As a China-based combination wood and gas cooking stove manufacturer, we developed a hybrid wood and gas cookstove with future generations in mind, going beyond efficiency to consider its entire lifecycle—reducing resource consumption in production, minimizing fuel use during operation, and lowering the cost of recycling and reuse.

Below are the technologies we've incorporated to make our cookstoves high-performing, energy-efficient, low-emission, safe, durable, versatile, and easy-to-use—designed solely to help you get better cookstoves and boost your business.

To maximize performance

● The CF wood cookstove adopts an air-intake system that enables wood and air to fully mix in the combustion chamber, greatly improving combustion efficiency and flame stability.

● The insulated combustion chamber not only reduces heat loss through the chamber walls but also retains heat within the combustion zone—significantly improving the stove's thermal efficiency.

● Our wood-burning cookstove has a secondary combustion system to ensure strong firepower and complete combustion.

● Our wood stove equipped with a baffle, which concentrates flame heat, reduces heat loss, and improves thermal conduction efficiency.

● To ensure complete heat transfer, we have made a perfect fit for each set of wood stove burner and wok.

To achieve energy efficiency and low emissions

1. To make combustible gases and smoke particles generated during wood combustion fully burned, we adopted a secondary combustion system for the wood-burning section of the wood-gas hybrid stove. It will achieve energy savings and reduced emissions.

2. To effectively concentrate heat within the combustion chamber and minimize heat loss to the exterior, we constructed the cast iron firebox using multiple layers of insulation material and refractory mortar. This design enables more efficient heat transfer to the wok, improved energy efficiency, and also provides the key element required for clean combustion: high temperature.

3. To ensure both dry and wet wood can burn completely, and their energy can be maximized as heat—achieving energy savings while reducing emissions—we have optimized fuel adaptability.

4. To ensure adequate oxygen supply for complete clean combustion, efficiently remove non-combustible flue gases, and maintain negative pressure balance within the firebox, our wood-burning stove is equipped with a combustion air blower and an exhaust fan.

To achieve safety

We have designed multiple safety protection functions, such as gas stove flame failure protection, automatic gas cut-off after firewood ignition, independent heat insulation wood stove, explosion-proof and heat-resistant cast iron firebox, high-temperature explosion-proof tempered glass cooktop, leakage protection device, and carbon monoxide monitoring sensors for our combination wood-gas cooking stoves.

To be easy to use, install, and maintain

1. To make the wood stove easy to use, we have designed a one-button ignition system, which can complete the ignition with one click, and there is no need to prepare the fire-starting materials.

2. Because our wood-gas cooking stove adopts the modular design of assembly and disassembly, it is very simple in installation and maintenance.