Rasu Kitchen Equipment

 A wood-fired commercial stove is a heavy-duty cooking appliance designed to use firewood as the primary fuel instead of LPG, PNG or electricity. It is engineered for high-volume cooking applications such as restaurants, hotels, messes, biryani shops, catering units and food businesses. 

 Wood Fire Stoves = Alternate to LPG + Traditional +Save ₹

The main reason is fuel economics. Firewood can be considerably cheaper than LPG in many operating conditions, particularly for high-volume cooking. 

 Properly engineered wood fire stove can save up to 80% of fuel cost when switched from LPG.

Approximately, 4 kg of wood can replace 1 kg of LPG. That means if we consider 4 kg of wood cost  (4 x  ₹8) =  ₹24 can produce cooking energy produced by 1 kg of LPG cost  ₹160. Which mean 85% Savings. This Saving varies place to place based on Price and availability of wood and LPG

 Yes, burning wood produces combustion gases and smoke, particularly during ignition and when combustion is incomplete.

A properly designed commercial stove, however, can improve combustion and direct hot gases through an appropriate exhaust/flue system.

Smoke management is extremely important in a commercial kitchen. Commercial-kitchen fire-safety guidance in India specifically addresses ventilation, exhaust systems and safe disposal of heat, smoke and hot gases. 

A commercial wood-fired stove naturally produces substantial heat.

However, good insulation and proper exhaust design can significantly reduce unwanted heat transfer to the surrounding kitchen.

Insulation around the combustion chamber helps keep more heat where it is needed—toward the cooking vessel—rather than allowing excessive heat to radiate into the kitchen.

Refractory bricks are designed to withstand high temperatures and repeated heating cycles.

They can:

• Protect the stove structure 
• Retain heat 
• Improve combustion-chamber durability 
• Reduce heat transfer to the outer body 
• Withstand repeated thermal cycling 

The correct refractory material and thickness should be selected according to the stove's operating temperature and design.

Refractory insulation such as ceramic/refractory wool can be used behind refractory components to provide additional thermal insulation.

A layered construction can help reduce heat transfer from the combustion chamber to the outer body.

The specific insulation material should be selected based on its maximum service temperature, thermal conductivity, installation method and safety requirements.