| Model Name & Size | 16" x 3"000 Bracket Trolly-40cm |
18" x 4.5" Bracket Trolly-45cm | |
| Stone | 16" x 3" x 3" x 40mm | 18" x 4.5" x 4.5" x 40mm | |
| Ele. Motor |
1Phase | 5HP | 7.5HP |
| 1440 RPM | 3 Phase | 5HP A-Class | 10HP |
| Pully Key |
12" x 2B x 40mm 12 x 12 x 110mm |
12" x 2B x 40mm 12 x 12 x 110mm |
|
| Baring Size | Cover Bracket |
6208 Z-2 Pc. 6213 Z |
6208 Z-2 Pc. 6213 Z |
| Shaft Key Slot |
40mm x 24" En-31 12mm x 6.5mm x 7.5" |
40mm x 30" En-31 12mm x 6.5mm x 7.5" |
| Grinding Capacity (Approx Per Hour) |
1 Phase 230 Volt 3 phase |
5HP 60 to 90 kg. 80 to 100 kg. |
90 to 130 kg. 100 to 120 kg. |
Product Specifications
| Capacity |
200kg to 3000kg per hour |
| Operation Mode |
Semi-Automatic, Automatic |
| Material |
MILL STEEL/STENLES TILL |
| Power Consumption |
3 H.P- 150 H.P |
| Weight |
50 KH - 10 TON |
| Warranty |
1YR |
| Voltage |
220 VOLT /440 VOLT |
| Model Name/Number |
SEMI-AUTOMATIC,FUL-AUTOMATIC |
| Usage/Application |
F0R MANUFACTURING FLOUR |
| Power |
AC |
| Machine type |
SEMI-AUTOMATIC,FUL-AUTOMATIC |
| Automation grade |
AUTOMATIC |
| Motor type |
SINGLE PHAGE/ THREEPHGE |
| Driven type |
MOTOR,PULLY |
| Sound |
Yes |
| Body material |
MILL STEEL/STENLES TILL |
| condition |
New |
| Minimum order quantity |
1 Set |
Flour Mill manufacturer in Kushingar | Gorakhpur
A flour mill is a key appliance for grinding grains into flour, offering fresh, high-quality flour for baking, cooking, and various culinary needs. Whether for home use or commercial purposes, flour mills provide a more natural and preservative-free alternative to store-bought flour. Below are the key features of a flour mill that ensure efficient, consistent, and convenient flour production:
1. High-Quality Grinding Mechanism
The core of any flour mill is its grinding mechanism, which determines the quality and consistency of the flour. Flour mills typically use stone, burr, or steel rollers for grinding grains. Stone and burr mills are often preferred for home use as they grind grains more gently, preserving essential nutrients and providing fine, consistent flour. For larger commercial applications, steel rollers offer faster grinding and higher output.
2. Multi-Grain Capability
A good flour mill can grind various types of grains, such as wheat, rice, barley, corn, millet, and pulses. Some mills even support the grinding of nuts and spices, offering versatile use in the kitchen. This multi-grain capability allows users to experiment with different flours, making gluten-free and specialty flours easy to produce at home.
3. Adjustable Grind Settings
Modern flour mills come with adjustable grind settings, allowing users to control the coarseness or fineness of the flour. From coarse ground flour for baking breads to fine flour for cakes and pastries, this feature ensures that users get the exact texture they need for their recipes.
4. Power and Efficiency
Flour mills vary in their power ratings, typically measured in watts or horsepower. For home use, mills usually have a power range between 200-600 watts, providing enough strength to grind small to medium batches of flour. For commercial use, more powerful motors are required to handle larger quantities of grains efficiently. High power ensures faster grinding and the ability to process harder grains.
5. Durability and Build Quality
Flour mills are designed to withstand the rigors of grinding tough grains, which means durability is a crucial factor. Many models are built with stainless steel or high-quality cast iron, which ensures longevity and resistance to wear and tear. Additionally, a robust and durable build reduces maintenance and extends the life of the mill.
6. Capacity and Hopper Size
The hopper size determines how much grain the mill can hold at one time, directly affecting its output capacity. For home use, smaller hoppers with capacities ranging from 1 to 5 kilograms are sufficient, while commercial flour mills may have larger hoppers, capable of handling 20 kilograms or more, to cater to higher demand. A large hopper reduces the need for constant refilling, improving convenience and productivity.
7. Low Noise and Vibration
Some flour mills, particularly home models, are designed for quiet operation. Noise and vibration are kept to a minimum, ensuring that the mill can be used without disturbing the surrounding environment. This feature is particularly useful in households or small commercial kitchens.
8. Easy Maintenance and Cleaning
Flour mills often come with features like removable grinding chambers or easily accessible parts to make cleaning hassle-free. Regular maintenance is important to prevent grain build-up and ensure the grinder remains hygienic. Some mills also have self-cleaning functions, which further reduce the need for manual cleaning.
9. Overload Protection
To prevent motor burnout or overheating, many modern flour mills include overload protection systems. This safety feature ensures that the mill automatically shuts off when overloaded, protecting both the machine and the user from potential damage or accidents.
10. Energy Efficiency
Flour mills designed for home use are generally energy-efficient, consuming less power while providing adequate performance. High-efficiency models ensure that users can grind grains without significantly impacting their electricity bills, making them a sustainable option for regular use.
11. Compact and Space-Saving Design
For home kitchens or smaller commercial setups, a compact and space-saving design is an essential feature. Many flour mills are designed to fit easily on countertops or in storage cabinets, ensuring they don’t take up too much space when not in use.
12. Freshness and Nutritional Benefits
One of the greatest advantages of using a flour mill is the ability to produce fresh flour on demand. Freshly ground flour retains more nutrients, such as fiber, vitamins, and minerals, which are often lost in commercially processed flour. This ensures healthier and more flavorful baked goods.