Plant Pot

1. Zero-Damage Transplanting (Core Technological Advantage)

Whole-cell Planting: 

This is where it surpasses plastic seedling pots. After seedling establishment, there's no need to pull the seedling out of the pot; simply bury the pot along with the seedling in the soil.

Root Penetration: 

The pulp fiber has a microporous structure, allowing the seedling's fine roots to easily penetrate the pot wall and grow outwards, completely avoiding the "root entanglement" phenomenon common in plastic pots, increasing the survival rate by over 30%.

2. Self-Balancing of Respiration and Moisture

Aeration: 

The pulp material, like skin, has pores, providing ample oxygen to the roots and preventing "root rot" caused by overwatering.

Automatic Water Absorption and Drainage: 

It has a certain capillary effect, automatically regulating the humidity inside the pot. Excess water evaporates or seeps out through the pot wall, maintaining the ideal moisture content of the substrate.

3. Physical Properties and Degradation Rate

Moderate Wet Strength: 

Specially formulated to ensure it won't crack, mold, or collapse even with frequent watering during the seedling stage (typically 4-8 weeks).

Decomposes into Soil: 

Once buried in the soil, it typically degrades completely within 2-3 months under the action of microorganisms and moisture, transforming into organic fiber fertilizer for plant growth, achieving true "zero waste."

4. Diverse Specifications and Mechanization Friendly

Multiple Forms: 

Available in single-cup (round/square) and integrated seed trays (12/24 holes), adaptable to various automated seeding lines.

High Nesting Capacity: 

Extremely space-saving storage, resulting in extremely low logistics costs for large seedling bases.