance NA
Melting Point N/A
Boiling Point N/A
Density N/A
Solubility In H2O N/A
Exact Ma N/A

Sodium Diethylhexyl Sulfosuccinate Health & Safety Information

Sign Word N/A
Hazard Statements N/A
Hazard Codes N/A
Risk Codes N/A
Safety Declarations N/A
Transport Information

Application Fields of Tungsten Rods

Tungsten Rods – Application Fields

The tungsten bar is a rod shaped material, which has many benefits, such as its high density, thermal conductivity, corrosion resistance, etc. It is widely employed in the manufacture of high-temperature heaters and high precision components. Here is a comprehensive introduction to tungsten’s applications in various fields.

Industrial sector

In the industrial sector, tungsten is widely used to make high-temperature heating devices, high temperature pipelines, and chemical equipment.

High-temperature Heating Equipment

tungsten rods are used as heating elements in high-temperature heaters. They have a high melting point and good thermal conductivity. This allows them to work for a very long time, even at high temperature. The tungsten rods used in high temperature heating equipment, such as electric heaters, laser printers, and induction furnaces can provide high temperatures.

High-temperature pipeline

Tungsten rods are used to manufacture high-temperature pipework because of their excellent corrosion resistance. For high-temperature pipe manufacturing, tungsten is used in the steel, ceramic, chemical and steel industries. These pipes can withstand high temperature and chemical corrosion. This ensures stability and safety in production.

Chemical equipment

High density makes tungsten rods ideal for chemical equipment manufacturing. In the manufacture of highly-corrosive chemicals like sulfuric acid and nitric acids, tungsten rods are used to make reaction vessels and storage containers. These devices can resist corrosion from chemicals and increase the efficiency of chemical production.

Construction field

tungsten rods are used in architecture for decorative and structural purposes.

Support structure

They are suitable for supporting large building structures because of their high density, high strength and resistance to corrosion. Tungsten Rods are used in the support of large buildings, such as high-rises and bridges. These structures can handle huge loads to ensure stability and safety in buildings.

You can also decorate your home by using this

Tungsten Rods have a luxurious finish and are available in a variety of colors that make them suitable for the decoration of high-end structures. Tungsten rods serve as decorative materials in hotels, theaters and other places. They are used for railings, staircase handrails and other things. These decorative materials can give a building a noble feel and increase its artistic and functional value.

Medical field

The non-radioactive, non-toxic characteristics of tungsten make it a popular material for surgical instruments, implants and orthotics.

Surgical Instruments

The non-toxic and radioactive properties of tungsten make them ideal for the manufacture of surgical instruments. Tungsten rods can be used in the manufacturing of surgical instruments, such as forceps and scalpels. The instruments must be disinfected at high temperatures and under pressure. Tungsten has excellent corrosion resistance, high-temperature stabilty, and can withstand these conditions.

Implants and orthotics

Also, tungsten rods are used to make medical devices including implants and orthotics. Tungsten Rods are used in the manufacture of orthotics and implant materials, such as artificial joint, fracture fixators, dental braces, and dental brackets. The tungsten rods used to manufacture these medical devices are ideal because they have good corrosion resistance and biocompatibility.

Other fields

Besides the applications listed above, tungsten bars are also used for the following:

Laboratory equipment and Diagnostic Equipment

Materials for high-level laboratory and diagnostic devices are made from tungsten. These instruments and equipment are in need of high precision and corrosion-resistant, and tungsten bars have excellent chemical and physical properties that meet these requirements.

High-precision components

High-quality components can be manufactured using tungsten rods due to their high density, high melting points, and excellent processing properties. Tungsten is used in manufacturing high-precision components for the electronics industry, precision machines, and many other fields. tungsten rods meet the high-precision and stable requirements for these components.

Weapons and ammunition

Due to their high density and toughness, tungsten rods are ideal for making weapons and ammunition. In ammunition such as armor piercing shells or kinetic energy bombs tungsten rods can be used to manufacture warheads. These ammunition require high energy and penetration, which tungsten can deliver.

Nuclear Industry

In the nuclear sector, tungsten bars are suitable for treating nuclear waste due to their characteristics of high temperature resistance, high density and corrosion resistance. Tungsten is used to create reflective layers and as a structural layer in nuclear waste treatment reactors. These structures and equipment need to be corrosion resistant and have high temperatures. Tungsten can provide these characteristics.


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Aluminum Nitride Powder Properties And Applications

Aluminum nitride Aluminum nitride belongs to diamond-like nitride. It has a hexagonal crystal system and wurtzite structure. Aluminum nitride has a hexagonal system of crystals, wurtzite. It’s non-toxic and is available as a white or off-white dust.

Aluminum Nitride Powder Properties

Aluminum nitride, or AlN, has many characteristics, including high strength, volume resistivity, insulation withstand voltage and thermal expansion coefficient. Recently, it is used not just as a reinforcing phase or sintering agent for structural ceramics. Its performance in ceramic electronic substrates, packaging materials and other fields is superior to that of alumina.
Aluminum nitride, with its high thermal conductivity and low thermal expansion coefficient is an excellent thermal shock material. Aluminum nitride resists corrosion when molten and is a good crucible material to melt and cast pure iron, aluminum and aluminum alloy. Aluminum nitride also has excellent dielectric properties. It is also a promising material for electrical components.

Aluminum Nitride powder Applications

1. Aluminum nitride has a high purity, a small particle size, and possesses a high activity. It is the main raw materials for high thermal conductivity Aluminum Nitride Ceramic Substrates.

2. Aluminum nitride is a ceramic substrate with high thermal conductivity. It has a low expansion coefficient and high strength. It is the ideal material for packaging and heat dissipation of large-scale integrated systems.

The hardness of aluminum nitride is much higher than traditional alumina.

4. Using the heat resistance, melting erosion resistance, and thermal shock resistant of AIN Ceramics, GaAs Crystal Crucibles, magnetic liquid power generation devices, high-temperature turbines corrosion-resistant components can be made. The optical properties of Aluminum Nitride can also be used as an infrared window.

5. Aluminum nitride can be used as a substrate for super-large integrated electronic circuits, high-frequency components, etc.

6. Aluminum nitride resists heat, is resistant against corrosion caused by molten steel, is stable with acid but easily corroded when in an alkaline solution. The new surface will react with humid air and form a very fine oxide film. AIN ceramics can be used to replace toxic ceramics made of beryllium and they are commonly used in electronics.

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Properties and Applications of Boron Carbide

The boron-carbide crystal is rhombohedral in structure. Its crystal lattice is the D3d5R3m space lattice. The rhombohedral lattice can be described as an icosahedron-shaped primitive cell grid that extends diagonally in the space. The c-axis is the same as the diagonal of the area. A linear chain is formed by connecting three boron-atoms to an adjacent icosahedron. Three of the 12 icosahedral position are found on the chain. If B is due to the icosahedron’s position and C is in a chain, the stoichiometry is B4C.

1. Basic properties and applications for boron carbide

1) Low density

B4C density is small at 2.52g/cm3. The empirical formula (9) can be used to express the relationship between carbon content and density in the homogeneous area.


Because of its low density, boron carbide can achieve the same performance as boron, such as high strength, high toughness, and excellent performance. Thus, it is used in the manufacture of lightweight armors for cars and tanks. Save energy.

2) Hardness, wear resistance

B4C exhibits super hardness, and is highly resistant to wear. In the homogeneous area, B4C’s Vickers Hardness increases as the C content increases. The hardness is 29.1 GPa when the carbon is 10.6%; at 20% carbon, it can reach 37.7 GPa. At high temperatures, its hardness remains high (>30GPa). You can express the change of hardness in temperature by using empirical formula (10).


The formula is: H0-the hardness of the material at room temperature

Temperature is the T-word;

Carbon is referred to as a-.

This formula applies to 201700. B4C is second only to cubic BN and diamond in terms of hardness.

B4C wear resistance increases with temperature. As the temperature increases, the friction coefficient of B4C decreases. It drops to 0.05 between 20 and 1400, while the friction rate also decreases. B4C’s super hardness and friction properties have made it a popular sandblasting tool.

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Functionalization and Application of Boron Nitride Nanomaterials

What is Boron Nitride (BN)?

The crystal of boron and nitrogen is known as. The chemical formula is 43.6% Boron and 56.4% Nitrogen. It comes in four different forms: hexagonal (HBN), cubic (CBN), and rhombohedral.

Boron Nitride

First time chemical engineers functionalized boron nanomaterials, and boron nanomaterials’ applications, using other nano-systems. Researchers at University of Illinois at Chicago found a way to modify boron Nitride, a layered, two-dimensional material. This allows it to be used in other materials like electronics, biosensors and airplane materials. It is possible to improve the performance of these components by better incorporating boron-nitride.

The scientific community has long been interested in boron nitride because of its unique properties-strong, ultra-thin, transparent, insulating, lightweight and thermally conductive-theoretically, it makes it an ideal material for various engineers. application. Due to its natural resistance to chemical agents and lack of molecular bonding sites on the surface, it is difficult for boron-nitride to interface with other materials in these applications.

Boron Nitride is similar to a stack of thick paper. By adding chlorosulfonic to this structure, we can introduce a charge positive on the boron layer. The sheets will then repel each other, and eventually separate. The periodic table places nitrogen and boron to the left of carbon. The boron nitride iso-structured graphene is also iso-electronic. It is therefore a’miracle-material’. We can use it for all kinds of electronic products such as photovoltaic devices and piezoelectric ones, and also in many other applications. From solar cell passivation layer filters, which only absorb certain types or light, to medical diagnosis equipment

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Boron Tube – A Pressure Gauge

A boron tube is a pressure gauge. When a Bourdon tube is pressurised, it deflects from its relaxed, circular shape. This deflection can be converted into a rotary movement by attaching a pointer to the coiled end of the tube and making it move around an internal dial or face. When the pressure drops, the helix returns to its relaxed position. The movement of the helix is directly proportional to the amount of pressure and is therefore an excellent way of measuring pressure.

Standard Bourdon tubes can be used for liquids or gaseous media that do not attack the copper alloy parts, and are able to measure up to 28,000 kPa. For higher pressures, there are spiral- and helical-type Bourdon tubes available.

In the 1980s, the discovery of fullerenes—cage-like structures of carbon atoms, including carbon-60, known as the buckyball—revolutionised our understanding of carbon nanotechnology and led to a range of applications such as composite additives, field emitters, and transparent conductive films. More recently, carbon nanotubes (CNTs) have shown promise as a material for building items with fascinating electrical, thermal and mechanical properties. Boron doping into CNTs makes them even more functional and offers the potential to build new electronic devices such as transistors.

A boron tube is manufactured by depositing elemental boron onto a fine tungsten wire substrate, which is then rolled into a helix. The helix can have anywhere from two or three turns to twenty turns. The more windings a helix has, the greater its pressure sensitivity.

Lauramide mipa

This thickener is high-performance and can improve foam systems.

Lauramide mipa is a type of mipa. A high-efficiency thickener can be used to improve foam. It gives a good amount of fat. Personal care products, such as shampoo, body wash and cleanser.
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Lauramide Mipa Product Performance
A high-efficiency thickener can be used to improve foam. It gives a good amount of fat. Personal care products, such as shampoo, body wash and cleanser.

Technical Parameters of Lauramide Mipa
Melting point/freezing point() Odor Amide content (%) Appearance Colour & Lustre(GARDNER).
49-54 A slight taste of amine with a fatty flavor >=96 White to light Yellow Flake Solid <=4

Applicable Lauramide mipa :
A high-efficiency thickener can be used to improve the foam system. It gives a good amount of fat. Personal care products, such as shampoo, body wash and cleanser.

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We offer a variety of packaging options depending on your needs. Lauramide mipa quantity.
Lauramide mipa packing: Lauramide mipa Approximately 25 kg per barrel or 200 kg per barrel.
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Lauramide mipa Properties

Alternative Names Monoisopropanolamide dodecate
CAS Number N/A
Compound Formula RCONHCH2CH(OH)-CH3
Molecular Mass N/A
Appearance White to light Yellow Flake Solid
Melting Point N/A
Boiling Point N/A
Density N/A
Solubility In H2O N/A
Exact Quantity N/A

Lauramide mipa Health & Safety Information

Sign Word N/A
Hazard Statements N/A
Hazard Codes N/A
Risk Codes N/A
Safety Declarations N/A
Transport Information

Properties and Uses of Boron Carbide

What is Boron Carbide?

Boron carburide (also known as black diamand) is a substance that has the molecular formula B4C. It’s a gray-black fine powder. It is among the three hardest substances known (the two others being diamond and cubic boron-nitride). It’s used in bulletproof vests, tank armor and many other industrial applications. Its Mohs hardness rating is 9.3.

Boron carbide absorbs a large amount of neutrons and does not form radioisotopes. It is therefore an ideal neutron absorption material in nuclear power plants. The neutrons absorbers control the rate at which nuclear fission occurs. Boron carbide, which is used in nuclear reactors, is mostly made in a controlled rod shape. But sometimes it’s made into powder due to the increased surface area.

Due to its low density, it is a good material for lightweight armor and ceramic reinforcement phases. It is widely used in ceramic reinforcing phase, lightweight armor, neutron absorbers and other applications. As boron carbide can be easily manufactured and is less expensive than diamond and cubic Boron Nitride, it is used more often. It can be used to replace expensive diamonds at certain locations and is often used for grinding, drilling, and grinding.

Boron carbide Powder Uses

(1) The field is national defense. Bullet-proofing has been done with boron carbide ceramics since the 1960s. Comparing it to other materials, its characteristics are easy portability and high toughness. It is a key component of the lightweight armor used on armed helicopters as well as the bulletproof aircraft armor. The British used this material as a raw materials to manufacture armor that can protect against armor piercing projectiles.

(2) In terms of raw chemical materials. To increase the wear resistance of alloys and their strength, boron-carbide is used. This can be done by boronizing the surface of the metal to produce a thin layer iron boride.

(3) Wear-resistant field. Boron carbide ceramics are visible in a number of industrial nozzles. These include desander nozzles and nozzles designed for high-pressure water gun cutting. The high-performance ceramics have a long life and are cost effective. They are often chosen by factories for their durability under extreme conditions. . It can also be used to avoid pollution due to abrasive waste during grinding. As a diamond abrasive substitute, boron carbide can be used to reduce the cost of processing various metals as well as jade glass.

(4) Nuclear energy. Because of its excellent capacity to absorb neutrons, boron carbide is often used as a neutron absorption rod, safety rod, and in other components, which are designed to reduce the rate of nuclear fusion and ensure human safety.

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