Qingdao SOCO New Material Co., Ltd. applications

SAP polymer is commonly used in greening project: stabilizes newly graded soils, maintain a minimum of surface water; reduces the amount of mulch; prevents cellulose mulch from becoming hardpan; helps rapid sprouting of seedlings even in dry areas. The vegetation cover develops uniformly and rapidly over the whole treated surface. There are no dry spots without grass.

Powder water crystals for plants has also shown its effectiveness in large scale farming. The storage of rainwater or irrigation water by SAP delays the wilting point and thus makes it possible for certain plants to begin to be well established while waiting for the water regime to become adequate.

SOCO polymer for horticulture can be added to the soil when plants are planted, which will increase the survival rate of plants, increase the drought resistance of plants, facilitate plant generation, and reduce garden care costs.

SOCO^® polymer is effective in the planting of trees, bushes, and jungle. It makes it possible to reduce the mortality rate during transplanting and to enhance root development and therefore brings about more rapid growth and production.

SOCO® polymer is very easily used throughout the growth cycle of lawns and sod. They ensure good germination, faster root development, and regular and even growth of lawns. The rooting of sod is also faster. They are widely used in landscaping for golf courses and grass in parks and gardens.

The use of SOCO® soil water retention agent is one of the main technical guarantee measures for the "site formation" of large trees with canopy transplantation. Combined with early root cutting (limiting the root width and stimulating the formation of new root caps), proper pruning and leaf removal (reducing water consumption by transpiration), moisturizing the trunk, applying transpiration inhibitors and rooting agents, and controlling burial depth, etc. After the big trees are transplanted, the water balance is quickly restored, and the survival rate of transplanting in summer can reach 95.

To reduce leaching of nutrients in the soil, SOCO® Polymer may be mixed dry into fertilizer preparations. The behavior of plants fertilized with this mixture makes it possible to maintain or even increase yield while at the same time protecting the environment from leaching. Manufacturers` test results also show better root development of the plants. Savings on the order of 15% to 30% are observed in the amount of fertilizers. The polymer is added dry when the fertilizers are manufactured.

Using eggplant, chiehwa, and ribbed loofah as materials, two types of water-retaining agents with different particle sizes were used to raise seedlings to study the effect of water-retaining agents on vegetable seedling quality and fertility retention. The results show that the higher the concentration of the water-retaining agent in the seedling substrate, the stronger the fertilizer-holding capacity of the seedling substrate, but when the concentration of the water-retaining agent is too high, it will inhibit the growth of vegetable seedlings, and the low-concentration water-retaining agent has a significant effect on promoting the growth of vegetable seedlings, and the small particles The seedling strengthening effect of diameter water retaining agent is better than that of large particle size water retaining agent.

Potassium polyacrylate is employed in field crops to improve soil water retention. It acts as a hydrogel after absorbing water for agriculture, capturing and holding moisture in the soil. This enhances the efficiency of irrigation, reduces water wastage, and ensures a consistent water supply for crop growth, especially in arid regions.

When transporting seedlings, potassium polyacrylate is utilized to create a moisture-retaining gel around the roots. This gel provides a protective environment for the seedlings during transit, preventing dehydration and shock. This ensures a higher survival rate upon transplantation.