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Home > Organic Chemistry > Phosphines (Find 725 items)

Phosphines

Phosphines are compounds of organophosphine and phosphine gas(PH3) which are essential chemicals that are used widely owing to their reactivity. These compounds are applied in the synthesis of agrochemical products, pharmaceuticals, and semiconductors as such products need quality raw materials for quality output in their production. Learn more about phosphines such as the CAS No., as well as properties and information of materials and products from our suppliers available on ECHEMI.

Triisopropyl phosphite

(116-17-6)
Referred to as IPPP, it has both flame retardant and plasticizing dual-function additives. It has excellent compatibility with polymer materials such as PVC, which can reduce the viscosity of PVC paste, enhance the paste wettability, and maintain the viscosity of the paste for a long time. Stability, low toxicity, tasteless, low viscosity, antistatic property and good low temperature mechanical properties, it can be used as the main plasticizer of flame retardant PVC products

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Anilofos

(64249-01-0)
Systemic organophosphorus herbicide. The agent is absorbed through the root system and transmitted to the shoots or leaves, which inhibits the growth of the plant and changes its color to dark green. Sometimes it is discolored, stops growing, and finally dies. It is used to control monocotyledonous weeds in rice fields, such as barnyard grass, sedge grass, crushed rice sedge, rhododendron, oxgrass, knotweed, flutter grass, etc. The effect of early application is good, and the late application ca

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2-Chloro-1,3,2-dioxaphospholane

(822-39-9)
Highly reactive cyclic phosphitylating reagent which provides fast coupling rates, andhydrolytic cleavage occurs more readily than with acyclic analogs

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Diethyl P-(hydroxymethyl)phosphonate

(3084-40-0)
Α and β-Dialkoxyphosphoryl isothiocyanate for anti-proliferation research; Dendritic polyglycerol anion for synthesis of L-selectin inhibitors; Phosphate for synthesis of anti-HIV-1 activity; For the synthesis of homogenous and copolymers of phosphorylated norbornene; for the study of the inhibition of FBPase by containing thiazole phosphonic acid; used as Mitsunobu reaction reagent

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Phosphine is a general term for phosphorus hydrides and their alkyl and aryl substituents. Among them, relatively stable trialkyl and triaryl substituents have been widely used in industry. Phosphines can form a large number of coordination compounds with various metals, have a catalytic effect on many chemical reactions, and have been applied in industry.

Source Phosphines Raw Materials by Region

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Phosphines are one of the most vital classes of phosphorus-based compounds with their application in several industries. Phosphine, the simplest of these compounds, is a colorless, very reactive gas used in many manufacturing processes. Phosphine gas is used in industries that need high-purity materials for their state-of-the-art products. Due to its reactivity, it is suitable for use in chemical reactions that produce important intermediate products.

Phosphines are a class of compounds widely used in the synthesis of various industries including agrochemicals, pharmaceuticals and electronics. Phosphine and its derivatives are widely used in the synthesis of flame retardants that are indispensable for producing safer materials. Furthermore, they are used in the semiconductor industry where the role of chemical reactions is decisive in creating high-quality semiconductors. Phosphines are also employed in chemical vapour deposition processes, which prove their involvement in the synthesis of the latest materials.

Key Applications of Phosphines:

Applied in making flame retardants for safer materials.

Applied in the production of semiconductors for manufacturing of semiconductor devices.

Used in the manufacture of pharmaceuticals, especially the intermediates.

Used in the synthesis of pesticides and herbicides.

Applied in chemical vapour deposition in the production of electronic components.

Function as ligands in catalytic activities in various reactions.

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