In the heart of agricultural landscapes, where maize reigns supreme as a staple crop, the stainless steel maize grinding hammer mill emerges as a beacon of efficiency and innovation. This specialized equipment is designed to streamline the process of maize grinding, offering unparalleled precision and reliability.
Maize grinding hammer mill General introduction
9FC-230 maize grinding hammer mill works with single phase 2.2kw motor. It is composed of base, motor, grinding plate, hopper, cyclone, etc. Grinding plate is corrugated with fast rotating rotators which effectively crush corn into power. It also has a wind blower, self feeding pipe, and output discharger, which makes work easier for operators. Structure is easy, high production capacity, easy to install and operate. Customer can change sieves to control flour fineness. Crafted from premium stainless steel, the hammer mill boasts exceptional durability and resistance to corrosion. Its robust construction ensures longevity, making it suitable for continuous operation in demanding agricultural environments.
Here is a list of production capacity for reference when selecting disk mill
NO | Model | Sieve size | Motor power (kw) | Raw material | Final product | Production capacity (kg/hour) |
1 | FFC45A | 1.5mm | 11-13 | Corn | Corn flour | 480 |
2 | 9FC-360 | 1.5mm | 7.5-11 | Corn | Corn flour | 1000 |
3 | 9FC-500 | 1.5mm | 22 | Corn | Corn flour | 2500 |
4 | 9FC-600 | 1.5mm | 30 | Corn | Corn flour | 3500 |
5 | 9FC-800 | 1.5mm | 55 | Corn | Corn flour | 8000 |
Maize grinding hammer mill Advantages and wide application
At the core of its design is a high-performance grinding mechanism, capable of pulverizing maize kernels with precision and efficiency. This ensures a consistent and uniform grind, ideal for various applications.
1)Disk mill is suitable for home, small factory or unit use.
2) It is small, strong and reliable. It can use single phase 2.2kw motor. It can work without motor power.
3)It is mostly wide use crushing machine. In life and industrial activities, it is really an ideal all purpose crushing machine.
The machine is highly versatile, capable of processing maize into various forms such as maize flour, maize grits, and maize bran. This adaptability caters to the diverse needs of agricultural producers and food processors.
1) All kind of grains of corn, sorghum, rice, soybean, etc.
2) Water soaked soybean.
3) All kind of animal feed
4) Chemical industrial material
5) Herbal medicine
6) Agricultural plant including fresh sweet potato, fresh potato, pepper, fresh fruit, etc.
7) Pepper etc spice material
8) Peanut hull, rice hull, wheat hull, corn cob, tree bark, leaves, straws.
9) Shrimp, fish powder, sea food
10) Dehydrated vegetables, cakes, tea. Etc.
11) Gypsum powder
12) Metal calcium
13) Wine factory
14) Fish bone factory
Main Technial parameter | |
Model | 9FC-230 |
Brand | Kingrunda |
Usage area | All purpose |
Crushing fineness | 40-60 mesh |
Capacity | 200-500kg/hour |
Motor power | 2.2-3kw, single phase |
Weight | 48-68kg |
Bearing | 6205 |
V-belt | 1100 |
Main shaft R/min | 6600 |
Outer diameter of rotating plate | 230mm |
T type long flat teeth qty | 3pc |
T type short flat teeth qty | 3pc |
Production capacity for different grain material | ||
Material | Sieve hole size(mm) | Capacity (kg/H) |
corn | 1.2 | 240 |
animal feed | 3 | 560 |
Operators have the flexibility to adjust the fineness of the maize grind according to specific requirements. Whether coarse or fine, the adjustable settings allow for customization to meet the demands of different end-users.
The grinding chamber is designed for optimal efficiency, ensuring thorough and uniform grinding of maize kernels. This efficient design minimizes wastage and maximizes the yield of high-quality maize products.
Easy Operation and Maintenance
The hammer mill features a user-friendly interface, making it easy to operate for operators of all skill levels. Additionally, its simple design facilitates easy maintenance, reducing downtime and ensuring continuous operation.
Energy-Efficient Operation
Despite its powerful grinding capabilities, the hammer mill is engineered for energy efficiency. It optimizes power consumption, resulting in cost savings and environmental sustainability.
Integral to Food Safety Standards
Adhering to the highest food safety standards, the stainless steel construction ensures that the ground maize products remain uncontaminated and safe for consumption. This commitment to food safety is paramount in maize processing.
Compact Footprint for Space Efficiency
Despite its robust capabilities, the hammer mill features a compact footprint, optimizing space efficiency in agricultural facilities. Its space-saving design allows for seamless integration into existing processing lines.
Support for Agricultural Sustainability
By streamlining maize processing operations, the stainless steel maize grinding hammer mill supports agricultural sustainability. It enhances efficiency, reduces wastage, and contributes to the overall productivity of maize farming communities.
As the sun rises over maize fields, the stainless steel maize grinding hammer mill stands as a testament to the ingenuity of agricultural technology. It embodies precision, reliability, and efficiency, transforming maize processing into a seamless and rewarding endeavor. In the tapestry of agriculture, this hammer mill takes center stage, enriching the lives of farmers and food processors alike with its unparalleled capabilities in maize grinding. If you are interested in our stainless steel maize grinding hammer mill, please feel free to contact us.
FAQ
What is a Stainless Steel Maize Grinding Hammer Mill?
A Stainless Steel Maize Grinding Hammer Mill is specialized equipment designed for the efficient grinding of maize kernels into various forms such as maize flour, maize grits, and maize bran.
What are the key benefits of using a stainless steel hammer mill for maize grinding?
The key benefits include superior grinding performance, robust stainless steel construction for durability, versatility in maize processing, adjustable fineness settings, efficient grinding chamber design, easy operation and maintenance, energy-efficient operation, adherence to food safety standards, compact footprint for space efficiency, and support for agricultural sustainability.
How does the stainless steel construction contribute to the durability of the hammer mill?
Stainless steel construction ensures exceptional durability and resistance to corrosion, making the hammer mill suitable for continuous operation in demanding agricultural environments.
Can the fineness of the maize grind be adjusted?
Yes, operators have the flexibility to adjust the fineness of the maize grind according to specific requirements, allowing for customization to meet the demands of different end-users.
Is the hammer mill easy to operate and maintain?
Yes, the hammer mill features a user-friendly interface, making it easy to operate for operators of all skill levels. Additionally, its simple design facilitates easy maintenance, reducing downtime and ensuring continuous operation.
Does the hammer mill comply with food safety standards?
Yes, the stainless steel construction ensures that the ground maize products remain uncontaminated and safe for consumption, adhering to the highest food safety standards.
What types of maize products can be produced with the hammer mill?
The hammer mill can produce various maize products such as maize flour, maize grits, and maize bran, catering to diverse culinary preferences and applications.
Is the hammer mill energy-efficient?
Despite its powerful grinding capabilities, the hammer mill is engineered for energy efficiency, optimizing power consumption and resulting in cost savings and environmental sustainability.
What is the footprint of the hammer mill?
The hammer mill features a compact footprint, optimizing space efficiency in agricultural facilities and allowing for seamless integration into existing processing lines.
How does the hammer mill contribute to agricultural sustainability?
By streamlining maize processing operations, the hammer mill enhances efficiency, reduces wastage, and contributes to the overall productivity and sustainability of maize farming communities.