MaxiGrow with microorganisms in it will work uniquely and slow release. The pattern will be up to 50% to ensure the availability of macro and micro soil nutrients needed for plants. Using this technology can save the use of chemical fertilizers by up to 50% so as to reduce the cost of purchasing fertilizers.
Chili can grow at low or high altitudes depending on the variety. Good soil in chili cultivation is one that has a soil pH on a scale of 5-6. Chili cultivation is often faced with various problems (risks), including; technical cultivation, nutrient deficiency, pest and disease attacks.
Land fertility is not only supported by chemical and physical elements. But also with a combination of soil biology. This means that in the soil it will be better if there is a combination of these 3 properties. The use of MaxiGrow on crop land will improve the chemical, physical and biological properties of the soil.
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Land Processing
Land that has been cultivated, make beds (as shown in the picture), apply manure (already cooked) to each bed, then spray MaxiGrow solution (1 liter MaxiGrow : water max 100 liters), then cover with soil and mulch (if using). Leave for at least 3 days, then it is ready for planting.
At this stage, MaxiGrow needs as much as 2 liters per hectare and manure as much as 4-6 tons per hectare.
As a breakthrough in fertilization technology with a biological approach, MaxiGrow is able to create a stimulant by empowering a number of special microbes. These microbes are needed in the process of providing macro and micronutrients: Azospirillum Sp; Azostobacter Sp; microbial solvent P; lactobacillus sp; and cellulose-degrading microbes
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What do microbes do on MaxiGrow?
MaxiGrow biofertilizer is a type of fertilizer that is uniquely able to collect a number of microbes that work to provide macro and micro nutrients and in the long term can affect soil fertility. However, there are also types of microorganisms that are harmful. Research innovations carried out at MaxiGrow succeeded in collecting types of microorganisms that provide benefits with their respective functions as follows:
1. Azotobacter Sp
Functions as an N(nitrogen) tethering microbe from free air.
2. Azoospirilium Sr.
Serves as a fastener of N (nitrogen) Bu
Application of chemical fertilizers 1st, 15 to 18 days after planting
The needs for 1 hectare of land are as follows: Urea / ZA as much as 80 kg, TSP / SP-36 as much as 100 kg and KCL as much as 75 kg, mix thoroughly, give to around the base of the stem (distance 10 cm from the stem) then cover with soil. Assuming that 1 hectare has 12,000 trees, MaxiGrow Smart Book 29
So for each tree is given a mixture of chemical fertilizers as much as approximately 20 gr.
2nd fertilizer application (35 to 40 days after planting)
The needs and methods of applying chemical fertilizers are the same as the first application, namely Urea / ZA as much as 80 kg, TSP / SP-36 as much as 120 kg and KCL as much as 100 kg. Assuming that if 1 hectare there are 12,000 trees, then for each tree a mixture of chemical fertilizers as much as + 25 gr is given.
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