High Quality Coconut Husk Rice Husks Charcoal Carbonization Furnace Manufacturer

Product Description

The carbonization furnace is an important equipment used in the production of charcoal. This furnace is an excellent option for those looking to produce high-quality charcoal that meets the need of the market. With the help of the carbonization furnace, one can efficiently convert biomass to charcoal in a controlled environment. Among the different types of carbonization furnaces available in the market, the horizontal carbonization furnace remains the most popular due to its efficiency, ease of use, and durability. In this article, we will explore the application, working principle, advantages, and differences of the horizontal carbonization furnace. Additionally, we will outline how to choose a suitable carbonization furnace and share some precautions to take when operating it.


Working Principle of Carbonization Furnace

The working principle of the horizontal carbonization is quite simple. The furnace's basic principle is to use a high temperature to carbonize raw materials to produce charcoal. Once the furnace is adequately heated, the raw materials are loaded into the furnace, and the process of carbonization begins. The furnace's heat source can either be gas, charcoal, or biomass. The raw materials are placed in the combustion chamber of the furnace, and they release volatile compounds and moisture. These compounds move through the furnace and are burnt entirely to produce high-temperature gas. This gas then moves to the carbonization chamber, where the raw material is transformed into charcoal as the temperature reaches 300°C - 400°C.

Application of Horizontal Carbonization Furnace

The horizontal carbonization furnace has a vast range of applications in the charcoal industry. This furnace is primarily used in the production of charcoal through the carbonization of raw materials such as wood, bamboo, coconut shells, sawdust, and rice husks. Industries that require charcoal such as metallurgy, chemical industries, and agriculture are significant beneficiaries of this furnace. It is an essential equipment in the biomass charcoal production sector, and it has become favored by most producers due to its efficiency, low maintenance cost, and cost-effectiveness.


Advantages of Carbonization Furnace

Some of the significant advantages of carbonization furnace include:
1. High Yield: The furnace can produce high-yield charcoal with up to 30% - 40% yield rate.
2. Quality Charcoal: The furnace produces charcoal of high quality, which is perfect for industrial and domestic uses.
3. Cost-Effective: The carbonization furnace is very affordable, making it an excellent option for small and large scale producers.
4. Easy to Operate: The furnace is easily operated and requires minimal labor. The furnace's design ensures that the process is automated to an extent, reducing dependency on labor.


Technical information and price list:

Model	Diameter	Size	Weight	Carbonization cycle	Productivity
XK-4	1.3m	3*1.7*2.1m	2.5t	8-10h	700-1000kg
XK-8	1.5m	4.5*1.9*2.3m	4.5t	8-10h	1700-2000kg
XK-13	1.9m	4.5*2.1*2.5m	6t	8-10h	2700-3000kg

The Difference between Horizontal Carbonization Furnace and Ordinary Carbonization Furnace

The horizontal carbonization furnace is different from the ordinary carbonization furnace in various ways. One of the significant differences between the two is the shape and size of the furnace. The horizontal carbonization furnace is designed in a horizontal manner, while the ordinary carbonization furnace has a vertical design. Additionally, the horizontal furnace consumes less energy compared to the ordinary carbonization furnace, making it a cost-effective option. Another difference is that the horizontal furnace has a more automated process than the ordinary furnace, reducing labor costs, and improving efficiency.

How to Choose a Suitable Carbonization Furnace?

When choosing a suitable carbonization furnace, some factors must be considered. These factors include the price, durability, efficiency, and level of automation. Additionally, one must consider the size and shape of the furnace, the requirements of the raw materials, and the type of heat source used. The design and compatibility of the furnace must match with the production volume.

What's the Difference between Our Company's Machines and Others?

Our company is committed to producing only the best carbonization furnaces. We use high-quality materials, design, and technology to produce furnaces that are efficient, durable, and reliable. Additionally, our furnaces are highly automated, reducing labor costs and improving efficiency. Our furnaces generate high-yield charcoal of premium quality, and they are compatible with various raw materials such as wood, coconut shells, and sawdust. We offer excellent customer service and provide timely and efficient after-sales support to our clients.

Precautions for Carbonization Furnace

When operating the carbonization furnace, certain precautions must be taken to ensure that the furnace is used safely and effectively. These precautions include regular maintenance of the furnace to ensure that it functions optimally, ensuring that the furnace is not overloaded with raw material, and removing the ashes frequently to prevent fire accidents. Additionally, the furnace must not be operated under high temperatures for extended periods to avoid damage to the furnace.

The horizontal carbonization furnace is a vital equipment in the charcoal production industry. It offers numerous advantages such as high-yield charcoal, efficiency, and cost-effectiveness. The furnace is easy to use, requires minimal labor, and produces charcoal of premium quality. Our company is committed to producing top-quality carbonization furnaces that meet the needs of our clients. When selecting a carbonization furnace, it is essential to consider different factors such as price, durability, efficiency, size, and level of automation. With the right precautions, the carbonization furnace can be used safely and effectively, ensuring that premium quality charcoal is produced efficiently and cost-effectively.