Controlled release fertilizer flowerpot and production method thereof

Abstract

The invention relates to the horticulture field, in particular to an energy-saving and environmental-friendly fertilizing-controlled flowerpot and a production method; the fertilizing-controlled flowerpot is composed of a pot bottom and a pot wall and is characterized in that the pot bottom and the pot wall are provided with no through holes; the production method comprises the following steps: breaking up the bark of broad-leaved plants; mixing and fermenting the bark residue and animal dung with a little biological active bacteria, and smashing the mixture into powders; then adding bentonite and ore powders into the smashed powders and then mixing together; mixing ion-exchange adhesive water with a little acetic acid into meta-acid adhesive fluid; stirring the main parent material with the meta-acid adhesive fluid into pug; and placing the pug into a production mold and suppressing the pug into a flowerpot. The flowerpot can absorb and store water, and release moisture and nutrients so as to avoid the trouble of additional fertilizing; if the flowerpot is inadvertently broken, the broken pieces can be degraded in an environmental-friendly way and used as nutrient-based flower soil to cultivate the flower, so as to enable to cultivate flowers or beautify houses and stadiums to achieve unprecedented fashion and relaxation.

Description

Technical field: [0001] The invention relates to the field of gardening, in particular to an environment-friendly and energy-saving controlled-release fertilizer flowerpot and a production method. Background technique: [0002] As we all know, the existing flower pots are divided into firing, porcelain and plastic materials, but no matter what kind of material the flower pots have, they all have a traditional feature: they all have drainage holes at the bottom of the flower pots, and some Ventilation holes are also provided on the pot body, such as precious orchid pots, the drainage holes at the bottom of the pot and the vent holes on the wall of the pot account for one-third of the pot body. Before the plants and flower soil have time to absorb 20% of the water, they will quickly lose it along the bottom hole of the pot under the action of their own gravity, and use a special fine watering can to spray water on the flowers, although the water loss will be less Some, but as...

AI Technical Summary

Problems solved by technology

[0002] As we all know, the existing flower pots are divided into firing, porcelain and plastic materials, but no matter what kind of material the flower pots have, they all have a traditional feature: they all have drainage holes at the bottom of the flower pots, and some Ventilation holes are also provided on the pot body, such as precious orchid pots, the drainage holes at the bottom of the pot and the vent holes on the wall of the pot account for one-third of the pot body. Before the plants and flower soil have time to absorb 20% of the water, they will quickly lose it along the bottom hole of the pot under the action of their own gravity, and use a special fine watering can to spray water on the flowers, although the water loss will be less Some, but as an indoor ornamental flower planting, the sewage in the flowerpot flows to the floor or table every time it is watered, which is very suitable for all flower lovers, especially the clean and warm beautification of modern homes, as well as offices or meeting rooms According to the clean greening requirements of hotels or restaurants, the sewage flowing out of the flower pots (especially the sewage flowing out after topdressing organic fertilizers), if not cleaned in time, will attract flies and insects, and this will bring more regrets to greening. It has become an extremely disharmonious contradiction with the "buildings, halls, halls, and places" of modern homes and modern offices. Moreover, the loss of reciprocating watering for planting flowers is not only fertilizer, but also a lot of water wasted. The global The water wasted in this area every year is also a problem that human beings should pay attention to for the earth where water resources are getting more and more tense

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