Partition pull plate net style seedling cart
1、 Product Overview
The partition pull plate net seedling cart is a multi-layer turnover cart specially designed for modern greenhouses, seedling greenhouses, and flower cultivation bases. The whole vehicle is made of hot-dip galvanized steel, with a closed solid partition on the lower layer and a fully stretched pull plate net as the load-bearing layer on the upper layer. It is equipped with silent heavy-duty wheels, integrating load-bearing, water control, ventilation, and flexible transportation. It is specifically used for storing, sprouting, and transporting seedlings in plug trays, potted flowers, and tissue cultured seedlings in workshops. The floor height can be freely adjusted, and the empty cart supports stacking and storage, suitable for large-scale seedling cultivation and water line operations.
2、 Material and Manufacturing Process
The vehicle frame, columns, and layer board substrates are all made of thickened cold-rolled steel, which is treated with overall hot-dip galvanizing technology to form a stable anti rust protective layer on the surface. It is not easy to rust and peel when exposed to high water vapor, nutrient solution, and fertilizer corrosion environment in greenhouses for a long time, and is resistant to moisture and corrosion, with a long service life.
The column is made of punched profiles that are integrally bent and formed, with regular and burr free hole positions. It is equipped with a buckle type layer board fixing structure, making disassembly and assembly simple. The solid partition at the bottom is sealed by folding the entire steel plate, and there is no gap at the joint, so there will be no leakage of water.
The upper bearing layer is made of metal stretch plate mesh, and the entire steel plate is stretched at once to create uniform diamond shaped breathable holes without broken wires or welding points falling off. The edges are bent and polished smooth, without scratching the tray, flower pot, or operator's hands; Compared to welded mesh, pull plate mesh has stronger overall integrity, uniform stress, and is less prone to local deformation and cracking under long-term heavy pressure.
The joints of the entire vehicle frame are fully welded and reinforced, and the welds are finely polished and leveled. When fully loaded with materials and transported in short distance stacking, the structure is stable and not easily shaken or scattered.
3、 Core design advantages
Layered structure, balancing water storage and ventilation
The solid sealed partition at the bottom can accommodate the nutrient solution and accumulated water from watering, avoiding direct dripping of sewage onto the lower seedlings, facilitating centralized cleaning of sewage, and reducing the growth of bacteria on the damp ground of the greenhouse. The upper layer of the pull plate net comes with continuous hollow holes, allowing water mist, air, and light to penetrate through each layer of the seedling tray. The bottom of the seedlings does not accumulate water, and the roots are breathable and not stuffy, greatly reducing the probability of sudden collapse and fungal diseases, and effectively improving the survival rate of seedlings.
The height can be freely adjusted to meet various cultivation needs
The columns are filled with equidistant adjustment holes, and the tension plate mesh layer board and solid partition board can be freely adjusted according to the height of the seedlings and the specifications of the hole tray, and the interlayer spacing can be adjusted up and down. Short vegetable seedlings, tall flowers, and large potted finished green plants can all be adapted. One cart can complete the entire process of germination, seedling cultivation, and finished product transportation, with strong versatility.
Smooth movement, higher homework efficiency
The bottom of the car is equipped with industrial thick rubber casters, two directional wheels combined with 20000 directional brake wheels, making it easy to push and pull even when fully loaded with seedling trays, and easy to turn in narrow greenhouse corridors; After locking the brake, the vehicle remains stable and does not slide or shift during watering, seedling sorting, and transplanting operations, reducing the workload of manual back and forth handling of seedlings.
Stackable storage, saving space on site
The standardized design of the whole vehicle size allows idle and empty vehicles to be nested and stacked for storage, greatly reducing the idle land occupation in greenhouses and warehouses. During the off-season of seedling cultivation, when not in use, it is centrally stacked and stored. Compared to fixed shelves and non stackable carts, the storage area is greatly reduced, reducing the cost of site use.
Stable load-bearing capacity, suitable for large-scale base use
Thickened steel combined with integrated pull plate mesh, with sufficient single-layer bearing capacity and multiple layers of fully loaded seedlings that are not easily bent or deformed; Galvanized material is not afraid of pesticide and water fertilizer erosion, and can be continuously used in high humidity environments throughout the year. It has a low frequency of maintenance and replacement, making it suitable for large-scale seedling factories and flower industry parks to circulate and use in large quantities.
4、 Applicable scenarios
Widely used in vegetable tray seedling cultivation, flower seedling germination promotion, succulent pot cultivation, tissue culture seedling domestication, nursery transplantation and transportation, it can also be used for green plant display in flower markets, constant temperature germination room seedling storage, and is a standardized supporting turnover equipment for modern agricultural greenhouse seedling cultivation.
5、 Product Summary Highlights
The whole vehicle is hot-dip galvanized, rust resistant, and durable. The solid partition is matched with an integrated pull plate mesh, which solves the two major pain points of water storage and seedling ventilation; The height can be adjusted, the mobility is convenient, and the empty vehicle can be stacked. One device covers the entire process of seedling cultivation, reducing the cost of base equipment procurement and site use. It is suitable for large-scale production in various greenhouses and professional seedling workshops.
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