TRPSORB™ is SOCO’s soil hydrogel that stabilizes root-zone moisture during transplanting, forming a hydrated matrix around the root ball to reduce irrigation needs, lessen transplant shock, and boost survival in arid conditions.
TRPSORB™ is SOCO’s professional soil hydrogel series designed to stabilize moisture and root-zone conditions during transplanting. Built on soil hydrogel technology, it forms a hydrated matrix around the root ball, cuts irrigation frequency by 30–40%, and sharply reduces transplant shock. Field results in arid sites (e.g., West Africa eucalyptus) show survival rates exceeding 95%, with notable savings in irrigation and labor.
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TRPSORB™-120 |
TRPSORB™-124 |
TRPSORB™-141 |
Specifically designed for transplanting scenario, with superior water retention capabilities, TRPSORB™ series reduces the frequency of irrigation, providing a sustainable solution for plant care.
By providing adequate water and nutrients during seedling transplantation, root development is significantly enhanced, resulting in a survival rate of nearly 99%. This approach ensures high planting success rates and greatly improves planting efficiency.
This variety is specifically designed to improve soil aeration in clay soils, reducing soil compaction and allowing roots to expand and breathe more effectively. This enhancement not only improves soil quality but also boosts crop yields.
This variety forms an effective water retention layer in sandy loam soils, preventing the loss of water and nutrients. As a super absorbent polymer supplier, SOCO's products maintains the necessary moisture and nutrients for plants, making it particularly suitable for arid regions and significantly improving crop growth and productivity.
TRPSORB™ series is optimized for different soil types, offering specialized soil enhancement benefits. TRPSORB™-124 improves aeration in clay soils, while TRPSORB™-120 enhances water retention in sandy loam soils. Together, they provide comprehensive soil condition improvements, supporting optimal plant growth.
TRPSORB™-124 is specifically designed for clay soils. It improves soil aeration by reducing soil compaction, which promotes healthy root growth. On the other hand, TRPSORB™-120 is suited for sandy loam soils. It forms an effective water retention layer to prevent the loss of water and nutrients, maintaining the necessary moisture and nutrients for plants. Both products are optimized for different soil types to meet specific planting needs.
Yes, TRPSORB™ Series is versatile and can be applied to various crops. It's more featured for the transplanting application, aids in water management, reducing the need for frequent irrigation, and promoting healthier plant growth.
Using TRPSORB™-124 in clay soils improves soil aeration, allowing roots to expand and breathe more effectively, which promotes healthy plant growth. TRPSORB™-120 creates an effective moisture retention layer in sandy loam soils, preventing the loss of water and nutrients and maintaining optimal moisture levels for plants. These enhancements lead to faster plant growth and increased yields.
When transplanting seedlings, first ensure that the soil is adequately supplied with water and nutrients. Then, select the appropriate TRPSORB™ product based on your soil type. Usually for transplanting mature trees, SOCO® recommends the best dosage: 20-300g/plant (10-20g for transplanting, 10 times the DBH for large trees).
SOCO® specializes in tailoring TRPSORB™ products to meet specific customer requirements. Leveraging our extensive expertise, we customize solutions based on empirical data from product trials, experimental comparisons, and the unique needs of local soil conditions. This approach ensures optimal performance and effectiveness for each client's unique application.
Transplant shock happens when seedlings are moved into new soil, disturbing their roots and water balance. Changes in temperature, light, and moisture can slow growth or cause wilting. TRPSORB™ helps reduce this stress by keeping the soil evenly moist, extending watering intervals, and ensuring roots stay hydrated during recovery.receive continuous moisture and nutrients. The result is minimal root damage and a smoother transition to field conditions.
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