CN102326707A - Green safe feed for fleshy poultry and preparation method - Google Patents
Green safe feed for fleshy poultry and preparation method Download PDFInfo
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- CN102326707A CN102326707A CN201110292216A CN201110292216A CN102326707A CN 102326707 A CN102326707 A CN 102326707A CN 201110292216 A CN201110292216 A CN 201110292216A CN 201110292216 A CN201110292216 A CN 201110292216A CN 102326707 A CN102326707 A CN 102326707A
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Landscapes
- Fodder In General (AREA)
- Feed For Specific Animals (AREA)
Abstract
The invention relates to green safe feed for animals in the field of animal husbandry and veterinary medicine, in particular relates to a recipe and a production process of the feed. Green safe feed for fleshy poultry is mainly characterized by comprising the following raw materials: corn, wheat, bean pulp, corn protein powder, cotton seed meal, mixed oil of bean oil and poultry oil, common salt, calcium hydrophosphate, mountain flour, lysine, methionine, mineral feed additives, choline chloride, composite vitamins, coated sodium butyrate, composite Chinese herbal medicine feed additives, emulsifying agents, antioxidants and mycotoxin absorbing agents. The green safe feed has the advantages that the current conditions of high medicine residue content in the poultry meat and poor flavor caused by the abuse of various antibiotics and chemical additives in broiler raising are changed, the feed cost is saved, the economic benefits are improved, and the sustainable development of the animal husbandry is promoted.
Description
Technical field
The present invention relates generally to animal green safety feed in the animal and veterinary field, is specifically related to the prescription and the production technology of this feed.
Background technology
Green feed safety is meant in the feed not poisonous, the harmful substance or the factor that can cause actual harm to the health of letting animals feed and production performance, and this type is poisonous, harmful substance or factor can be not residual in livestock products, accumulate and transfer and harm humans is healthy or existent environment of people is constituted a threat to.The illegal forbidden drug that uses in feed mainly is illegally to use hormone such as β～excitant; The unreasonable feed addictive that causes abusing of filling a prescription; The defective feed product that causes of feed hygiene index is with low quality, both can bring economic loss to aquaculture, again can the direct threats people health.The construction object of feed safety engineering is to set up the feed safety security system; Strengthen supervision and management to feed and feed addictive production, operation and use link in accordance with the law; The overall qualification rate of overall qualification rate of China's feed product and additive and premixed feed thereof is improved, and the illegal drug recall rate is below 5%.
The invention of poultry green safety feed formula and technology helps the aquaculture sustainable development, promotes increasing peasant income and keeps social stability; The invention of poultry green safety feed formula and technology helps ensureing people's health and preserves the ecological environment and improve the feed product quality, strengthens the aquaculture capacity to earn foreign exchange through exports.
Chicken is fast, in liberal supply, the most inexpensive high-quality meat of growth rate in the world.Chicken also is the most economical meat protein source of generally acknowledging.Compare with pork, beef, the feed conversion rate of chicken is the highest, and comparative advantages are obvious.Every production 1kg meat, pork need consume about feed 2.6～3.5kg, and beef then needs 6～7kg feed, and chicken only consumes feed 1.6～2.5kg.
At present to produce raise benefit low for China's fryer, and intensification, scale, standardization are not high, and irrational feeding manner adds that the health and epidemic prevention system is unsound, and the risk that eqpidemic disease is taken place is high, resists market risk ability.The research and development of poultry special-purpose non-toxic safe feed prescription and the improvement of technology can provide technical support for the industrialization of fryer production.
Mainly contain two problems in China's broiler fodder production: the residual and drug resistance of (1) antibiotic medicine.In the last few years, for the quick generation of pursuing livestock and poultry and higher feed conversion rate, antibiotic added the quality that excess or abuse of antibiotics have had a strong impact on animal products, had been with harm for human body health.According to investigations; The poultry feed that the Feed Enterprise of present Gansu Province more than 90% produced all indicates the off-drug period; But seldom there is breeding enterprise to use no withdrawal time feed instead in the off-drug period, before delivering for sale; Think the feed of the non-withdrawal time of such use, use cumbersomely that and the quick gaining effect that poultry is delivered for sale is not obvious; (2) the raw material irrationality selecting for use and fill a prescription.The poultry feed of each Feed Enterprise is from market sale; Basic size is identical; But in the actual production process and since the selection of trophic level, raw material select for use with quality control, production process in cross-infection, the appropriate design of production technology and safety and the nutrition that the feed formula reasonability all influences the poultry feed.For example some Feed Enterprise are in order to reduce profit, adopt in the feed formula that a large amount of production technologies are simple and crude, the underproof digested tankage of sanitary index, meat meal tankage, cause feeding quality unstable, influences poultry and grow and human beings'health.Along with rising steadily of grease price, some enterprises use so-called " nutrition miscella ", actual " swill oil " that uses, and sanitary condition is low, and feed factory pollutes very serious each other.Some Feed Enterprise are not still observed No. 1224 bulletins of the drug use rule and the Ministry of Agriculture of country; Still use medicated premixs such as olaquindox, arsanilic acid; Medicated premix such as aureomycin, colistine sulfate overdose adds; The vitamins adding proportion is unreasonable, the use overdose ubiquity of mineral element additive copper, zinc etc.; The phenomenon that lead, arsenic and salmonella exceed standard almost each feed factory all exists, and these and raw material select for use use in close relations.
Summary of the invention
The objective of the invention is to avoid the deficiency of prior art to provide a kind of poultry to use the green safety feed.To form the green safety special feed prescription of different cultivars, different growth phase poultries, change all kinds of antibiotic of abuse, chemical industry class additive in the present feeding of broiler, cause the present situation of residual big, the weak flavor of poultry Chinese medicine; Improve the feed formula production technology,, also can practice thrift feed cost simultaneously, increase economic efficiency, promote the sustainable development of animal husbandry for poultry intensification, batch production, large-scale development provide technical support.
For realizing above-mentioned purpose, the technical scheme that the present invention takes is: a kind of poultry is used the green safety feed, and its main feature is to comprise following raw material by weight: corn 550～600 weight portions; Wheat 75～180 weight portions, dregs of beans 125～280 weight portions, corn protein powder 20～25 weight portions; The cottonseed dregs of rice 20～60 weight portions, miscella 15～30 weight portions of soya-bean oil and fowl oil, salt 2～3 weight portions; Calcium monohydrogen phosphate 10～12 weight portions, stone flour 10～15 weight portions; Lysine 1.9～3 weight portions; Methionine 0.5～1 weight portion; Mineral additive for feed 1～3 weight portion; Choline Chloride 0.8～1 weight portion; Compound multivitamin 0.3～0.4 weight portion; Coating sodium butyrate 0.3～0.5 weight portion of 30% content; Compound Chinese herbal feed additive 0.5～4 weight portion; Emulsifying agent 0.01～0.02 weight portion; Anti-oxidant 0.02～0.03 weight portion; Mold toxin sorbent 0.6～1 weight portion.
Described poultry is used the green safety feed, also comprises following raw material by weight: rapeseed dregs 20～25 weight portions; Threonine 0.4～0.5 weight portion; Fish meal 15～30 weight portions.
Described poultry is used the green safety feed, and described compound Chinese herbal feed additive material component by weight percentage is the Radix Astragali 23～27%, Radix Angelicae Sinensis 13～17%; The red sage root 8～12%, purslane 13～17%, garden burnet 10～14%; The root of large-flowered skullcap 6～10%; Sodium humate 13～17% mixes and pulverizes, and granularity is controlled at the 200-300 order.
Described poultry is used the green safety feed, and described mineral additive for feed material component by weight is: zinc methionine 63～67 weight portions; Manganese sulfate 56～60 weight portions; Basic copper chloride 6.8～7.2 weight portions; Ferrous fumarate 58～62 weight portions; Calcium iodate 4.8～5.2 weight portions; Yeast selenium 0.4～0.45 weight portion; Chromium picolinate 0.26～0.3 weight portion.
Described poultry is used the green safety feed, it is characterized in that described mold toxin sorbent is bioflavonoid material, esterification glucomannans and enzyme preparation; Described emulsifying agent is glyceryl monostearate, sucrose monolaurate and sorbitol anhydride monolaurate; Described anti-oxidant is 2, the 6-di-tert-butyl-4-methy phenol.
A kind of poultry is used the green safety feed producing method, and its main feature is that step is:
(1) corn and dregs of beans are pulverized the back for the first time and are mixed through previous cleaning; Grinding particle size is 15 orders～25 orders;
(2) for the first time steam is granulated: 80 ℃ ~ 85 ℃ of steam temperatures, steam pressure 0.2～0.4 Mpa, 150 ~ 170 volts in granulation electric current encircles film diameter 4.5mm, pellet length 3 ~ 10mm, cool time 6 ~ 8min;
(3) add non-sensitive stock basestocks such as wheat, the cottonseed dregs of rice, pulverize the back for the second time and mix; Grinding particle size is 15 orders～25 orders;
(4) add the core material: from little dog-house with compound Chinese herbal feed additive, compound multivitamin, the coating sodium butyrate, emulsifying agent, mineral additive for feed, dregs of beans, miscella drop into mixer, must guarantee throw aniseed in the middle of throw;
(5) with the steam granulation for the second time of all raw materials: 40～50 ℃ of steam temperatures, steam pressure 0.2～0.4 Mpa, 150 ~ 170 volts in granulation electric current, ring film diameter 2.5～3.5mm, pellet length 3 ~ 10mm;
(6) obtaining finished product, the room temperature preservation: finished product temperature and room temperature be poor ± and 5 ℃;
(7) classification, weighing, packing: classifying screen is several 8 orders of mesh～12 orders up and down, weighing error ± 0.02kg.
The characteristics that Chinese herbal feed additive has natural sex, multifunctionality, has no side effect and do not have the resistance to the action of a drug advantage of holding concurrently can not only improve the production performance of animal, and can significantly improve the quality of its product; Sodium butyrate is that quick noble cells provides direct energy source, and it upgrades through direct promotion cell stimulates the intestinal villus of damage to be restored; The amphiphilic nature of emulsifying agent can increase the compatibility between feed ingredient, reduces interfacial tension, improves the assimilation effect of grease; For the first time high-temperature steam is granulated and is guaranteed to avoid fully mixing and slaking of raw material and steam, Low Temperature Steam granulation for the second time the part loss of nutritive components that possibly cause; Seven modules through the Brill formula software are set up poultry special-purpose non-toxic safe feed database and formulation optimization.
Beneficial effect of the present invention:
1. do not use any antibiotics additive in the feed, use Chinese herbal feed additive instead, medicament residue is reduced to floor level, reduce drug resistance, promote the poultry immunocompetence and the general level of the health;
2. select the protective agent of sodium butyrate for use as intestinal health; And the technology of employing coating; The bond of butyric acid and sodium ion is wrapped in the fat, reduces the production loss and make more butyric acid arrive the enteron aisle back segment, 70% energy is provided for gastrointestinal tract mucous cell; Promote the health of intestinal mucosa, and then promote animal digesting and assimilating feed;
3. the mode of employing emulsifying agent+grease increases the energy level of poultry and digests and assimilates.Because poultry growth period is short, generally about 45～56 days, the poultry growth of later stage needs lot of energy to quicken it to deliver for sale on time.Lot of energy is added and is not only increased cost in the feed, and is difficult for processing, is difficult for preserving transportation, and oxidation is spoiled easily, and poultry is non-digestible, from ight soil, discharges easily.Add emulsifying agent and can reduce feed cost, improve energy level;
4. select acceptable material for use.Do not select the underproof raw material of sanitary index for use, for example some low-quality digested tankages, meat meal tankage; Do not select the oxidation deterioration raw material for use, for example the fish meal of long-term storage and animal oil; Stop to mingle selecting for use of raw material, prevent that feeding quality is unstable;
5. with reference to up-to-date trophic level and No. 1224 updates such as bulletin of the Ministry of Agriculture, the nutritional need of design vitamin, mineral element etc. is accomplished the most effectively;
6. adopt Brill Feed Formulation formula software to carry out poultry and make optimization with foundation of feedstuff database and prescription;
7. use the secondary granulating process, promptly earlier to 80～90 ℃ of raw material appropriate heat treatment, for example corn, dregs of beans expansion slaking mixes as a kind of raw material the heat treatment of raw materials merging and carries out 40～50 ℃ of granulations of low temperature with sensitive stock.Improve the digestibility of feedstuffs such as dregs of beans, corn, wheat; Increase the palatability of the feed of poultry after the raw material heat treatment to a certain extent; Activity, the especially loss of heat-sensitive substance such as vitamin and sodium butyrate and in-fighting that secondary low temperature is granulated and is very beneficial for keeping functional materials;
8. adopt the Chinese herbal feed additive of ultramicro grinding to substitute the antibiotics additive in the poultry feed comprehensively, reduce medicament residue to greatest extent and reduce drug resistance, improve poultry product meat and local flavor; Adopt HS～GC～MS technology to extract the poultry flavor components, compare means such as analysis, confirm the effect of each prescription aspect the animal products quality-improving with the flavor substance of the animal products of normal use production of antibiotics;
9. poultry Chinese traditional medicine residual component is carried out qualitative, quantitative analysis, set up the residual test stone of poultry medicine;
10. adopt the Brill formula software to set up the raw database of poultry special feed, revision nutritional need standard is set up raw material end product quality standard, guarantees poultry production standard, green safety.
The specific embodiment
Below principle of the present invention and characteristic are described, institute gives an actual example and only is used to explain the present invention, is not to be used to limit scope of the present invention.
Embodiment 1: meat chicken special-purpose non-toxic safe feed prescription
Described coating sodium butyrate purchases in Hangzhou that the Kant weighs feed company.Described compound vitamin is purchased the group in German Tai Gao.
Described mold toxin sorbent is bioflavonoid material, esterification glucomannans and enzyme preparation, the harmful toxins such as aflatoxin in the main adsorption feed; Described emulsifying agent is glyceryl monostearate or sucrose monolaurate or sorbitol anhydride monolaurate; Described anti-oxidant is 2, the 6-di-tert-butyl-4-methy phenol.
Embodiment 2: chicken special-purpose non-toxic safe feed prescription in the meat
Described coating sodium butyrate purchases in Hangzhou that the Kant weighs feed company.Described compound vitamin is purchased the group in German Tai Gao.
Described mold toxin sorbent is bioflavonoid material, esterification glucomannans and enzyme preparation, the harmful toxins such as aflatoxin in the main adsorption feed; Described emulsifying agent is glyceryl monostearate or sucrose monolaurate or sorbitol anhydride monolaurate; Described anti-oxidant is 2, the 6-di-tert-butyl-4-methy phenol.
Embodiment 3: the big chicken special-purpose non-toxic of meat safe feed prescription
Described coating sodium butyrate purchases in Hangzhou that the Kant weighs feed company.Described compound vitamin is purchased the group in German Tai Gao.
Described mold toxin sorbent is bioflavonoid material, esterification glucomannans and enzyme preparation, the harmful toxins such as aflatoxin in the main adsorption feed; Described emulsifying agent is glyceryl monostearate or sucrose monolaurate or sorbitol anhydride monolaurate; Described anti-oxidant is 2, the 6-di-tert-butyl-4-methy phenol.
Embodiment: 4: described poultry is used the green safety feed, also comprises following raw material by weight: rapeseed dregs 20～25 weight portions; Threonine 0.4～0.5 weight portion; Fish meal 15～30 weight portions.
Embodiment 5 to 7: described poultry is used the green safety feed, and described compound Chinese herbal feed additive comprises following raw material by weight percentage:
The preparation method of natural plant feed additives may further comprise the steps:
(1) selects materials by said component: the Radix Astragali 23 ~ 27%, Radix Angelicae Sinensis 13 ~ 17%, the red sage root 8 ~ 12%, purslane 13 ~ 17%, garden burnet 10 ~ 14%, the root of large-flowered skullcap 6 ~ 10%, sodium humate 13 ~ 17%.
(2) oven dry:, clean to be placed in 65 ℃ of baking ovens and dry moisture≤8.0% with the Chinese herbal medicine of choosing.
(3) ultramicro grinding: after 7 kinds of Chinese herbal medicines will drying mix, place the ultra micro flour mill to pulverize, grinding particle size 200 orders ~ 300 orders; Unit weight 650 ~ 720g/L granularity is for being the round-hole mesh of 2.5mm through the aperture all, and the aperture is the round-hole mesh of 1.5mm, oversize≤15%.
General flavone content >=6.0%; Total polyoses content >=12.0%; Astragaloside content >=4.0mg/100g; Ferulaic acid content >=14.0mg/100g; Gallic acid content >=9.5 mg/100g; Content of baicalin >=1.5%; Tanshinone IIA content >=10.0mg/100g.
Embodiment 8 to 10: described poultry is used the green safety feed, and described poultry is used the green safety feed, and described mineral additive for feed material component by weight is:
Described mineral additive for feed preparation method the steps include:
In less container, add zinc methionine 63g～67g respectively; Manganese sulfate 56～60g; Basic copper chloride 6.8～7.2g; Ferrous fumarate 58～62g; Calcium iodate 4.8～5.2g; Yeast selenium 0.4～0.45 g; Chromium picolinate 0.26～0.3g stirs, and adds stone flour 60g, mixes, and processes mineral substance premix.
Embodiment 11: a kind of poultry is used the green safety feed producing method, and its main feature is that step is:
A kind of poultry is used the green safety feed producing method, and its main feature is that step is:
(1) corn and dregs of beans are pulverized the back for the first time and are mixed through previous cleaning, and grinding particle size is 15 orders～25 orders;
(2) for the first time steam is granulated: 80 ℃ ~ 85 ℃ of steam temperatures, steam pressure 0.2～0.4 Mpa, 150 ~ 170 volts in granulation electric current encircles film diameter 3.5～5.5mm, pellet length 3 ~ 10mm, cool time 6 ~ 8min;
(3) non-sensitive stock basestocks such as wheat, the cottonseed dregs of rice is pulverized the back for the second time and is mixed, and grinding particle size is 15 orders～25 orders;
(4) add the core material: from little dog-house with compound Chinese herbal feed additive, compound multivitamin, the coating sodium butyrate, emulsifying agent, mineral additive for feed, dregs of beans, miscella drop into mixer, must guarantee throwing aniseed in the middle of throw;
(5) with the steam granulation for the second time of all raw materials: 40～50 ℃ of steam temperatures, steam pressure 0.2～0.4 Mpa, 150 ~ 170 volts in granulation electric current, ring film diameter 2.5～3.5mm, pellet length 3 ~ 10mm;
(6) obtaining finished product, the room temperature preservation: finished product temperature and room temperature be poor ± and 5 ℃;
(7) classification, weighing, packing: classifying screen is several 8 orders of mesh～12 orders up and down, weighing error ± 0.02kg.
Embodiment 12: described poultry is used the green safety feed, and described emulsifying agent is glyceryl monostearate or sucrose monolaurate or sorbitol anhydride monolaurate.
Described emulsifying agent+grease is:
When adding 1.2% grease in the per kilogram mixed feed, need to add emulsifying agent 100mg; When adding 1.6% grease in the per kilogram mixed feed, need to add emulsifying agent 100mg; When adding 2.0% grease in the per kilogram mixed feed, need to add emulsifying agent 120mg; When adding 2.6% grease in the per kilogram mixed feed, need to add emulsifying agent 150mg; When adding 3.0% grease in the per kilogram mixed feed, need to add emulsifying agent 160mg; When adding 3.5% grease in the per kilogram mixed feed, need to add emulsifying agent 200mg
Experimental example 1: sodium butyrate and Chinese herbal feed additive to meat chicken production performance influence
Experiment selected 1 age in days is liked to pull out increasingly 480 of (AA) meat chicks, is divided into 4 processed group at random, 3 repetitions of each processed group, and each repeats 40 chickens.Control group (basal diet); Test group 1 (basal diet+colistine sulfate 20mg/kg+ Bacitracin Zinc 100mg/kg); Test group 2 (basal diet+300 mg/kg coating sodium butyrates); Test group 3 (basal diet+0.4% Chinese herbal feed additive).Feed intake weekly and weightening finish in the record feeding process.Result of study shows: compare with control group, being added with of coating sodium butyrate improves the trend that the meat chick adds up food-intake and body weight.The interpolation of coating sodium butyrate has the reduction feed intake to 1～21 age in days meat chick in the daily ration; Improve the effect of daily gain; To the not influence of 22～42 ages in days; The feedstuff-meat ratio analysis shows that Chinese herbal feed additive and coating sodium butyrate have the trend that reduces feedstuff-meat ratio, but does not have significant difference, and the two all can increase substantially the fryer gross profit.Interpolation Chinese herbal feed additive and coating sodium butyrate have the trend of improving food utilization efficiency in the meat chick, and Chinese herbal feed additive and coating sodium butyrate can partly substitute antibiotic, and Chinese herbal feed additive has better advantage than coating sodium butyrate.
Experimental example 2: sodium butyrate and the research of Chinese herbal feed additive Synergism Testing
960 of the healthy AA meat chicks of experiment selected 1 age in days are assigned randomly in 4 processed group, according to the experimental design 4 kinds of daily rations of feeding respectively.Establish 4 processed group altogether, control group, antibiotic group, coating sodium butyrate group and complex group.The test daily ration is the basal diet group; Antibiotic daily ration group (basal diet+colistine sulfate 20mg/kg+ Bacitracin Zinc 100mg/kg); Coating sodium butyrate daily ration group (basal diet+300 mg/kg coating sodium butyrates); Complex group (300 mg/kg coating sodium butyrate+0.4% Chinese herbal feed additive).The result shows: interpolation antibiotic, coating sodium butyrate can improve the fryer daily gain, reduce feedstuff-meat ratio, improve survival rate separately in broiler fodder, but antibiotic has certain negative effect for the fryer feed intake.Comprehensive each item index, coating sodium butyrate+Chinese herbal feed additive group＞coating sodium butyrate group＞antibiotic group＞control group.Therefore, in broiler fodder, add 0.4% Chinese herbal feed additive simultaneously and 300mg/kg coating sodium butyrate can produce certain additivity cooperative effect.
Experimental example 3: the effect of emulsifying agent on fryer
21 age in days AA meat chicks of 600 health are divided into 3 groups at random, establish 4 repetitions for every group, 50 chickens of every repetition (public female half and half).The control group fed basal diet, test A group is added the 100g/t emulsifying agent in basal diet, and test B group is added the 120g/t emulsifying agent in basal diet.Research shows: add the health that emulsifying agent can not influence chicken in the daily ration, can effectively promote fryer to the digesting and assimilating of fat, improve weightening finish, reduce feedstuff-meat ratio.Compare with control group, under fatty consistency of the same race, it is about 4～9% that the average daily gain of emulsifying agent interpolation group improves, and it is about 4～8% that feedstuff-meat ratio reduces, and it is about 15% to reduce the ight soil crude protein content, and crude fat 20% can promote the performance of meat chicken production performance better.
The above is merely preferred embodiment of the present invention, in order to restriction the present invention, all any modifications of within spirit of the present invention and principle, being done, is not equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (6)
1. a poultry is used the green safety feed, it is characterized in that comprising following raw material by weight:
Corn 550～600 weight portions, wheat 75～180 weight portions, dregs of beans 125～280 weight portions; Corn protein powder 20～25 weight portions; The cottonseed dregs of rice 20～60 weight portions, miscella 15～30 weight portions of soya-bean oil and fowl oil, salt 2～3 weight portions; Calcium monohydrogen phosphate 10～12 weight portions, stone flour 10～15 weight portions; Lysine 1.9～3 weight portions; Methionine 0.5～1 weight portion; Mineral additive for feed 1～3 weight portion; Choline Chloride 0.8～1 weight portion; Compound multivitamin 0.3～0.4 weight portion; Coating sodium butyrate 0.3～0.5 weight portion of 30% content; Compound Chinese herbal feed additive 0.5～4 weight portion; Emulsifying agent 0.01～0.02 weight portion; Anti-oxidant 0.02～0.03 weight portion; Mold toxin sorbent 0.6～1 weight portion.
2. poultry as claimed in claim 1 is used the green safety feed, it is characterized in that also comprising following raw material by weight:
Rapeseed dregs 20～25 weight portions; Threonine 0.4～0.5 weight portion; Fish meal 15～30 weight portions.
3. according to claim 1 or claim 2 poultry is used the green safety feed, it is characterized in that described compound Chinese herbal feed additive by weight percentage material component be the Radix Astragali 23～27%, Radix Angelicae Sinensis 13～17%; The red sage root 8～12%, purslane 13～17%, garden burnet 10～14%; The root of large-flowered skullcap 6～10%; Sodium humate 13～17% mixes and pulverizes, and granularity is controlled at the 200-300 order.
4. according to claim 1 or claim 2 poultry is used the green safety feed, it is characterized in that described mineral additive for feed by weight material component be: zinc methionine 63～67 weight portions; Manganese sulfate 56～60 weight portions; Basic copper chloride 6.8～7.2 weight portions; Ferrous fumarate 58～62 weight portions; Calcium iodate 4.8～5.2 weight portions; Yeast selenium 0.4～0.45 weight portion; Chromium picolinate 0.26～0.3 weight portion.
5. according to claim 1 or claim 2 poultry is used the green safety feed, it is characterized in that described mold toxin sorbent is bioflavonoid material, esterification glucomannans and enzyme preparation; Described emulsifying agent is glyceryl monostearate or sucrose monolaurate or sorbitol anhydride monolaurate; Described anti-oxidant is 2, the 6-di-tert-butyl-4-methy phenol.
6. a poultry is used the green safety feed producing method, it is characterized in that step is:
(1) corn and dregs of beans are pulverized the back for the first time and are mixed through previous cleaning; Grinding particle size is 15 orders～25 orders;
(2) for the first time steam is granulated: 80 ℃ ~ 85 ℃ of steam temperatures, steam pressure 0.2～0.4 Mpa, 150 ~ 170 volts in granulation electric current encircles film diameter 4.5mm, pellet length 3 ~ 10mm, cool time 6 ~ 8min;
(3) add non-temperature-sensitive basestocks, pulverize the back for the second time and mix; Grinding particle size is 15 orders～25 orders;
(4) add the core material: from little dog-house with compound Chinese herbal feed additive, compound multivitamin, the coating sodium butyrate, emulsifying agent, mineral additive for feed, dregs of beans, miscella drop into mixer, must guarantee throw aniseed in the middle of drop into;
(5) with the steam granulation for the second time of all raw materials: 40～50 ℃ of steam temperatures, steam pressure 0.2～0.4 Mpa, ring film diameter 2.5～3.5mm, pellet length 3 ~ 10mm; Obtain finished product, the room temperature preservation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011102922166A CN102326707B (en) | 2011-10-02 | 2011-10-02 | Green safe feed for fleshy poultry and preparation method |
Applications Claiming Priority (1)
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101611835A (en) * | 2009-08-04 | 2009-12-30 | 海宁龙大饲料有限公司 | Formula feed of broilers and preparation method thereof |
| CN102028111A (en) * | 2010-09-06 | 2011-04-27 | 济南和美华动物营养品有限公司 | 817 miscellaneous chicken feed |
-
2011
- 2011-10-02 CN CN2011102922166A patent/CN102326707B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101611835A (en) * | 2009-08-04 | 2009-12-30 | 海宁龙大饲料有限公司 | Formula feed of broilers and preparation method thereof |
| CN102028111A (en) * | 2010-09-06 | 2011-04-27 | 济南和美华动物营养品有限公司 | 817 miscellaneous chicken feed |
Non-Patent Citations (3)
| Title |
|---|
| 邹杨等: "不同剂型丁酸钠与抗生素对肉仔鸡生产性能、肠道pH及挥发性脂肪酸含量的影响", 《动物营养学报》 * |
| 陈国顺等: "中草药饲料添加剂对黄羽肉鸡生产性能和胴体品质的影响", 《中国畜牧兽医》 * |
| 马岩: "原料制粒工艺特征的综合分析对颗粒饲料生产质率的影响", 《饲料广角》 * |
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