Production method of feed antiseptic powder

Abstract

The invention discloses a production method of feed antiseptic powder. The production method comprises the following steps: A, a step of preparing cassia seed extract or dry crushed eggplants: putting cassia seeds or kelps into a glass container and putting an ethanol solution with the mass percent of 90% into the glass container; immersing for 3 hours and putting the glass container into water to be subjected to water bath treatment at 50 DEG C for 8 hours; filtering a medicine liquid; putting the glass container filled with medicine dreg into the water to be subjected to water bath treatment at 60 DEG C for 10 hours; filtering the medicine liquid and combining the medicine liquids of the two times; diluting the mixture until the mass percent is 30%; naturally cooling to room temperature to obtain the corresponding cassia seed extract or dry crushed eggplants for later use; B, adding sodium acetate into bentonite and gypsum powder, and mixing and stirring uniformly; C, adding water-absorption resin into the cassia seed extract and the dry crushed eggplants obtained by the step A and stirring uniformly; and D, adding the mixture of the step C into the mixture of the step B, and sterilizing by ultraviolet irradiation, and sealing to obtain the feed antiseptic powder. The production method disclosed by the invention is simple; and the produced product has a simple proportion, is convenient to use, and has no peculiar smell and good palatability.

Description

Technical field: [0001] The invention relates to the technical field of feed, in particular to a method for manufacturing feed antiseptic powder. Background technique: [0002] China is a large animal husbandry country. In the process of animal husbandry, especially large-scale farms, due to the need to reduce costs, they basically do not purchase pre-configured full-price feed, but configure their own. In the process of preparing feed, due to the large amount of use, usually a large amount of feed is prepared at one time for storage and backup, and the feed is prone to mildew during storage, which is not conducive to storage. In order to prevent the feed from going moldy during storage, anti-fungal agents are generally added to the feed formula. At present, the feed industry mainly uses single or compound antifungal agents based on organic acid salts (such as calcium propionate, etc.), compound organic acids (such as propionic acid, etc.) and ammonium propionate systems,...

AI Technical Summary

Problems solved by technology

Although there are many varieties of existing antifungal agents, they mainly have the following deficiencies: they are irritating and corrosive, and have a great impact on the palatability of the feed, causing the nutritional value of the feed to decline or the feed to have a peculiar smell; The cost of adding is relatively high (the usual amount of adding is about 2 kg / ton)