Ceramsite suitable for planting of succulent plants

A succulent plant and ceramsite technology, applied in the field of ceramsite, can solve the problems of bacteria breeding, succulent plant weakness, and easy to produce peculiar smell, and achieve the effects of preventing root rot, excellent air permeability, and bright colors

Inactive Publication Date: 2019-08-16
王帅
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] Now when planting succulent plants, succulent plants are usually planted in flower soil. Although the flower soil will provide nutrients for the roots of succulent plants, the air permeability of the flower soil is relatively poor, which can easily cause the roots of succulent plants to rot , resul

Method used

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  • Ceramsite suitable for planting of succulent plants

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Example Embodiment

[0029] Example one

[0030] The present invention also proposes a ceramsite suitable for planting succulent plants, which comprises the following components by weight: 78% kaolin, 6% medical stone, 6% volcanic stone, 3% cellulose and 7% water;

[0031] S1. Granulation: Put 78% of kaolin, 6% of medical stone and 6% of volcanic stone into the granulator, and slowly turn it into an oval shape by clockwise rotation. When the kaolin, medical stone and volcanic stone are fully mixed, add 3% cellulose and 7% water make it slowly into spherical particles;

[0032] S2, polishing: Put the spherical particles obtained in S1 into a small granulator for polishing;

[0033] S3. Drying: Put the spherical particles polished in S2 into a drying room at 150 degrees Celsius for drying. The drying time in summer is 30 minutes and the drying time in winter is 60 minutes. The purpose is to remove the spherical particles. Moisture

[0034] S4. Screening: Put the spherical particles dried in S3 into the vibr...

Example Embodiment

[0036] Example two

[0037] The present invention also proposes a ceramsite suitable for planting succulent plants, comprising the following components by weight: 80% kaolin, 5% medical stone, 5% volcanic stone, 3% cellulose and 7% water;

[0038] S1. Granulation: Put 80% of kaolin, 5% of medical stone and 5% of volcanic stone into the granulator, and slowly turn it into an oval shape by clockwise rotation. When the kaolin, medical stone and volcanic stone are fully mixed, add 3% cellulose and 7% water make it slowly into spherical particles;

[0039] S2, polishing: Put the spherical particles obtained in S1 into a small granulator for polishing;

[0040] S3. Drying: Put the spherical particles polished in S2 into a drying room at 150 degrees Celsius for drying. The drying time in summer is 30 minutes and the drying time in winter is 60 minutes. The purpose is to remove the spherical particles. Moisture

[0041] S4. Screening: Put the spherical particles dried in S3 into the vibrating...

Example Embodiment

[0043] Example three

[0044] The present invention also proposes a ceramsite suitable for planting succulent plants, comprising the following components by weight: 82% kaolin, 4% medical stone, 4% volcanic stone, 3% cellulose and 7% water;

[0045] S1. Granulation: Put 82% of kaolin, 4% of medical stone and 4% of volcanic stone into the granulator, and slowly turn it into an oval shape by clockwise rotation. When the kaolin, medical stone and volcanic stone are fully mixed, add 3% cellulose and 7% water make it slowly into spherical particles;

[0046] S2, polishing: Put the spherical particles obtained in S1 into a small granulator for polishing;

[0047] S3. Drying: Put the spherical particles polished in S2 into a drying room at 150 degrees Celsius for drying. The drying time in summer is 30 minutes and the drying time in winter is 60 minutes. The purpose is to remove the spherical particles. Moisture

[0048] S4. Screening: Put the spherical particles dried in S3 into the vibrati...

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Abstract

The invention discloses a ceramsite suitable for planting of succulent plants. The ceramsite comprises the following components, in percentages by weight: 76%-84% of kaolin, 1%-9% of maifan stone, 1%-9% of volcanic stone, 2%-4% of cellulose and 7% of water. The ceramsite prepared in the invention is mainly applied to the planting of the succulent plants, the ceramsite has excellent gas permeability, does not store excess water, and can quickly promote the effects of rooting and root strengthening of the succulent plants and prevent roots of the succulent plants from being rotten, and the succulent plants planted by using the ceramsite do not easily get sick or have worms; in addition, the main components of the ceramsite are the kaolin, the maifan stone and the volcanic stone, the raw materials contain a plurality of microelements, so that the effect of improving growth vigour of the succulent plants can be achieved; and at the same time the ceramsite is clean and hygienic, does not produce odor, and can bring out bright colors of the succulent plants.

Description

technical field [0001] The invention relates to the related field of ceramsite technology, in particular to ceramsite suitable for planting succulent plants. Background technique [0002] Succulent plants, also known as succulent plants and succulent plants, mean plants with plump and succulent succulent stems, leaves or roots. There are more than 10,000 species in the world, belonging to more than 40 families. Among them, there are many species belonging to the family Cactaceae, so they are separately listed as cactus plants in cultivation, and plants of other families are called succulent plants. [0003] Now when planting succulent plants, succulent plants are usually planted in flower soil. Although the flower soil will provide nutrients for the roots of succulent plants, the air permeability of the flower soil is relatively poor, which can easily cause the roots of succulent plants to rot , resulting in the death of succulent plants, even the roots of succulent plants...

Claims

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Application Information

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IPC IPC(8): C04B33/13A01G24/15A01G24/12
CPCA01G24/12A01G24/15C04B33/13C04B2235/3463C04B2235/656C04B2235/6567
Inventor 王帅
Owner 王帅
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