Indole-3-butyric acid potassium salt CAS 60096-23-3

CN201810123921.5 provides sodium naphthaleneacetate and potassium 3-indolebutyrate compound water dispersible granules and its preparation method.

 In order to achieve the above purpose, the technical solution adopted by the present invention is: a sodium naphthaleneacetate and potassium 3-indolebutyrate compound water-dispersible granules, which are prepared from the following raw materials in weight percentage, sodium naphthaleneacetate 10% ～20%, potassium 3-indolebutyrate 5%～10%, sodium methyl naphthalenesulfonate formaldehyde condensate 4%～8%, sodium methylene dinaphthalene sulfonate 2%～4%, lignin sulfonic acid Sodium 1%～3%, silicon steel oxide scale 1%～3%, sodium carboxymethyl cellulose 2%～10%, the balance is filler. Further, the filler of the present invention is taken from any one of talc, bentonite, activated clay, white carbon black, glucose, lactose, sucrose, diatomaceous earth, starch, attapulgite, clay, and kaolin. 

The preparation method of the sodium naphthaleneacetate and potassium 3-indolebutyrate compound water-dispersible granules includes the following steps:

1. Mixing; mixing and pulverizing the various raw materials that make up sodium naphthaleneacetate and potassium 3-indole butyrate water dispersible granules to make superfine wettable powder;
2. Kneading; add the wettable powder mixed in step 1) and 15-20% water of its mass into the kneader at the same time to fully knead:
3. Granulation and drying; the material kneaded in step 2 is introduced into the frame extrusion granulator for granulation;
4. Fluidized drying and screening; the dried in step 3) is fluidized through a fluidized bed, and then dried and screened to obtain water dispersible granules;
5. Inspection packaging; the finished product of water dispersible granules obtained in step 4 is made into a finished product through inspection packaging.

The principle of the invention is that sodium naphthaleneacetate and potassium 3-indolebutyrate are both plant growth regulators, and the two are compounded as crop rooting agents. They are mostly processed into powders in agricultural production, but they are easy to appear during the use of this formulation. Dust drift, contact with powders and respiratory toxicity under field conditions, water dispersible granules have the characteristics of easy disintegration and dispersion in water, high content of active ingredients, and good suspension performance.

The beneficial effects of the present invention are: the water-dispersible granule formulation of the present invention overcomes the problems of poor dispersibility, suspension stability and environmental pollution compared with traditional pesticide formulations. The water-dispersible granule formulation of the present invention has fast water-soluble disintegration speed and dispersibility. Good, high content of active ingredients, high suspension rate and other advantages.

CN201510809132.3 discloses a composition for promoting the rooting and survival of sweet potato seedlings.

The composition includes sodium α-naphthaleneacetate and potassium 3-indolebutyrate; the mass part of the sodium α-naphthaleneacetate is 1.5 parts; the mass part of the potassium 3-indolebutyrate is 4.5 parts.

The present invention also provides a medicament for promoting rooting of plant shoots. The medicament includes sodium α-naphthaleneacetate, potassium 3-indolebutyrate and water. The mass parts of the sodium α-naphthaleneacetate is 1.5 parts; the mass parts of the potassium 3-indolebutyrate is 4.5 parts; the amount ratio of the water to the sodium α-naphthaleneacetate is 1L: 1.5g, The dosage ratio of potassium 3-indolebutyrate is 1L:4.5g.

The use method of the medicament is simple, easy to operate in the field, easy to be applied in production, and has obvious effects of promoting rooting of potato seedlings and increasing yield.

CN201611242300.6 discloses a purple magnolia cutting seedling raising process, which includes the following steps:

S1: Choose a plot with loose geology, fertile soil, and soil pH of 6.4-6.7 as the nursery, and use 35-40% carbendazim wettable powder to spray on the topsoil of the nursery;

S2: Use semi-lignified twigs as cuttings on the healthy, disease-free female parent plant of purple magnolia, the length of the cuttings is 8-10cm, and then immerse the base of the cuttings in water;

S3: Prepare the following raw materials by weight: 20-25 parts of ethanol, 23-26 parts of potassium 3-indolebutyrate, 18-22 parts of talc, 14-16 parts of clay, 22-24 parts of sodium naphthalene acetate, and then Mix ethanol, potassium 3-indolebutyrate, talc, clay and sodium naphthaleneacetate to prepare a reagent;

S4: Immerse the base of the cuttings in the reagent for 6-9h. The invention can increase the rooting rate of the purple magnolia cuttings, can be disinfected, avoid infection of the cuttings with pathogens, and improve the survival rate of the purple magnolia cuttings. The process is simple and the use is convenient.

CN201811288679.3 discloses a plant rooting agent added with seaweed essence and its preparation method.

The plant rooting agent added with seaweed extract includes seaweed extract solution, plant extract, potassium permanganate, vitamin B12, aspirin, potassium 3-indolebutyrate, zeaacetic acid, sodium nitrophenolate, sodium naphthaleneacetate, sucrose and Purified water, according to seaweed extract solution: plant extract: potassium permanganate: vitamin B12: aspirin: potassium 3-indole butyrate: zea acetic acid: sodium nitrophenolate: sodium naphthalene acetate: sucrose: purified water is 2:2 : 0.5:1:0.5:0.5:0.5:0.5:0.5:1:100 parts by weight ratio.

The invention is convenient to prepare, is conducive to plant rooting and solidification. The addition of seaweed extract is conducive to improving plant resistance to stress, improving plant resistance to drought, cold, pests and diseases, further improving plant root development, and improving plant resistance to trace elements Absorption.