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Based on the major needs of the industrial Internet era, Richi Machinery will provide higher intelligent technology and high-quality services in the feed, biomass energy, and organic fertilizer industries. It will focus on supporting the development of the manufacturing industry with industry chain partners to help customers achieve higher and faster value growth.
Grain Wheat Maize Sorghum Crop Corn Grinders For Animal Feed are widely used due to their simple structure. It is an electric corn grinder machine with relatively high power consumption in feed mills, generally accounting for 2/3 of the total energy production of powder and more than 1/3 of the total energy production of feed pellets. Therefore, how to make it more efficient and energy-saving is an important research topic in feed machinery.
The corn grain hammer mill machine uses high-speed, rotating hammers to crush materials. It has simple structure, convenient operation, low price and wide adaptability. It can crush almost all feeds except feeds with higher water content. Such as cereals with higher starch content, cakes with higher oil content, husks and straws with higher fiber content. At present, domestic and foreign feed factories generally use this type of commercial corn grinder machine.
The smaller the crushing particle size, the larger the surface area of the particles, the easier it is to combine between the particles, and the easier it is to absorb heat and water during tempering. The gelatinization degree of starch is good, so the produced particles are denser, smoother and not easy cracks and fine powder are produced.
However, due to the high energy consumption of the corn grinder machine crushing process, the finer the raw materials are not the better. The size of the grain hammer mill screen and the type of the crusher should be reasonably selected according to the diameter of the particles and the feed variety. Generally, the following configuration is more reasonable:
In addition, the uniformity of the particle size of the raw materials is very important. There should be no too large particles in the pulverized raw materials by grain maize hammer mill. The too large particles are not easy to combine with other raw materials and affect the uniformity of quenching and tempering.
The surface of the particles is prone to unevenness after granulation by animal feed pelleting machine. Phenomenon and radiation cracks are generated around large particles, causing the particles to be easily damaged and affecting the durability index (PDI) of the particles.
When the rotor of the grain feed grinder machine rotates at high speed, the hammer becomes radial due to the centrifugal force (for the rotor of a hanging hammer). The material enters the grain hammer mill machine after being pressed by the feeding roller, and is immediately broken into particles by the impact of the hammer and tearing.
The granular is discharged from the outlet sieve hole of the corn grinder machine. Block until the hammer strikes again until it passes through the screen.
The grain corn grinder machine does not rely on the full energy of the rotor components to break the materials, but mainly uses the work done by the hammer's kinetic energy to complete the crushing of the materials.
|Grain corn feed grinder 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 grain wheat maize sorghum crop corn grinder machine 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 processing plants have different crusher configurations, the following is a list of animal feed grinder machine projects that we have exported in recent years, you can refer to which parameters of the animal feed grinder machine machines are required for different output
|Grain grinder hammer mill type||Project||Country||Animal feed hammer mill parameters|
|Grain corn hammer mill for poultry feed||10T/H Poultry Premix Feed Plant||Thailand||SFSP66*80 (110KW)|
|Corn hammer mill for chicken feed||1-2T/H Poultry Feed Pelletizing Plant||Cape Verde||SFSP56*40 (30KW)|
|Corn grinder for chicken feed||1-2T/H Poultry Chicken Broiler Feed Production Plant||Malawi||SFSP56*40 (30KW)|
|Maize grinding hammer mill for poultry feed||3-5T/H Poultry Feed Mill Plant||Senegal||SFSP56*60 (37KW)|
|Maize hammer mill machine for chicken feed||1-2T/H Small Poultry Feed Mill||Belgium||SFSP56*40 (30KW)|
|Poultry chicken feed grain corn hammer mill||10-15T/H Poultry Feed Factory||Algeria||SFSP66*80 (110KW)|
|Corn grinding hammer mill machine for poultry feed||3-5 T/H Poultry Powder Feed Mill Plant & 1T/H Hay Grass Hay Pellet Plant||Uzbekistan||SFSP56*60 (37KW)|
|Grinding machine for poultry feed||1-2T/H Chicken Powder Feed Mill For Farm||Uzbekistan||SFSP56*40 (30KW)|
|Poultry feed grain hammer mill||3-5 Tons/Hour Poultry Feed Mill Plant||Uzbekistan||SFSP56*60 (37KW)|
|Corn wheat hammer mill crusher for chicken feed||10-15T/H Automatic Chicken Feed Mill Project||Afghanistan||SFSP66*80 (110KW)|
|Wheat hammer mill for poultry feed||10T/H Poultry Feed Plant & 5T/H Premix Production Plant||Uzbekistan||SFSP66*80 +SFSP66*60 (110KW+75KW)|
|Wheat grinding hammer mill for poultry feed||15-16T/H poultry and cattle feed plant||Saudi Arabia||SFSP66*100 (132KW)|
|Wheat corn rice maize hammer mill for poultry feed||3-5T/H Broiler Feed Mill||Zimbabwe||SFSP56*60 (37KW)|
|Maize rice husk corn hammer mill for poultry feed||Complete 5T/H Poultry Feed Mill||Kenya||SFSP66*60 (75KW)|
|Home use grains processing hammer mill machine||1-2T/H Small Chicken Feed Plant||Papua New Guinea||SFSP56*40 (30KW)|
|Maize corn hammer mill for chicken feed||Two Sets 3-5T/H Poultry Feed Mill||Algeria||2*SFSP56*60 (37KW)|
|Corn grinder wheat flour hammer mill for poultry feed||3-5T/H Chicken Feed Plant||Uzbekistan||SFSP56*60 (37KW)|
|Corn feed grinder hammer mill for chicken feed||1-2T/H Chicken Feed Mill Plant||Australia||SFSP56*40 (30KW)|
|Corn grinder hammer mill for poultry feed||10-15T/H Poultry Feed Mill Plant||Uzbekistan||SFSP66*80 (110KW)|
|Grain agricultural hammer mill for poultry feed||5-6T/H Laying Hen Feed Mill||Ethiopia||SFSP66*60 (75KW)|
|Grains processing hammer mill machine for poultry feed||3-5T/H Animal Chicken Feed Plant||New Zealand||SFSP56*60 (37KW)|
|Grain corn maize grinding hammer mill for chicken feed||3-5T/H Animal Livestock Poultry Feed Mill Plant||Tanzania||SFSP56*60 (37KW)|
|Maize Hammer Mill For Chicken Feed||1-1.2T/H Bird And Camel Feed Pelleting Plant||Qatar||SFSP56*40 (30KW)|
|Corn grain water-drop hammer mill for poultry feed||1-2T/H Poultry Farm Use Poultry Feed Making Plant||Sudan||SFSP56*40 (30KW)|
|Corn hammer mill for chicken feed||1-2T/H Chicken Feed Plant||Iraq||SFSP56*40 (30KW)|
|Poultry feed crushing machine||3-5T/H Poultry Mash Feed Plant||Malaysia||SFSP56*60 (37KW)|
|Grain grinding machine for chicken feed||1-2T/H Chicken Feed Production Plant||Gambia||SFSP56*40 (30KW)|
|Grain grinder for chicken feed||1-2T/H Chicken Feed Processing Plant||Tanzania||SFSP56*40 (30KW)|
|Animal feed grains hammer mill crusher for chicken feed||1-2T/H Chicken Feed Pellet Plant||Rwanda||SFSP56*40 (30KW)|
|Maize grinding hammer mill for poultry||120,000 Tons/year Poultry Feed Factory||China||4*SFSP138*40E (160KW)|
|Hammer mill on corn feeds for poultry||15 T/H chicken compound feed plant||China||SFSP66*100 (132KW)|
|Animal poultry cattle chicken fish pig feed hammer mill||Large 60T/H Animal Feed Company||China||3*SFSP138*30E (132KW)|
|Hammer mill machine for poultry feed||50T/H Poultry Feed Mill Factory||China||2*SFSP138*40E (160KW)|
|Animal cattle poultry cow fish feed hammer mill||40-42T/H Poultry Feed Company||China||2*SFSP138*30E (132KW)|
|Grain grass hammer mill for cows feed||10-12 T/H Cattle Feed Plant (Hemp Pellet Feed)||United States||SFSP66*80 (110KW)|
|Electric cattle feed corn hammer mill||10T/H Cattle Feed Mill Plant||South Africa||SFSP66*80 (110KW)|
|Rice Straw Corn Stalk Hammer Mill||0.8-4T/H Cattle Livestock Feed Mill||South Africa||SFSP56*60 (37KW)|
|Hammer mill for maize stock feed||0.8-1.2 T/H Cattle Sheep Feed Production Line||Uzbekistan||SFSP56*40 (30KW)|
|Hay hammer mill for cattle feed||5-6T/H cattle feed manufacturing plant||Saudi Arabia||SFSP66*60 (75KW)|
|Dry hay hammer mill for cattle feed||3-5T/H Ruminant Sheep Cow Feed Plant||Indonesia||SFSP56*60 (37KW)|
|Grass grinder and hammer mill for cattle feed||3-4T/H Ruminant Cattle Feed Mill||Hong Kong, China||SFSP56*60 (37KW)|
|Grain and hay hammer mill for cattle feed||1-1.2T/H Ruminant Camel Feed Pellet Plant||Qatar||SFSP56*40 (30KW)|
|Corn grinder for cattle||1-2TPH Cattle Feed Plant (Extruded Feed)||Uzbekistan||SFSP56*40 (30KW)|
|Straw shredder hammer mill for livestock feed||10T/H Livestock Cattle Feed Plant||Mauritania||SFSP66*80 (110KW)|
|Wheat hammer mill for livestock feed||5-6T/H Livestock Cattle Feed Plant||Somalia||SFSP66*60 (75KW)|
|Feed hammer mill maize rice husk hammer mill||1-2T/H Livestock Feed Pellet Plant||Botswana||SFSP56*40 (30KW)|
|Grain Hammer Mill Machine For Shrimp Feed||1-2T/H Shrimp Feed Mill Plant||Ecuador||SFSP56*40 (30KW)|
|Maize grinding hammer mill for fish feed||5T/H Sinking Fish Feed Mill||Uzbekistan||SFSP66*60 (75KW)|
|Corn mill grinder for fish feed||2T/H Fish Feed Mill Plant||Bolivia||SFSP56*40 (30KW)|
|Grain crusher machinefor fish prawns crab feed||15T/H Aqua Feed Plant||China||SFSP110/132kw|
|Hammer mill for fish feed||25T/H Aqua Prawn Fish Feed Manufacturing Plant||China||SFSP138*40E (160kw)|
|Grinder machine for fish feed||4T/H Fish And Pet Feed Mill||China||SFSP56*60 (37KW)|
|Grinder machine for fish feed poultry feed||20T/H Poultry Fish Feed Mill Plant||China||SFSP138*40E (160kw)|
The hammer and the screen are both important parts of the grain corn maize grinder machine, and they are also the most easily worn parts. Choosing suitable hammers and screens has a lot of benefits. RICHI will analyze for everyone from the following aspects:
The hammer is the most important part of the grain maize corn mill grinder, and it is also the most easily worn part. The crushing effect of a grain corn crusher grinder depends largely on the quality and type of the hammer and the installation of the hammer. The following is a brief description of how to choose a hammer from the types of hammers, the quality of the hammers and the installation of the hammers.
At present, there are many types of hammers, with different shapes, but the most commonly used in the grain corn sorghum hammer mill crushing machine is the plate-shaped rectangular hammer.
Because this hammer is not only simple in structure and easy to manufacture, but also has good versatility and strong wear resistance.
Nowadays, the hammers used in grain corn grinder machines have been standardized, divided into three types of
standard hammers, type 1, type 2, and type 3, and these three standard hammers are all rectangular double-hole
The quality of the grain corn mill grinder hammer mainly depends on its material, heat treatment and machining accuracy. At present, the main manufacturing materials of hammers for grain corn mill grinder crushers are low-carbon steel, medium-carbon steel and special cast iron.
No matter what material is used, the material composition and production process of the hammer must be strictly
controlled to ensure quality and prevent fracture accidents during use.
Pay special attention to the gap between the hammers and the number of hammers when installing the hammers. The number and arrangement of the hammers in the crusher will affect the balance of the rotor, the uniformity of hammer wear, the distribution of materials in the crushing chamber, and the working efficiency of the crusher. As for the gap of the electric corn grinder hammer, it is determined according to the characteristics of the crushed material.
The number of meshes is the number of holes, which is the number of holes per square inch. The larger the mesh, the smaller the aperture. Generally speaking, the number of meshes × aperture (number of microns) = 15000. For example, the aperture of a 400 mesh screen is about 38 microns; the aperture of a 500 mesh screen is about 30 microns.
It is also used to indicate the particle size of particles that can pass through the grain corn maize grinding
hammer mill sieve. The higher the mesh, the smaller the particle size. Because of the problem of open porosity, that
is, because of the difference in the thickness of the wire used when weaving the net.
Different countries have different standards. There are currently three standards: the United States, the United Kingdom and Japan. Among them, the United Kingdom and the United States are similar, while the Japanese standards are quite different. China uses the American standard, which means it can be calculated using the formula given above.
The particle size of the powder is called the particle size. Due to the different product specifications of pellet
feed processing equipment, the shape of the produced pellets is complex, and there are usually several expression
methods such as sieving particle size, sedimentation particle size, equivalent volume particle size, and equivalent
surface area particle size.
The sieving particle size is the size of the sieve holes through which the particles can pass through the sieve, expressed as the number of grain corn grinder machine sieve holes in a 1 inch (25.4mm) wide sieve, so it is called the "mesh number".
Screen mesh number-aperture comparison table：
Remarks: 1 um = 1 micrometres (micrometer) = 0.001 millimetre (mm)
The finer the grain hammer mill crusher, the more energy it consumes. Enlarging the mesh size can not only save
energy, but also increase output and productivity. According to Chinese standards, the sieve hole diameter is
divided into four grades, small holes 1-2mm, medium holes 3-4mm, coarse holes 5-6mm, and large holes
The opening rate increases with the increase of the grain corn hammer mill screen hole diameter, and decreases with the increase of the screen hole distance. The larger the opening rate, the larger the crushing efficiency and productivity.
Therefore, when selecting corn hammer mill sieves, sieves with larger holes and smaller pitches should be selected on the premise of meeting the feed particle size standards required for feeding.
But it should be noted that if the hole distance is too small, the strength and rigidity of the screen will be
insufficient, and the grain corn grinder machine screen will be easily damaged. Large holes have occurred. In
many countries, the opening rate of the corn grinder machine shredder screen has reached 45% or more, and it is
generally about 30% in China.
The crushing efficiency of the grain maize corn grinder machine is inversely proportional to the humidity of the material. When the humidity is higher than 12-14%, the energy required for crushing increases.
For different materials, the best linear velocity is different. The linear velocity of the hammer blade end is proportional to the pulverization fineness.
The grain corn mill grinder hammer is too thick and the crushing efficiency is not high. However, due to the
large size of the hammer, the large-scale crusher still uses a thicker hammer of 5mm.
When the number of hammers increases, the no-load energy consumption increases. When other conditions are the same, the crushing particle size becomes finer and the output decreases.
The gap between the hammer and screen directly determines the thickness of the material in the crushing chamber. The material layer is too thick.
The friction and crushing effect is weakened, and the powder may block the sieve holes and it is difficult to
pass through the sieve holes. The material layer is too thin and the material is too easy to perforate, which
will affect the crushing particle size.
There are two types of central feeding and tangential feeding. The central feeding reduces the grain hammer mill productivity by 20%. When the tangential feeding, the material will directly fall into the maximum of the hammer with the airflow. speed zone.
Small load, low output, high energy consumption, excessive load, high output, but the life of the grain hammer mill crusher will be shortened.
For long-term continuous operation of the crusher, air should be sucked to avoid clogging the grain hammer mill screen holes.
Richi Machinery is a professional manufacturing enterprise integrating scientific research and development, manufacturing, sales and service. We have developed and manufactured multifunctional pelletizers, grinders, mixers, dryers and more than ten categories and more than 30 models of complete machine products are widely used in feed, biomass, organic fertilizer, pet supplies, solid waste recycling, chemical industry, road construction and other fields. All RICHI products have passed ISO9001:2008 international quality system certification, EU CE certification and Customs Union CU-TR certification, successfully serving more than 2,000 customers in more than 100 countries and regions around the world.Get Price & Service
In RICHI, every equipment and every pellet production line business plant can be customized. We will formulate multiple sets of pellet production process plans for comparative analysis according to the actual needs of customers, select a reasonable plan, and realize private customization. Our services run through all aspects of on-site terrain and environment survey, production line process design, raw material testing, cost requirement analysis, project investment budget, equipment installation and commissioning.
We adhere to the ISO9001 quality management system, and strictly implement international standards for product design and manufacturing processes. In terms of management systems, there are product quality accountability systems, product quality accountability systems, and safety production management systems; in terms of management tools, QC quality control management, SPC statistical process control, sampling inspection and measurement system analysis are used for quality control, to achieve effective control of the entire process of equipment production, and never let go of any quality hidden dangers that may affect customer operations.Get Price & Service
RICHI has always been adhering to the spirit of craftsmanship to make every detail good, especially in the link of equipment preparation and delivery, we follow the standardized process: preparation order check-equipment factory quality inspection-packing list re-inspection-scientific packaging and transportation, ensure the safe and non-destructive delivery of equipment. According to customer needs, RICHI installation engineers will guide the construction of site infrastructure, equipment installation and commissioning and trial operation of the entire production line throughout the process. When the relevant project indicators reach the design standards, the client will carry out the project acceptance.
We have built a team of nearly 100 technical engineers to solve a series of problems in the project from consultation, site survey, sample analysis to plan design, installation and commissioning, and maintenance. We provide comprehensive and systematic training for the technical staff of each customer to better serve the customer's project needs. After the technicians have finished their studies, RICHI will provide follow-up technical support services, and the training engineers will follow up the project use effects in the later stage to ensure the stable operation of the customer's project.Get Price & Service