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Home > Inorganic Chemistry > Elementary Substance (Find 191 items)

Elementary Substance

Explore elementary substances, including the versatile boron element and uncover the benefits of boron and its diverse applications. Check the CAS NO., properties, and SDS of each. Procure raw copper wire and other elementary substances from accredited suppliers, accessing comprehensive product details.

Phosphorus

(7723-14-0)
Primary used in in the production of phosphorous based compounds.

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Copper

(7440-50-8)
It is a material used in the electronics industry and used as a high-purity analytical reagent. Used in powder metallurgy parts, diamond saw blades, friction materials, electric carbon products and chemical catalysts, etc.; used as analytical reagents, catalysts, and reducing agents; used as ordinary reagents, catalysts and reducing agents; mainly used as raw materials in the copper smelting industry Used as a raw material for smelting and electrolytic copper; mainly used to make conductive equi

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Antimony

(7440-36-0)
1. Used to manufacture III-V compound semiconductors, high-purity alloys, antimony sulfide. Used as a dopant for refrigeration components and single crystals of silicon and germanium. 2. Used as analytical reagents and also for the preparation of alloys and salts. Used as a raw material for high-purity reagents and semiconductors. It is used to manufacture lead-antimony alloy materials, cable sheaths and to produce antimony compounds. 3. Mainly used to manufacture alloys and also used in printin

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Nickel

(7440-02-0)
Raney nickel, also called spongy nickel, is a fine-grained solid composed mostly of nickel derived from a nickel-aluminium alloy. A variety of grades are known, but most are gray solids. Some are pyrophoric, most are used as air-stable slurries. Raney nickel is used as a reagent and as a catalyst in organic chemistry. It was developed in 1926 by American engineer Murray Raney for the hydrogenation of vegetable oils.

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Bismuth

(7440-69-9)
Mainly used for making bismuth products and bismuth alloys.

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Boron

(7440-42-8)
Boron is mainly used in metallurgy, electronics, medicine, ceramics, nuclear industry, chemical industry, etc. It is applied in the form of a compound or added to the alloy as an additional material. It can be used in the smelting of special alloy steel and gas scavenger for molten steel, the control rod in the ignition pole of the ignition tube in the electronic industry, and the high-energy fuel of the rocket in the nuclear reactor; it is an important raw material for manufacturing high-purity

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Silicon

(7440-21-3)
Used as a raw material for the manufacture of monocrystalline silicon, and also used in the electronics industry; is a raw material for the manufacture of semiconductor silicon devices, used to make high-power rectifiers, high-power transistors, diodes, switching devices, etc.; used to manufacture semiconductor discrete devices, power devices, Integrated circuits and epitaxial substrates, etc. It is mainly used to make polysilicon, single crystal silicon, silicon aluminum alloy and silicon steel

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Titanium

(7440-32-6)
As alloy with copper and iron in titanium bronze; as addition to steel to impart great tensile strength; to aluminum to impart resistance to attack by salt solutions and by organic acids; to remove traces of oxygen and nitrogen from incandescent lamps.Surgical aid (fracture fixation).

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Barium

(7440-39-3)
Alloys with Al or Mg as "getters" to remove residual gases from vacuum systems and electronic tubes.Deoxidizer for steel and other metals.Carrier for radium. The b- and g-radiation emitted by 140Ba + 140La makes a large contribution to the activity of the fission products of uranium rods during the first few weeks after their withdrawal from the reactor.The emissions from 133Ba and 137mBa as standards in g-spectrometry:Haissinsky, Adloff, Radiochemical Survey of the Elements (Elsevier, 1965) pp

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Iron

(7439-89-6)
Alloyed with C, Mn, Cr, Ni, and other elements to form steels.Nutritional supplement in wheat flours, corn meal, grits and other cereal products.55Fe and 59Fe used in tracer studies; the former in biological studies.

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A substance composed of atoms of an element that exists in a stable form in a free form is called an Elementary Substance. The element must be a pure substance composed of one element, so the mixture cannot be element. Generally speaking, the nature of the element is closely related to the nature of its elements.

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Elementary substances are fundamental components utilized in various fields, ranging from industry to scientific research. The synthesis of elementary substances typically involves intricate processes wherein raw materials undergo transformations to yield pure elemental forms. These processes may include extraction, purification, and refining techniques tailored to the specific properties of each substance.

Different classes of elementary substances exist, each with distinct characteristics and applications. For instance, metals such as iron, copper, and aluminum are utilized in construction, manufacturing, and electronics due to their conductivity and strength. Non-metals like sulfur and phosphorus find applications in agriculture, pharmaceuticals, and chemical synthesis. In scientific research, elementary substances serve as fundamental components for studying chemical reactions, elucidating atomic structures, and advancing our understanding of the natural world.

Common elementary substances include:
● Hydrogen
● Oxygen
● Carbon
● Nitrogen
● Boron

Frequently Asked Questions

What is an elementary substance?

An elementary substance, also known as a chemical element in its pure form, consists of only one type of atom and cannot be broken down into simpler substances by chemical means. Examples include oxygen (O₂), nitrogen (N₂), iron (Fe), and gold (Au). These substances are fundamental building blocks in chemistry and play essential roles in industrial, scientific, and commercial applications.

How are elementary substances used in industry?

Elementary substances have diverse industrial applications. For instance, pure metals like copper and aluminum are used in electrical wiring and construction due to their conductivity and strength. Gaseous elements such as hydrogen and oxygen are critical in chemical synthesis, fuel cells, and medical applications. Noble gases like argon are used in lighting and welding. Understanding the properties of each elementary substance helps optimize their use across sectors.

What’s the difference between an elementary substance and a compound?

An elementary substance contains atoms of only one chemical element and cannot be chemically decomposed into simpler substances. In contrast, a compound consists of two or more different elements chemically bonded in fixed proportions—such as water (H₂O) or sodium chloride (NaCl). While compounds can be broken down into their constituent elements through chemical reactions, elementary substances remain unchanged under normal chemical processes.

Where can I buy high-purity elementary substances for laboratory or industrial use?

High-purity elementary substances can be sourced from certified chemical suppliers and specialty gas companies that comply with international quality standards such as ISO 9001 and ISO 17025. Look for vendors offering detailed product specifications, safety data sheets (SDS), and batch-specific Certificates of Analysis. Reputable suppliers often provide various purity grades tailored to applications in electronics, metallurgy, catalysis, or academic research.

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