External-use antibacterial drying agent for newborn piglets and preparation method and application of external-use antibacterial drying agent

Abstract

The invention discloses an external-use antibacterial drying agent for newborn piglets and a preparation method and application of the external-use antibacterial drying agent. The antibacterial drying agent comprises, by weight percentage, 35-45% of montmorillonite, 25-30% of talcum powder, 20-22% of zinc oxide, 2-4% of boric acid, 1-2% of borneol, 1-2% of fructus cnidii, 0.5-1.5% of fructus kochiae, 0.5-1.5% of periostracum cicada, 2-4% of folium artemisiae argyi and 0.5-1.5% of eucalyptus oil. The external-use antibacterial drying agent obtained by the preparation method according to the proportion has the advantages that amniotic fluid on the surfaces of the newborn piglets can be absorbed fast to prevent body heat loss, healing of wounds of tail breaking and umbilical cord breaking is promoted, infection is prevented, and the survival rate and productivity of the piglets are increased; the drying agent is free of antibiotics and harmful chemical substances, free of medicine residues, free of toxic and side effects, convenient to use, safe and reliable.

Description

technical field [0001] The invention relates to an external health care agent for newborn piglets, in particular to a green and harmless external antibacterial desiccant for newborn piglets, a preparation method and application thereof. Background technique [0002] Nursing of newborn piglets is an important technical operation in the delivery room of large-scale pig farms. However, due to factors such as weak body temperature regulation ability of newborn piglets, low blood sugar reserves, low temperature in the farrowing room, untimely feeding of colostrum, and consumption of body heat by evaporation of amniotic fluid on the body surface, hypoglycemia in newborn piglets has become an important factor affecting the survival rate of piglets. In addition, the resistance of newborn piglets is weak, and the pathogens in the farrowing room are complex. Operations such as cutting the umbilicus, cutting tails and teeth when delivering piglets are likely to cause wound infection, i...

AI Technical Summary

Problems solved by technology

However, due to factors such as weak body temperature regulation ability of newborn piglets, low blood sugar reserves, low temperature in the delivery room, untimely feeding of colostrum, and consumption of body heat by evaporation of amniotic fluid on the body surface, hypoglycemia in newborn piglets has become an important factor affecting the survival rate of piglets

In addition, the resistance of newborn piglets is weak, and the pathogens in the farrowing room are complex. Operations such as cutting the navel, cutting the tail and cutting the teeth when delivering the piglets are likely to cause wound infections, induce dermatitis, streptococcal infections, etc., and cause piglets to die. Therefore, a green, The body surface antibacterial desiccant that absorbs water quickly and prevents wound infection is the key to improving the survival rate and individual health of newborn piglets