ALGAECIDES BACTERICIDES SPA

Brand Owner (click to sort) Address Description
SPA SCAPE NAMCO 100 Sanrico Drive Manchester CT 06042 ALGAECIDES AND BACTERICIDES FOR SPA WATER;CLEANING PREPARATIONS FOR ADDITION TO SPA FILTERS FOR PURPOSES OF CLEANING WATER LINES AND PLUMBING; CLEANING PREPARATIONS FOR CLEANING SPA AND SWIMMING POOL FILTERS; AND CLEANING PREPARATIONS FOR REMOVING STAIN AND SCALE ON SWIMMING POOL WALLS;WATER TREATMENT CHEMICALS FOR USE IN SWIMMING POOLS AND SPAS, NAMELY, BUFFERS, PH ADJUSTERS, CHELATING AGENTS, FLOCCULANTS, SYNTHETIC RESIN AGGLOMERATING AGENTS TO REMOVE SUSPENDED IMPURITIES, WATER-SOLUBLE COMPOSITIONS FOR CLARIFYING THE POOL WATER AND WATER PURIFYING CHEMICAL COMPOSITIONS FOR ADDITION TO SWIMMING POOL FILTERS;SPA;
SPA SCAPE NAMCO 100 Sanrico Drive Manchester CT 06042 ALGAECIDES AND BACTERICIDES FOR SPA WATER;CLEANING PREPARATIONS FOR ADDITION TO SPA FILTERS FOR PURPOSES OF CLEANING WATER LINES AND PLUMBING; CLEANING PREPARATIONS FOR CLEANING SPA AND SWIMMING POOL FILTERS; AND CLEANING PREPARATIONS FOR REMOVING STAIN AND SCALE ON SWIMMING POOL WALLS;Color is not claimed as a feature of the mark.;WATER TREATMENT CHEMICALS FOR USE IN SWIMMING POOLS AND SPAS, NAMELY, BUFFERS, PH ADJUSTERS, CHELATING AGENTS, FLOCCULANTS, SYNTHETIC RESIN AGGLOMERATING AGENTS TO REMOVE SUSPENDED IMPURITIES, WATER-SOLUBLE COMPOSITIONS FOR CLARIFYING THE POOL WATER AND WATER PURIFYING CHEMICAL COMPOSITIONS FOR ADDITION TO SWIMMING POOL FILTERS;SPA;
 

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Technical Examples
  1. A method for reducing a sulfur-containing compound by hydrogenation using a noble metal catalyst which method is exemplified by an industrial method for producing a 2-alkyl-3-aminothiophene derivative with high economical efficiency by hydrogenating a 2-alkenyl-3-aminothiophene derivative using the noble metal catalyst. 2-Alkyl-3-aminothiophene derivatives are useful compounds in the fields of medicine and agriculture, and in particular, useful in bactericides for agriculture or gardening, or intermediates of the bactericides. The hydrogenation reaction temperature is controlled at 150° C. to 300° C. and the method allows the used noble metal catalyst to be recovered and reused.