XMD Bacillus amyloliticus(TKJ)

XMD bacillus amylolitica inhibited pathogenic bacteria and had antagonistic effect on other pathogenic bacteria.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

1，XMD microbial inoculant, a good helper for farmers. Organic green, no residue, prevent soil-borne diseases, promote growth, mulch roots, increase yield, improve quality, and increase income.

2，Factory direct sales, now promotion, buy 1000 litres free 1000 litres, quantity is limited, first come first served.

3，We are looking for distributors, contact us for more details.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.

XMD Bacillus amyloliquefaciens (TKJ) is processed through advanced fermentation technology and process to improve the rhizosphere environment of plants by improving the microbial structure of the soil. This functional inoculant containing microorganisms can promote the growth of healthy and beneficial microorganisms by improving the relevant structure of soil microorganisms, thereby forming a more optimized rhizosphere environment and promoting rapid rooting of plants.