Product Details
Frying Coated Peanut Production Line
Introduction:
This is a fully automatic production line for coating, frying and seasoning, and the automatic machine replaces the traditional manual coating. This line not only enhances efficiency but also guarantees the quality of the final product. The automated process ensures that each peanut or cashew nut is uniformly coated. Maintaining the highest standards of taste and texture. Moreover, the machine’s design minimizes waste and optimizes the use of ingredients, making it a cost-effective solution for our customer.
Processing:
Coating-Sieving powder-Frying-Cooling-Flavoring
1. Full Automatic Peanut Coating Machine
Fully Automatic Coating Machine Primarily used for surface coating of nuts including peanuts, almonds, cashews, macadamias, and sunflower kernels. This essential equipment modernizes food production by replacing manual coating processes, featuring:
High Automation: Enables single-operator multi-machine operation
High Yield & Quality: Ensures consistent industrial-scale output
Working Principle:
1. Material Handling: Nuts are elevated to a dedicated hopper with built-in weighing system
2. Precise Batching: Automated dispensing of measured batches into coating drum
3. Dynamic Coating:
- Rotating drum with agitating blades ensures continuous tumbling
- Synchronized dry powder/liquid injectionvia timed quantitative feeders
4. Uniform Coverage: Achieves *homogeneous coating thickness* through controlled material distribution
Key Advantages:
One-touch operation reduces labor intensity
Eliminates human-induced variables in coating quality
Guaranteed consistency independent of operator skill
Finished Product:
2. Coated Peanut Sieving Machine
The drum-type sifting machine is used to remove dry powder from the surface of coated peanuts. With its simple structure and easy operation, the entire machine is made of 304 stainless steel.
3.Continuous Belt-Type Frying Machine
Continuous belt-type frying machine is an automated industrial equipment designed for high-efficiency, large-scale frying of food products such as coated peanuts, snacks, and other fried items.
a. Continuous Operation
- Features an endless mesh belt that transports products through the frying oil, enabling non-stop production.
- Adjustable speed control for precise frying time (typically 2-10 minutes).
b. Uniform Heating & Oil Circulation
- Equipped with oil heating and filtration systems for consistent temperature (150-200°C).
- Oil circulation ensures even frying and prevents burnt residues.
c. Material & Safety
- Made of food-grade 304 stainless steel for durability and hygiene.
- Automatic fire suppression and emergency oil drainage for safety.
Applications:
✔ Coated peanuts
✔ Potato chips
✔ Nuts & snacks
✔ Fried instant noodles
This machine is ideal for food manufacturers seeking high productivity, consistent quality, and reduced labor costs.
4. Belt Type Coated Peanut Cooling Machine
Belt-type cooling machines for coated peanuts use a continuous conveyor belt system to transport hot, freshly fried or roasted peanuts through a cooling zone. Cold air is circulated (either horizontally or vertically) to rapidly reduce the product temperature, ensuring crispiness and preventing moisture retention.
Stainless Steel Construction: cooling machine made of 304 stainless steel for hygiene and durability,
-Adjustable Cooling Time: Belt speed can be modified to control retention time (typically 5–20 minutes depending on peanut size and initial temperature) .
5. Double Drum Coated Peanut Flavoring Machine
Double Drum Flavoring Machine is a specialized industrial equipment designed to evenly coat peanuts (or other snacks) with seasonings, powders, or liquid flavors. It consists of two rotating drums that ensure thorough mixing and uniform flavor distribution.
Pre-coated peanuts enter the first drum, where they are mixed with dry seasonings or sprayed with liquid flavors. The second drum ensures even distribution and prevents excess powder buildup.
Finished Product
working processing
FAQ
Q1: I am new to nut processing. How do I determine which supporting equipment should be used on the production line?
A: We can design it for you. Based on your budget, raw materials, workspace size, and production capacity, we can assist you in selecting the most suitable equipment and developing the optimal food production line solution. Simply provide your specific requirements, and we will design the most cost-effective high-quality solution for you.
Q2: How can I learn more about the detailed specifications and quality of your company's nut processing equipment?
A: First, we provide comprehensive product manuals covering all details, including specifications, raw materials, production capacity, and more. This applies to most of our production lines. Second, we can provide you with on-site videos demonstrating the workflow and how mechanical components operate during runtime. Finally, we warmly invite you to visit our factory for an on-site inspection, and we can also recommend local clients for you to visit.
Q3: Can you guarantee your quality?
A: Our products are made of 304 food-grade stainless steel. We strictly control product quality during the production process and test the equipment before shipment to ensure excellent mechanical performance.
Q4: What are your advantages compared with your competitors?
A: With rich industry experience and strict Product Quality Control systems, we provide:
1). Stable and reliable product at reasonable price
2). Good customer service: Fast response to any inquiry or question
3). On-time delivery.
Q5 : What shall we do if breakdown occurs?
A: Please informed us once the breakdown occurs. During warranty period, if breakdown occurs, we shall respond in time after receiving the notification of the buyer. We shall handle failure over the telephone/ fax or arrange relevant personnel to the site according to the buyer’s requirements.
Q6: Why do food machines of the same model vary in price when produced by different manufacturers?
A: Good question! In fact, price differences stem solely from variations in the machines themselves. While they may appear similar in appearance and structure, their quality and lifespan can differ significantly. This is because the thickness of the steel plates varies—thicker plates indicate higher quality. The type of steel used is also a key factor. Additionally, different motor brands can impact production efficiency. Therefore, you should not solely pursue the lowest price.
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