Surface disinfector for edible fungus matrix
A technology for disinfectants and edible fungi, applied in the directions of disinfectants, fungicides, applications, etc., can solve the problems of cumbersome and long sterilization process
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Embodiment 1
[0015] A surface disinfectant for edible fungus substrates, which comprises the following raw materials: putrazyme, thiophanate, alcohol and bentonite, and the weight ratio of each raw material is: 3 parts of putram, 2 parts of thiophanate, alcohol 450 parts, 7 parts of bentonite.
[0016] The surface disinfectant for edible fungus matrix of the present invention can be used by dipping a brush, and then evenly brushed; after the alcohol volatilizes, a sample is taken to detect the content of miscellaneous bacteria.
[0017] Simultaneously compared with the nearby unpainted parts, the killing rate of bacteria in the sterilized parts was 98.5%.
Embodiment 2
[0019] A surface disinfectant for edible fungus substrates, which comprises the following raw materials: putrid enzymes, thiophanate, alcohol and bentonite, and the weight ratio of each raw material is: putrid enzymes 4, thiophanates 4, alcohol 480, Bentonite9.
[0020] The surface disinfectant for edible fungus matrix of the present invention can be used by dipping a brush, and then evenly brushed; after the alcohol volatilizes, a sample is taken to detect the content of miscellaneous bacteria.
[0021] Simultaneously compared with the nearby unpainted parts, the killing rate of bacteria in the sterilized parts was 99.1%.
Embodiment 3
[0023] A surface disinfectant for edible fungus substrates, which comprises the following raw materials: putrazyme, thiophanate, alcohol and bentonite, and the weight ratio of each raw material is: putrazyme 5, thiophanate 3, alcohol 510, bentonite10.
[0024] The surface disinfectant for edible fungus matrix of the present invention can be used by dipping a brush, and then evenly brushed; after the alcohol volatilizes, a sample is taken to detect the content of miscellaneous bacteria.
[0025] Simultaneously compared with the nearby unpainted parts, the killing rate of bacteria in the sterilized parts was 99.9%.
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