- Product Details
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Quick Details
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Brand Name:
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qk
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Save irrigation water:
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30~50%
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rate of fertilizer:
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20%
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Can increase the crop yield:
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20 ~ 30%
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After-sales Service Provided:
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Online support
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After Warranty Service1:
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Video technical support
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After Warranty Service2:
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Online support
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After Warranty Service3:
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Spare parts
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After Warranty Service4:
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Field maintenance and repair service
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Local Service Location:
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None
Quick Details
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Weight (KG):
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2000
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Marketing Type:
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New Product 2021
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Place of Origin:
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Shandong, China
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Brand Name:
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qk
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Save irrigation water:
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30~50%
-
rate of fertilizer:
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20%
-
Can increase the crop yield:
-
20 ~ 30%
-
After-sales Service Provided:
-
Online support
-
After Warranty Service1:
-
Video technical support
-
After Warranty Service2:
-
Online support
-
After Warranty Service3:
-
Spare parts
-
After Warranty Service4:
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Field maintenance and repair service
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Local Service Location:
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None
First, a simple introduction
(1) The benefits of land leveling
After the fine leveling of the land, the production conditions of the soil have been improved, and the comprehensive results can be obtained.It can improve farmland productivity, save water and increase production, which is conducive to controlling weeds and pests, reduce the use of chemical fertilizer, and reduce environmental pollution.
(1) can save irrigation water by 30~50%.
(2) improves fertilizer utilization by more than 20%.
(3) can increase crop production by 20 ~ by 30%.
Water-saving —— laser leveling technology can make the ground flatness achieve positive and negative error 2cm, can generally save more than 30%, can save 100 cubic meters per mu, so as to achieve the purpose of water saving.
—— with laser technology, with the corresponding measures, the land area of the ridge can be reduced by 3% -5%, so that the land can be fully utilized.
Due to the improvement of land flatness, the uniform distribution of fertilizer, reduces the loss of fertilizer and improves the utilization rate of fertilizer by 20%, ensuring the emergence rate of crops.
—— production can increase by 20-30% per mu, which also improves the quality of crops.
Cost Reduction by ——. The implementation of this technology can reduce the production cost of crops (rice, wheat, soybean, cotton and corn) by 6.3% to 15.4% while increasing production and efficiency.