When selecting a carbonization furnace, you must first distinguish equipment types.

Understand the differences between different furnace models.

Choose according to your actual production needs.

This avoids cost waste and picks the most suitable equipment.

Carbonization furnaces are mainly divided into two categories:

continuous type and intermittent type.

Continuous furnaces realize automatic feeding, carbonization and discharging.

They support non-stop round-the-clock operation.

Intermittent furnaces work in batch mode.

The next production cycle starts only after full charging, carbonization and discharging.

It supports 24-hour uninterrupted production.

Feeding, carbonization and cooling run at the same time.

It delivers extremely high production efficiency.

Its output capacity is 5 to 10 times higher than intermittent furnaces.

Most models adopt rotary kiln or dual-cylinder structure.

High automation ensures uniform and stable carbonized products.

It features lower energy consumption in long-term operation.

It can process wood, straw, bamboo and biomass waste.

It also adapts to organic sludge and various raw materials.

It is ideal for large factories and mass production.

The main disadvantage is higher initial investment cost.

Some raw materials need drying treatment before carbonization.

This furnace adopts a batch feeding and processing method.

After one furnace carbonization, the machine must stop for cooling.

Workers clean residues before reloading new materials.

Overall working efficiency is relatively low.

It has a simple structure and easy operation.

Daily maintenance and repair costs are low.

It requires low upfront investment with high cost performance.

It is perfect for small workshops and individual producers.

It meets small-batch charcoal production demands.

It works well for high-density and low-volatility raw materials.