Cattle feed grinder is a kind of feed hammer mill used to crush feed raw materials, mainly used in cattle feed mills and cattle farms. It can be used to crush corn and other grain feed raw materials, and it can also be used to crush alfalfa, hay, hemp and other grasses. Cattle feed grinder can also be used as sheep feed grinder, pig feed grinder, rabbit feed grinder, chicken feed grinder, and aquatic feed grinder (coarse crushing section).
If you are looking for "cattle feed hammer mill", "cow feed crushing machine", "grinding hay for cattle feed", "grinding corn for cattle feed", "feed grain grinder", "livestock "feed grinder", "feed mill corn grinder", "dairy feed grinder", "hammer mill feed grinder for sale", yes, this is the feed crushing machine you are looking for.
Using a feed mill to crush the feed has a significant impact on the digestibility of the feed and the production performance of the animal, as well as the feed processing and product quality.
Appropriate crushing particle size can significantly increase the conversion rate of feed, reduce animal excretion, and improve animal production performance, which is beneficial to the mixing, conditioning, pelleting, and extrusion of feed.
Purpose 1: Increase the surface area of the feed, which is conducive to the digestion and absorption of animals. Animal nutrition experiments have proved that reducing the particle size improves the digestion and absorption of dry matter, protein and energy, and reduces the feed-to-meat ratio.
Purpose 2: Improve and improve the processing performance of materials. Through pulverization, the particle size of the materials can be basically the same, and the material classification after uniform mixing is reduced. For trace elements and some small component materials, only by crushing to a certain degree and ensuring that there are enough particles, can the mixing uniformity requirements be met;
For the animal feed pelleting machine's granulation process, the particle size of the crushed material must consider the interaction between the crushed particle size and the pellet feed, and the crushed particle size will affect the durability of the pellets. If aquatic feed is processed, the particle size of the crushed material will affect the stability of the aquatic feed in the water.
Generally speaking, the finer the mineral element premix additives are crushed and the more evenly mixed, the better the feeding effect. The fineness of various mineral and trace element additives must exceed 60 meshes at least.
After the energy and protein feed is crushed, it can increase the contact surface between the feed and the digestive juice of livestock and poultry, which can improve the digestibility of the feed.
But it should not be crushed too finely, resulting in insufficient chewing of livestock and poultry and uneven saliva mixing, which will hinder digestion. The fineness of feed should vary depending on the type of livestock and poultry.
The fineness of crushing of concentrate feed for cattle and sheep can exceed 2 mm, because cattle can ruminate. A slightly coarser feed is good for ruminating and improves the digestibility of feed. The feed for old cattle and sheep can be crushed to within 1 mm to facilitate digestion.
When considering the types of livestock and poultry, the crushing fineness of feed must also consider not crushing fat-rich grain feeds such as corn and oats too finely and storing them for too long to avoid rancidity and deterioration.
When the rotor of the hammer mill rotates at high speed, the hammer becomes radial due to the centrifugal force (for the rotor of a hanging hammer). Corn, soybeans and other grain grass raw materials enters the cattle feed grinder machine after being pressed by the feeding roller, and is immediately broken into particles by the impact of the hammer and tearing.
The granular grains is discharged from the outlet sieve hole of the cattle grinder machine. Block until the hammer strikes again until it passes through the screen. The hammer mill does not rely on the full energy of the rotor components to break the grains, but mainly uses the work done by the hammer's kinetic energy to complete the crushing of the grains.
|Cattle feed grinder machine price||5000-35000 USD|
Strong product research and development strength, top-level assembly technology, and superb production and construction team have won the long-term trust and support of customers for Richi Machinery.
It has established cooperative relations with many well-known group companies; our animal poultry fish cattle feed grinder has been successful Export to Russia, the Netherlands, Poland, the United States, Canada, the United Kingdom, Slovakia, Estonia, Latvia, Australia, Egypt, Kenya, Kazakhstan, Afghanistan, Uzbekistan, Saudi Arabia, Angola, Algeria, Tanzania, Ethiopia, South Africa, Bolivia, Ecuador , Ecuador, Senegal, Senegal, Oman and many other countries and regions.
Different animal feed production plants have different animal feed grinder crusher configurations, the following is a list of Cattle Feed Grinder Machine projects that we have exported in recent years, you can refer to which parameters of the poultry feed grinding machine are required for different output.
|Project||Country||Cattle feed grinding machine parameters|
|10-12 T/H Cattle Feed Plant (Hemp Pellet Feed)||United States||SFSP66*80 (110KW)|
|10T/H Cattle Feed Mill Plant||South Africa||SFSP66*80 (110KW)|
|0.8-4T/H Cattle Livestock Feed Mill||South Africa||SFSP56*60 (37KW)|
|0.8-1.2 T/H Cattle Sheep Feed Production Line||Uzbekistan||SFSP56*40 (30KW)|
|5-6T/H cattle feed manufacturing plant||Saudi Arabia||SFSP66*60 (75KW)|
|3-5T/H Ruminant Sheep Cow Feed Plant||Indonesia||SFSP56*60 (37KW)|
|3-4T/H Ruminant Cattle Feed Mill||Hong Kong, China||SFSP56*60 (37KW)|
|1-1.2T/H Ruminant Camel Feed Pellet Plant||Qatar||SFSP56*40 (30KW)|
|1-2TPH Cattle Feed Plant (Extruded Feed)||Uzbekistan||SFSP56*40 (30KW)|
|10T/H Livestock Cattle Feed Plant||Mauritania||SFSP66*80 (110KW)|
|5-6T/H Livestock Cattle Feed Plant||Somalia||SFSP66*60 (75KW)|
|1-2T/H Livestock Feed Pellet Plant||Botswana||SFSP56*40 (30KW)|
For different feeding objects and different feeding stages, there are different particle size requirements, and such requirements are quite different. In the process of pig feed production, the basic requirements of the animal's particle size must be met first, and other indicators must be considered.
The results of various studies show that the best crushing particle size of grain raw materials in piglet feed is 300-500. Among them, weaned piglets should be at 300 for 0-14 days after weaning. 500 is appropriate after 15 days after weaning.
Feed experiments show that reduced grain size will improve body weight and feed conversion rate, but when the particle size is small, pig gastrointestinal damage and keratinization will occur.
Experiments have shown that the suitable crushing particle size for growing and finishing pigs is between 600 and 500. Feeding fattening pigs after pelleting with small-size feed reduces the dry matter in manure by 27%.
Appropriate crushing size can also increase the sow's feed intake and nutrient digestibility, and reduce the excretion of sow manure. A large number of experiments show that the crushing size of sow feed 400～500 is the most suitable.
Through a large number of comprehensive research results, the weight gain of chickens eating small-size feed is significantly higher than eating large-size feed. The crushing particle size of the grains in the broiler feed is preferably 700-900. Laying hens are not sensitive to the pulverization degree of feed, and it is generally appropriate to control it at 1000.
According to some fish nutrition requirements, it is generally recommended that the particle size of fish compound feed should be less than or equal to 0.5mm.
The pulverization of the raw materials of general fish compound feed requires that all the raw materials pass through a 40-mesh sieve (0.425mm sieve), and the content on the 60-mesh sieve (0.250mm sieve) is not more than 20%. The logarithmic geometric mean particle size of the fish feed should be less than 200.
Taking China's aquatic product standards as an example, the size of the Chinese shrimp compound feed must pass through a 40-mesh sieve (0.425mm sieve), and the 60-mesh sieve (0.250mm sieve) should not exceed 20%. Below 200.
The requirements for pulverization of eel and turtle feed are very fine. Generally, larval eels and juvenile turtles require 98% to pass a 100-mesh sieve, with an average particle size less than 100; for adult eel and turtle feed, 98% of them are generally controlled to pass 80 mesh. Sieve, the particle size is controlled below 150.
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