2-3t/H Coal Sticks Wood Charcoal Manufacturing Machine Manufacturer

• Pressing Mode: Extrude
• Product Shape: Pie Shape
• Motor Type: Stepper Motor
• Condition: New
• Warranty: 1 Year
• After-sales Service: 1 Year
• Model NO.: WSMB180
• Name: Charcoal Production Machine
• Model: Wsmb180
• Capacity---Coal: 2-3t/H
• Power: 18.5kw
• Weight: 800kg
• Transport Package: Wood
• Specification: 800kg
• Trademark: Xiangkun Machinery
• Origin: Zhengzhou
• HS Code: 8474802000
• Production Capacity: 2-3t/H

Product Description

Charcoal production machines are essential equipment used in the manufacturing of high-quality charcoal briquettes that can be used for various purposes. These include cooking, heating, and industrial uses. The charcoal production machine works by converting waste materials such as agricultural residues, sawdust, and other natural materials into charcoal briquettes that can be used for various purposes. 
 

Working Principle of Briquette Making Machine:

The briquette machine compresses the raw materials into dense blocks or briquettes using high pressure and temperature. The material is fed into the hopper of the machine, and a screw conveyor pushes it into the main chamber. The material is then compressed by a piston or a screw, and the pressure is maintained until the material solidifies into a briquette shape. The briquettes are then discharged from the machine through a chute.

Application of Briquette Machine:

The main application of the briquette machine is to compress different types of waste materials into solid fuel blocks or briquettes, which can be used for heating and cooking purposes. The briquette machine is widely used in various industries, including agriculture, forestry, animal husbandry, textile, chemical and metallurgical. It is also an effective way to recycle waste products and convert them into valuable resources.
 

Advantage of Charcoal Briquette Machine:

1. High Efficiency: The briquette machine is designed to produce high-quality briquettes with high efficiency. It can compress the raw materials into dense blocks quickly and efficiently.
2. Easy Operation: The briquette machine is very easy to operate. It does not require a lot of technical skills, and anyone can learn to use it within a short period.
3. Energy Saving: The briquette machine uses less power and produces less emissions compared to other fuel types, making it an environmentally friendly and energy-saving option.
4. Cost-Effective: The briquette machine is cost-effective and can help you save money on fuel costs, while also producing a valuable resource that you can sell or use for heating and cooking.


Technical information:

Model	WSMB140	WSMB180
Capacity---Charcoal	400-600kg/h	600-800kg/h
Capacity---Coal	1-2t/h	2-3t/h
Diameter(mm)	20-40	20-60
Motor power	11 kw	18.5kw
Weight	0.6 t	0.8 t
Dimension	1.87*0.9*1.15 m	2.35*0.9*1.37 m

Structural features of the Charcoal Briquetting Machine

Firstly, the Charcoal Briquetting Machine is designed with a double-sided abrasive disk device. This feature ensures that the raw materials are ground more thoroughly and uniformly, resulting in finer particles that are easier to compress and form into briquettes. Additionally, the machine has a special accelerator roller that increases the speed of briquette production and reduces the amount of energy needed during the process.

Secondly, the Charcoal Briquetting Machine has a unique screw propeller system that compresses the materials and pushes them through the forming die to create uniform briquettes. The screw propeller is designed to be long-lasting and durable, reducing the need for frequent replacement and maintenance.

Thirdly, the machine has a hydraulic system that allows for easy and efficient operation. The hydraulic system controls the pressure and temperature during the briquetting process, ensuring consistent and high-quality briquettes. The machine also has an automatic temperature control system that regulates the temperature within the forming die, preventing overheating and ensuring that the briquettes are formed correctly.

What Raw Materials Do You Need to Make Coal Sticks?

There are various raw materials that can be used to make coal sticks such as:
1. Wood Chips
2. Sawdust
3. Rice Husks
4. Straw
5. Coconut Shells
6. Corn Stalks
7. Peanut Shells
8. Bagasse 

What Related Machines are Needed to Make Coal Sticks?

Depending on the type of raw materials you are using, there are different machines you may need such as a wood chipper, hammer mill, dryer, mixer, briquette machine, and carbonization furnace. These machines can help you process the raw materials into the desired shape and size, and ensure the quality of the finished product.


How Do We Guarantee the Quality of Our Machines?

At our company, we have a strict quality control process to ensure that our machines are of the highest quality. We have a team of experienced engineers who meticulously design and inspect each component of the machine to ensure that it meets the highest standards. We also use high-quality materials and advanced manufacturing techniques to produce our machines, and we thoroughly test each machine before shipping it out to our customers.

What Are the Precautions for This Machine?

1. Safety: It is important to follow all safety guidelines when operating the briquette machine. This includes wearing appropriate protective gear and ensuring that all safety guards are in place.
2. Maintenance: Regular maintenance is critical to ensure the efficient and safe operation of the briquette machine. This includes cleaning the machine regularly, checking for wear and tear, and lubricating the moving parts.
3. Material Preparation: It is important to prepare the raw materials properly before feeding them into the briquette machine. This includes drying the materials, removing any impurities or contaminants, and ensuring that the material is of the appropriate size and consistency.
4. Proper Use: It is important to use the briquette machine in accordance with the manufacturer's instructions. This includes not overloading the machine, avoiding excessive heat, and using the appropriate pressure settings for the materials being processed.