In modern agriculture, especially in facility agriculture and factory-style seedling systems, seedling trays have become an indispensable core tool. Their seemingly simple plastic or biodegradable structure actually embodies sophisticated engineering thin
PE sheet, with its remarkable characteristic of becoming "tougher the colder," silently supports critical applications in extreme low-temperature environments.
Poor ventilation can lead to heat buildup, creating localized high-temperature zones that further weaken the material's resistance to deformation.
In the sophisticated system of modern packaging industry, materials are not merely containers, but also a comprehensive carrier of brand language, product protection, and sustainability commitments.
In modern intensive agriculture and horticulture, seedling trays, as the core carrier of factory-style seedling production, have long transcended their basic function of "holding substrate" and become a key tool for regulating seedling growth quality and
Fluctuations in workshop temperature and humidity may cause raw materials to absorb moisture or change the viscosity of the melt, which in turn affects the coating thickness.