Soil ball coagulant for seedling transplantation

Abstract

The invention provides a seedling transplanting ball clay coagulant. The coagulant comprises the following components in parts by weight: 20-40 parts of slaked lime, 5-15 parts of glutinous rice milk, 5-20 parts of water and 50-70 parts of clay. The coagulant has the beneficial effects that the soil texture and the soil structure are improved; the soil at the seedling roots is quickly bonded to form a dense granular structure, so that seedlings are lifted quickly and the ball clay is not easy to break in the transportation process, thus improving the seedling ball clay quality and avoiding hidden dangers in seedling transportation, and the seedlings recover quickly after being transplanted and have high survival rates; protection of roots during seedling transplanting is effectively improved, thus increasing the transplanted survival rates of the seedlings and increasing the economic benefits; the coagulant is low in cost and short in advance preparation time, can be prepared according to the circumstances on the scene, is convenient to apply, is quickly degraded after transplanting, and is non-toxic and harmless.

Description

technical field [0001] The invention relates to a soil coagulant, in particular to a soil ball coagulant for transplanting seedlings with a diameter below 3 cm for protection. Background technique [0002] In the seedling transplanting process, the integrity of the seedling soil ball is one of the important factors to ensure the survival rate of seedling transplanting. Qualified root soil balls can effectively protect the roots of seedlings from losing water during transplantation and maintain the most original state of the trees. The larger the soil balls of seedlings, the more intact the soil balls, the faster the seedlings will return after transplanting, and the less damage they will cause. The higher the survival rate. [0003] And in the prior art, for the seedling plants with a ground diameter below 3cm, after excavation, wrapping materials such as straw ropes are often used to wrap up, but because the ground diameter itself is small, the size of the root soil ball i...

AI Technical Summary

Problems solved by technology

[0003] And in the prior art, for the seedling plants with a ground diameter below 3cm, after excavation, wrapping materials such as straw ropes are often used to wrap up, but because the ground diameter itself is small, the size of the root soil ball is limited, so the root soil ball It is still very easy to be broken and incomplete after bandaging, which greatly affects the survival rate of transplanted seedlings

[0004] The soil coagulant used in road construction has the characteristics of coagulation, good water resistance, wear resistance and erosion resistance, and is not easy to deform and degrade, but it cannot be used for seedling transplantation. The solidification of seedling transplanting soil balls requires good water retention and easy degradation. Therefore, the soil coagulant used in road construction cannot be used for seedling transplantation

[0005] A company once proposed a soil ball coagulant for seedling transplantation. The formula of the soil ball coagulant is not enough for seedling transplantation, and it needs to be prepared in advance, which is not conducive to on-site production according to the situation.