Ahmedabad, Gujarat
GST No. 24AACCF7664C1ZT
Approx. Rs 3,00,000 / PieceGet Latest Price
Product BrochureProduct Details:| Minimum Order Quantity | 1 Piece |
| Medium Used | Oil, Air, Water |
| Type | Heat Recovery |
| Material | Stainless Steel |
| Primary Exchanger Material | Steel |
| Application | Hydraulic and Industrial Process, Mining & Construction Industry, Power Generation, Pharmaceutical industry, Food Process Industry |
| Frequency Hz | 50 |
Symbolic to all the success that we have acquired in the industry, remains our status as the leading manufacturer and supplier of a wide range of Heat Exchanger. Widely used in different industries, our offered exchanger is manufactured under the vigilance of our skilled professionals using optimum quality components and advanced technology. The provided exchanger is stringently examined by our quality controllers on different quality measures.
Features:
Approx. Rs 3,75,000 / UnitGet Latest Price
Product BrochureProduct Details:| Minimum Order Quantity | 1 Unit |
| Material | Stainless Steel |
| Country of Origin | Made in India |
| Tube Material | Brass,Steel |
| Brand | Fry-Tech Food Equipments Private Limited |
| Servive | Yes |
Approx. Rs 3,50,000 / PieceGet Latest Price
Product Details:| Minimum Order Quantity | 1 Piece |
| Heat Exchanger Type | Shell And Tube |
| Application | Process Heating |
| Heat Duty | 1 To 5 MW |
| Heat Transfer Type | Double Pipe |
| Usage/Application | Edible Oil heating systems |
| Flow Type | Hybrid Flow |
| Material | Stainless Steel |
| Dimensions (LxWxH) | 5x8x8 feet WLH |
| Rolled Diameter x Shell Thickness Tube Sheet THK | 900 mm Sch40 Pipe 3.7 mm |
| Fluid Type | Gas Liquid |
| Volume Flow Rate Range | 1.5 inch |
| Tube to Tube Sheet Joint | 1.5 inch |
| Max Output Flow Rate | 32000 Liter per Hours |
| Approval Standard | ASME |
FRY-TECH FOOD EQUIPMENTS PVT LTD make the wood pellet heat exchanger is a crucial component within a wood pellet heating system—either a pellet stove (for heating a single room or area) or a pellet boiler (for central heating and domestic hot water). Its primary function is to transfer the heat produced by burning wood pellets to the surrounding medium, which is typically air or water.
The "machine" you're referring to is usually the Pellet Stove or Pellet Boiler itself, where the heat exchanger is one of the main functional parts.
Core Function and Mechanism
The heat exchanger is an interface that allows thermal energy to be transferred from the hot flue gases (combustion byproducts) to a cooler medium without the two fluids mixing. This process maximizes the appliance's efficiency.
1. In a Pellet Stove (Heating Air)
In a pellet stove, the heat exchanger transfers heat to the air in the room:
* Heat Source: Hot flue gases from the combustion chamber flow around or through the heat exchanger structure.
* Heat Receiver: A convection blower (fan) draws cool room air into the stove casing.
* Transfer: The room air is circulated across the surfaces of the heat exchanger tubes or plates.
* Output: The newly heated air is then blown out into the room via the stove's outlet, warming the space through convection. The heat exchanger keeps the outside of the stove from getting excessively hot while maximizing heat delivery.
2. In a Pellet Boiler (Heating Water)
In a pellet boiler (used for central heating), the heat exchanger transfers heat to water:
* Heat Source: Hot flue gases and the combustion chamber itself heat the boiler body and the surface of the heat exchanger.
* Heat Receiver: Water circulating through the boiler jacket and/or internal tube system (the heat exchanger) absorbs this heat.
* Output: The heated water is then pumped through the building's central heating system (radiators, underfloor heating) and/or a domestic hot water tank.
Key Components of the Overall System
The heat exchanger is part of a larger, often automated, wood pellet heating system. The main parts include:
* Hopper: The storage container where wood pellets are loaded.
* Heat Exchanger: The structure (often tubes, fins, or plates made of steel or cast iron) that efficiently transfers heat from the fire/flue gases to the air or water.
* Convection Fan (Stoves) / Circulation Pump (Boilers): Circulates the heat-receiving medium (air or water).
* Exhaust System (Flue): Safely expels combustion gases (flue gases) outside using an exhaust fan (flue fan).
* Control Board/Thermostat: Manages the entire operation, including the auger speed and fan settings, to maintain the desired temperature.
✅ Advantages of Wood Pellet Heating Systems
The heat exchanger is essential to the high efficiency and low-emission performance of these systems, offering several benefits:
* High Efficiency: Modern pellet stoves and boilers achieve high efficiencies (often over 90%) because the heat exchanger captures and utilizes a significant amount of the heat that would otherwise be lost up the chimney.
* Sustainability: Wood pellets are made from compressed sawdust and wood waste, making them a renewable and carbon-neutral fuel source.
* Automation: The automatic fuel feed (via the auger) and thermostatic control provide the convenience of a modern furnace, requiring minimal effort from the user (mostly just loading the hopper and periodic ash removal).
* Clean Burning: Pellets burn very cleanly due to their low moisture and density, resulting in low emissions and minimal ash, reducing maintenance.
Additional Information:
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