Adopting a 128 hole high-density connected layout, the overall structure is orderly, facilitating large-scale seedling management, saving seedling space, and suitable for batch cultivation in greenhouses and seedling bases; Each hole is independently formed with smooth walls to avoid entanglement of seedling roots. At the same time, the connected edges are clearly marked with dashed lines, which can be easily opened along the dotted lines and split into individual mini seedling pots without the need for additional tools, making operation convenient. After splitting, each individual pot is small and delicate, suitable for the cultivation of small seeds and seedlings. It can also be flexibly split according to the number of seedlings, taking into account both scale and personalized needs, solving the pain points of traditional connected seedling trays that are inconvenient to split and easy to damage seedlings.

 Each mini seedling has three evenly distributed drainage and ventilation holes reserved at the bottom of the pot. The size of the holes is precisely adapted to quickly drain excess water from the pot, avoiding substrate water accumulation that can cause seedling root rot and sudden collapse disease. It also ensures soil permeability, promotes seedling root respiration, provides sufficient oxygen for root growth, helps cultivate robust roots, and improves seedling survival rate. Compared to single hole or non hole seedling pots, the three hole design is more suitable for the growth habits of seedlings, especially for the cultivation of vegetable and flower seedlings that prefer ventilation but are afraid of water accumulation.

Different from traditional plastic seedling pots, this product can naturally degrade in soil with a controllable degradation cycle, suitable for various crop seedling cycles (30-90 days), without the need for manual repotting and transplanting. When transplanting, a single seedling pot can be directly buried in the soil together with the seedlings. The seedling pot will gradually degrade with the growth of the seedlings, without hindering the extension of the root system, avoiding damage to the seedling root system during the process of unplanting, reducing the delay of seedling stage, and greatly improving the survival rate of transplantation. It is especially suitable for the cultivation of fragile seedlings and precious flower seedlings, while eliminating the tedious steps of unplanting and cleaning plastic pots, and improving seedling efficiency.