You may have left out some steps in your description of the process... From what I read, it sounds as if some curing parameters were missing in your curing/aging process......
Probably the most important step is using distilled water... then the correct temperatures and humidity....
Bactoferm T-SPX (Pediococcus pentosaceus and Staphylococcus xylosus)
Summary:
For slow and minimal acidification. Fermentation ends when sugars are used up for lactic acid production, at which point the pH will steady (or rise) and moisture removal will be main safety hurdle (3”. Slow culture targeted for fermentation temperatures 65°F-80°F. For traditional fermentation the temperature should not exceed 75°F. Typically sugar is used for these products. This culture is for products that take months to fully complete (includes drying), and can be used for slow fermented small diameter products as long as safety hurdles are overcome, i.e. Water Activity level (
Probably the most important step is using distilled water... then the correct temperatures and humidity....
Bactoferm T-SPX (Pediococcus pentosaceus and Staphylococcus xylosus)
Summary:
For slow and minimal acidification. Fermentation ends when sugars are used up for lactic acid production, at which point the pH will steady (or rise) and moisture removal will be main safety hurdle (3”. Slow culture targeted for fermentation temperatures 65°F-80°F. For traditional fermentation the temperature should not exceed 75°F. Typically sugar is used for these products. This culture is for products that take months to fully complete (includes drying), and can be used for slow fermented small diameter products as long as safety hurdles are overcome, i.e. Water Activity level (