87results about How to "Not easy to absorb moisture and agglomerate" patented technology

The invention discloses a specific fertilizer of ornamental pineapple in the floral fertilizer technological domain, which comprises the following parts: 0-30% calcium ammonium nitrate, 0-60% potassium nitrate, 0-30% monobasic potassium phosphate, 0-8.2% monoammonium phosphate, 2-47% potassium sulfate, 4.3-23% magnesium sulfate, 0-17% aquacare, 0.422-0.823% EDTA-Fe, 0.048-0.096% zinc sulfate, 0.007-0.013%copper sulfate, 0.013- 0.024%sodium molybdate and 0.055-0.110% manganese sulfate.

The invention relates to a kelp extractive nutrition enhancer and a preparation method thereof, which belong to the science and technology field of food. The kelp extractive nutrition enhancer is stable in product quality and rich in nutrition; and the preparation method of the kelp extractive nutrition enhancer is simple in production technology, high in yield and low in cost. The kelp extractive nutrition enhancer provided by the invention comprises the following components in percentage by weight: 25.0%-35.0% of kelp extractives, 45.0%-59.5% of protein powder, 10.0%-15.0% of maltodextrin, 2.0%-5.0% of nutrition yeast powder and 0.5%-1.0% of an antioxidant. The kelp extractive nutrition enhancer provided by the invention is reasonable in component compatibility, low in production cost, rich in nutrition ingredient, less prone to moisture absorption and caking and good in stability, and can be taken as a favorable food nutrition enhancer.

The invention relates to a granular microelements additive for livestock and poultry and a preparation method thereof. One or several soluble salt(s) consisting of iodine, cobalt, selenium, copper, ferrum, manganese and zinc are mixed with the mixed carrier of stone dust and starch at a certain weight ratio, and the granular microelements additive containing singular microelement or a plurality of microelements is obtained after granule fabrication. The preparation method comprises the steps of dissolving the soluble salts containing microelements in right amount of water; uniformly spraying the dissolved soluble salts on the mixed carrier of the stone dust and the starch at a certain weight ratio of the mixed carrier to the microelements; blending uniformly; granule fabricating; drying; sieving; and obtaining the granular microelements additive with grain fineness of 30-100 meshes. The granular microelements additive for the livestock and the poultry has the advantages of good liquidity, quick dissolution, high bioavailability, non-blocking property, easy blending, no dust pollution and minor damage to other nutrient content in feed.

An efficient fire-extinguishing agent of superfine powder is prepared from ammonium phosphate, SiO2 and stearate. Its advantages include small granularity less than 10 microns, large specific surface area, high flowability and dispersity, high fire extinguishing effect, no poison and no pollution.

The invention discloses a low-compressive creep and high temperature-resistant ethylene propylene rubber material and a preparation method thereof, and belongs to the technical field of rubber. The rubber material comprises the following components in parts by weight: 100 parts of raw ethylene propylene rubber, 5 parts of zinc oxide, 1.2 parts of stearic acid, 2 parts of an antiager 445, 4-8 partsof Ative CHO, 45-55 parts of fast extruding carbon black N550, 5-10 parts of a softening and plasticizing agent S2550, 1.5-2.0 parts of a crosslinking auxiliary agent N308E and 6.0-8.0 parts of a vulcanizing agent GF-45. The rubber material has excellent high temperature resistance, has good physical properties after aging at 175 DEG C, has a significant advantage of low compression set, and meets performance requirements of German Volkswagen PV3330 and PV3307 standards on the compression set.

The invention discloses a preparation method of xylitol and maltitol eutectic, which comprises the following steps that raw xylitol and raw maltitol are mixed at a mass ratio of (10:1)-(2:1), and evaporated and concentrated to a molten state that the mass fraction of solid in a mixture is above 98%; a molten-state xylitol and maltitol mixture is obtained, cooled to 120-160 DEG C, mixed with a seed crystal, and stirred sufficiently, so that the molten-state xylitol and maltitol mixture is eutectic; cooling and drying are performed after uniform mixing; the temperature is reduced to 30-40 DEG C; smashing is performed; and the xylitol and maltitol eutectic is obtained. The method solves the problems that the kneading difficulty is great, the ageing time is long, the smashing is difficult, the crystallization speed is low, the efficiency is low, and mass production is not easy in the existing production technology of the eutectic. The xylitol and maltitol eutectic prepared by the method has good homogeneity, is more suitable for preparing chewing gum and preforming, and has good economic benefits and social significance.

The present invention discloses traditional Chinese medicine granules for avian colibacillosis treatment, wherein raw materials comprise, by crude drug, 30-90 g of gypsum, 3-20 g of honeysuckle, 2-30 g of figwort root, 2-15 g of baikal skullcap root, 2-15 g of unprocessed rehmannia root, 2-15 g of weeping forsythia fruit, 2-15 g of cape jasmine, 2-15 g of Chinese gentian root, 2-30 g of manyflower gueldenstaedtid herb, 2-40 g of indigowoad root, 2-15 g of common anemarrhena, 2-15 g of creeping liriope, and a proper amount of an excipient. The preparation method for the cooling-relieving therapy granules comprises: (1) adopting enzyme extraction on the drugs in the formula to prepare extract powder, (2) adding the excipient and mixing, and (3) carrying out granulation, drying and sub-packaging to obtain the finished product. The granule agent has functions of heat clearing, detoxication, yin nourishing and dysentery treatment, and has characteristics of high active ingredient content, significant therapy effect, easy taking and no toxic and side-effect.

The invention belongs to the field of sea cucumber peptide, and discloses a sea cucumber peptide and a production method thereof. The method comprises the steps that water is added to a sea cucumber raw material, homogenated and heated, high-efficient compound enzymic preparation enzymolysis is conducted under the conditions that the pH value is not adjusted and the temperature is not controlled,components which are hard to dissolve and easily absorb dampness are filtered and removed by an inorganic nanofiltration ceramic membrane, high-temperature and high-pressure processing is conducted, and sea cucumber peptide powder is prepared after concentration and drying are conducted. The method has the advantages that the enzymolysis pH value does not need to be adjusted, the enzymolysis temperature does not need to be controlled, the enzymolysis time is short, the enzyme adding amount is less, the molecular weight of enzymolysis products is low and concentrated, and the water resolubilityof prepared sea cucumber peptide powder is excellent, and dampness is not easily absorbed and blocks are not easily formed in the storage process.

The invention belongs to the field of collagen peptide, and discloses deep-sea fish collagen peptide and a production method thereof. The production method includes successively performing soaking treatment on deep-sea fish skin particles by adopting a NaOH solution and a HCl solution; adding water and utilizing a colloid mill to prepare into a crude collagen solution; performing heating processing, and performing enzymatic hydrolysis by using a high efficiency compound enzyme preparation under a natural condition of adjusting pH values and controlling temperatures; filtering and removing components which are not easy to dissolve and easy to absorb moisture through an inorganic nanofiltration ceramic membrane; and performing high temperature and high pressure treatment, concentration and drying to prepare powder. The method is short in enzymatic hydrolysis time, less in enzyme addition, and low and concentrated in molecular weight of enzymatic hydrolysate without adjusting the pH valueof enzymatic hydrolysis and controlling enzymatic hydrolysis temperatures; and the prepared deep-sea fish collagen peptide powder is excellent in water re-solubility, and is not easy to absorb moisture and cake during storage.

The invention discloses a solid bottle-washing additive. The solid bottle-washing additive comprises the main components of sodium gluconate, urea, sodium dihydrogen phosphate, sodium triphosphate, Triton DF-16, Surfynol DF-110D, Surfynol DF-220 and white carbon black. The additive finished product is good in color and luster, powder is dry, caking is not likely to occur, and the solid bottle-washing additive has good fluidity and is convenient to use and easy to add. Meanwhile, the bottle-washing additive is free of foams in the whole bottle-washing process and capable of rapidly permeating into adhesive inside bottle marking paper, in this way, the whole marking paper falls off, a washed bottle is bright and transparent without blurring, no adhesive traces are left on the exterior of the bottle, and no residues are left inside the bottle.

The invention belongs to the technical field of food processing and relates to a five-cereal red date flour and a preparation method thereof. The five-cereal red date flour comprises the following rawmaterials: 65%-75% of five-cereal powder, 20%-25% of red date powder and 5%-8% of ginger powder. The five-cereal red date flour is prepared according to the steps of preparing the five-cereal powder,steaming, preparing the red date powder and blending, wherein the red date powder is prepared according to a three-stage drying method. According to the invention, the production process is simple, the cereals rich and complete in nutrition are scientifically blended with the red dates, any additives are not added, the five-cereal red date flour is green and healthy, and the end product tastes mellow, is strong in red date fragrance and is convenient for eating.

The invention discloses organic fertilizer, which is prepared from a main material and an auxiliary material, wherein the main material is prepared from plant straw, bean pulp, municipal refuse and river sludge; and the auxiliary material is prepared from clear water, deodorant, alcohol, em liquid, acetic acid, phosphorite powder, dolomite, mica powder, peat soil, urea, potassium sulfate and lime.By using the organic fertilizer, through adding the urea, the potassium sulfate and the lime into the auxiliary material and adding partial components of inorganic fertilizer into the organic fertilizer, the fertilizer supply speed can be regulated through cooperative use; the production cost is decreased; the organic fertilizer has the characteristics of the mutual assistance of rapid release and slow release and the combination of long acting and short acting; the dynamic equilibrium of fertilizer release and crop absorption can be realized; the supply of macro-element, medium-element and micro-element fertilizer is regulated; the transverse equilibrium of a nutritional ingredient is realized; meanwhile, the urea is added into soil and can be suitable for various kinds of soil; the nitrogen content in the soil is supplemented; the potassium sulfate is added and can be used as base fertilizer; the moisture absorption and the agglomeration are difficult and further the potassium content in the soil is supplemented; the lime is added to improve the structure of the soil; and the acidity of the soil can be also neutralized.

The invention provides a preparation method of sodium butyrate granules and a tail gas treatment method of the sodium butyrate granules. The invention relates to the field of preparation of non-antibiotic growth-promoting feed additives. The preparation method mainly comprises the following steps: preparing a sodium butyrate raw material, mixing the components, extruding the mixture into strips, granulating the mixture, and performing shot blasting and drying. The invention also relates to the treatment method for tail gas in preparation of the sodium butyrate granules. The treatment method comprises the following steps: collecting tail gas obtained by spray drying, treating the tail gas through a heat exchanger so as to collect heat in the tail gas, and then treating the cooled tail gas through a two-stage water film scrubber tower so as to obtain clean tail gas; and finally, performing heat exchange through the heat exchanger, and compensating heat for the storage tank through the jacket and discharging the residual clean gas. The preparation method of the sodium butyrate granules is safe, simple, convenient, good in controllability, environment-friendly and reliable.