OLT-S carbonization furnace: efficient and practical carbonization equipment

I. Product introduction

OLT-S carbonization furnace is a kind of equipment specially used for material carbonization treatment. It is usually composed of several main parts such as furnace body, heating system, temperature control system, etc. The furnace body is made of high temperature resistant and well sealed materials to ensure the stability of the carbonization process. The heating system can provide uniform and sufficient heat. Common heating methods include resistance heating. The temperature control system can accurately control the temperature in the furnace so that the carbonization process can be carried out within the set temperature range.

II. Advantages

1. Accurate temperature control

- Its temperature control system can control the temperature error within a very small range, such as within ±5℃. This is crucial for carbonized materials that require strict temperature requirements. It can ensure the consistency and stability of the carbonization reaction, thereby improving product quality.

2. High efficiency and energy saving

- The use of advanced heating technology can evenly distribute heat in the furnace and reduce heat loss. Compared with traditional carbonization equipment, it can save energy by about 20% - 30%, reducing production costs.

3. Easy to operate

- The operation interface of the equipment is simple and intuitive, and the operator can operate it proficiently after simple training. For example, you only need to set the temperature, time and other parameters on the control panel to start the carbonization process.

III. Application

1. Wood processing industry

- In wood carbonization, the OLT-S carbonization furnace can remove moisture and volatile substances from the wood, improving the stability, durability and anti-corrosion of the wood. Carbonized wood can be used in outdoor construction, furniture manufacturing and other fields.

2. Ceramic material preparation

- It is used for the carbonization treatment of ceramic raw materials, which can change the structure and properties of ceramic materials, improve the hardness, density and other properties of ceramics, and make ceramic products have better applications in electronics, aerospace and other fields.