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Amides

The amide anion is the conjugate base of ammonia, NH2-. It is an extremely strong base, due to the extreme weakness of ammonia as a Bronsted acid. Amides undergo many chemical reactions, usually through an attack on the carbonyl breaking the carbonyl double bond and forming a tetrahedral intermediate.

1 - 22 of 22 displayed
Code Product Name UN NO. IMCO CAS NO. MSDS COAs
0009A 4-Acetamidophenol 98% 103-90-2
00007 Acetamide 99% For Synthesis - - 60-35-5
00008 Acetamide AR 60-35-5
00011 Acetanilide 98.5% Extrapure - - 103-84-4
00012 Acetanilide AR 103-84-4
00023 Acetoacetanilide 98% For Synthesis - - 102-01-2
00368 Benzamide 98% For Synthesis - - 55-21-0
00369 Benzanilide 98% For Synthesis - - 93-98-1
00904 Cyanoacetamide 98% For Synthesis - - 107-91-5
01246 Formamide 98% Extrapure - - 75-12-7
01247 Formamide 99.5% AR - - 75-12-7
01344 Hexamethylphosphoric Acid Triamide 98.5% (HMPA) 3082 9 680-31-9
00438 N,O-Bis-(trimethylsilyl) Trifluoro Acetamide 98% (BSTFA) 2924 3, 8 25561-30-2
01467 N-Iodosuccinimide 97% For Synthesis - - 516-12-1
02727 p-Toluene Sulphonamide 98% For Synthesis - - 70-55-3
01923A Paracetamol Extra Pure - - 103-90-2
02277 Salicylamide 99% Pure - - 65-45-2
02339 Sodamide 95% Extrapure 1390 4.3 7782-92-5
02590 Sulphanilamide 99% AR - - 63-74-1
02589 Sulphanilamide 99% Extrapure - - 63-74-1
02674 Thioacetamide 98.5% Extrapure - - 62-55-5
02675 Thioacetamide 99% AR - - 62-55-5