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Solvents

Solvents are liquids of polar or non-polar structure, which are used as a medium in which chemical substances are dissolved.

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PCC Greenline® Caustic Soda lye 50% Solution
GREENLINE Soda Lye (50% aqueous solution) belongs to inorganic chemical compounds from the hydroxide group. The product is manufactured in an environmentally friendly...
Composition
Alkali
CAS No.
1310-73-2
PCC Greenline® Caustic Soda lye 50% Solution<br>
Chlorobenzene PF Chlorobenzene, also known as monochlorobenzene (MCB), is a colourless, volatile, water-insoluble liquid with a light, pleasant almond fragrance. It belongs to the...
Composition
Chlorine derivatives
CAS No.
108-90-7
Chlorobenzene PF
EXOclean CR EXOclean CR is a specialist mixture created on the basis of selected and appropriately chosen organic acids and surfactants. This product is intended for the removal...
Composition
Mixtures
EXOclean CR
Orthodichlorobenzene Orthodichlorobenzene (ODCB) is an organic compound of the formula C6H4Cl2, which is a strong solvent in liquid form. Orthodichlorobenzene, also referred to as 1,2-Dichlorobenzene,...
Composition
Chlorine derivatives
CAS No.
95-50-1
Orthodichlorobenzene
Orthodichlorobenzene PF Orthodichlorobenzene PF (ODCB) is an organic compound of the formula C6H4Cl2, which is a strong solvent in liquid form. Orthodichlorobenzene, also referred to as...
Composition
Chlorine derivatives
CAS No.
95-50-1
Orthodichlorobenzene PF
Caustic soda lye 50% solution Sodium hydroxide is an inorganic chemical compound of the hydroxide group, belonging to the strongest alkali. In liquid form it is a colourless, odourless and non-flammable...
Composition
Alkali
CAS No.
1310-73-2
Caustic soda lye 50% solution
Chlorobenzene Chlorobenzene, also known as monochlorobenzene (MCB), is a colourless, volatile, water-insoluble liquid with a light, pleasant almond fragrance. It belongs to the...
Composition
Chlorine derivatives
CAS No.
108-90-7
Chlorobenzene
Dichloropropane Dichloropropane (DCP) is a clear, colorless liquid with no mechanical impurities with a characteristic odor. Dichloropropane is obtained in the production of propylene...
Composition
Chlorine derivatives
CAS No.
78-87-5
Dichloropropane
Caustic soda lye 25% solution Sodium hydroxide (25% solution) is an inorganic chemical compound of the hydroxide group, belonging to the strongest alkali. In liquid form it is a colourless, odourless...
Composition
Alkali
CAS No.
1310-73-2
Caustic soda lye 25% solution
Caustic soda lye 30% solution Sodium hydroxide (30% solution) is an inorganic chemical compound of the hydroxide group, belonging to the strongest alkali. In liquid form it is a colourless, odourless...
Composition
Alkali
CAS No.
1310-73-2
Caustic soda lye 30% solution
Caustic soda lye 35% solution Sodium hydroxide (35% solution) is an inorganic chemical compound of the hydroxide group, belonging to the strongest alkali. In liquid form it is a colourless, odourless...
Composition
Alkali
CAS No.
1310-73-2
Caustic soda lye 35% solution
Caustic soda lye 40% solution Sodium hydroxide (40% solution) is an inorganic chemical compound of the hydroxide group, belonging to the strongest alkali. In liquid form it is a colourless, odourless...
Composition
Alkali
CAS No.
1310-73-2
Caustic soda lye 40% solution
Caustic soda lye 45% solution Sodium hydroxide (45% solution) is an inorganic chemical compound of the hydroxide group, belonging to the strongest alkali. In liquid form it is a colourless, odourless...
Composition
Alkali
CAS No.
1310-73-2
Caustic soda lye 45% solution
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Solvents are liquids of polar or non-polar structure, which are used as a medium in which chemical substances are dissolved.

These liquids are able to form liquid solutions. Their chemical structure determines the type of substance suitable for dissolving in them. Polar solvents dissolve well polar substances and electrolytes, while compounds of low polarity or non-polar compounds are dissolved in non-polar solvents. The basic rule for the selection of solvents is “like dissolves like”.
Solvents are used for example in the processes of extraction and dilution of chemicals. They are also suitable for cleaning surfaces, where they dissolve contaminations and remove them. Moreover, solvents create the environment for chemical reactions. In this application, the chemical inertness of the solvent is required in relation to reagents and reaction products.