ES5942A1 -
A procedure to take advantage of tin chloride and iron chloride, which contain more or less lyes, which result from separating tin from tin foil waste by muriatic acid.
- Google Patents
A procedure to take advantage of tin chloride and iron chloride, which contain more or less lyes, which result from separating tin from tin foil waste by muriatic acid.
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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VEREIN CHEMISCHER FABRIKEN
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VEREIN CHEMISCHER FABRIKEN
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Priority to ES5942ApriorityCriticalpatent/ES5942A1/en
Publication of ES5942A1publicationCriticalpatent/ES5942A1/en
ES5942A1886-05-221886-05-22
A procedure to take advantage of tin chloride and iron chloride, which contain more or less lyes, which result from separating tin from tin foil waste by muriatic acid.
ExpiredES5942A1
(en)
A procedure to take advantage of tin chloride and iron chloride, which contain more or less lyes, which result from separating tin from tin foil waste by muriatic acid.
A procedure to take advantage of tin chloride and iron chloride, which contain more or less lyes, which result from separating tin from tin foil waste by muriatic acid.
A procedure to take advantage of tin chloride and iron chloride, which contain more or less lyes, which result from separating tin from tin foil waste by muriatic acid.
Physical-chemical process to benefit zinc sulfates and carbonates, commonly called blendes and calamine, reducing them to a state in which they contain at least 50% iron, those that exceed less than 10% of it.
A mechanical procedure, put into practice, by means of a machine to which it gives the name of "Constant Automaton", by virtue of which continuous movement is produced for industries and other uses.
A procedure for the regeneration of the electrolyte that serves to extract or recover by means of electrolysis, the copper contained in the pieces or pieces of scrap bronze.
Improvements in the method and means to eliminate and avoid scales or incrustations in steam boilers and avoid the formation of holes and the corrosion or oxidation of said boilers, said improvements also being applicable to the coating or c