Continuous carbonizer and ordinary carbonizer are two kinds of equipment used for carbonization treatment, and there are significant differences in their structures, working principles and application fields.

First of all, from the structural point of view, the continuous carbonizer is usually designed as a long furnace body, which can realize continuous feeding and discharging. It continuously transports raw materials into the furnace through conveyor belt or roller system for carbonization, and then automatically discharges the finished products. This design makes continuous carbonizer more efficient in dealing with mass production, which can reduce manual intervention and improve the automation of production line. However, ordinary carbonizer is often a closed furnace cavity, and raw materials must be manually loaded before each treatment, and the finished products must be manually unloaded after the treatment is completed, which makes it suitable for small batch production or laboratory environment.

Secondly, from the working principle, continuous heating and cooling system is adopted in continuous carbonizer. After entering the furnace body, raw materials will be treated in different temperature zones, gradually raising the temperature to reach the temperature required for carbonization, and then rapidly lowering the temperature through the cooling zone to ensure the quality and stability of finished products. This way can ensure the uniformity and consistency of products. However, ordinary carbonizer is usually heated intermittently, and the temperature in the whole furnace cavity changes slowly, which is difficult to control, which may lead to uneven product quality.

Finally, in the application field, continuous carbonizer is widely used in industrial production because of its high efficiency and automation, such as large-scale carbonization of wood, bamboo, crop straw and other materials. Ordinary carbonizer, because of its flexibility and low equipment cost, is more used in laboratory research or small-scale production, which is suitable for occasions that need diversified tests or customized production.

To sum up, continuous carbonizer and ordinary carbonizer have their own advantages and disadvantages. Enterprises should decide which equipment to use according to their own production demand, budget and product quality requirements in order to achieve the best production effect. Through reasonable selection and configuration of carbonization equipment, production efficiency and product quality can be significantly improved, and greater economic benefits can be brought to enterprises.