Product Description
                                Technical Data
                                Documents
                                Fiyat Listesi
                            
                            
                                
	
		
			| USAGE AREAS | 
		
		
			| ■ Grid has been specially designed for the combustion of solid particulate fuel, combustion time may be different due to non-standard sizes. | 
			■ Usually preferred by: wood, werzalit, paper, oil, petrol and chemical factories. | 
		
		
			| ■ It is possible to burn by pneumatic method: pulverized emery, tea waste, husk, coal dust etc. | 
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			| ADVANTAGES | 
		
		
			| ■ It is possible to fire solid fuel of different sizes at the same time, | 
			■ Uses less energy than the mechanical system, | 
		
		
			| ■ Presents easa of usage and maintenance, | 
			■ Automatic fuel supply door, | 
		
		
			| ■ At the bottom of the unit there are doors, throught which flattens ash cleaning, | 
			■ Production waste could be incinerated, | 
		
		
			| ■ Burning of particles which are left after grill burning, is performed by a pneumatic furnace. | 
			■ Two-stage combustion system provides complete combustion with high efficiency. | 
		
	
 
                             
                            
                                
	
		
			| FEAUTURES | 
		
		
			| Heat Capacities | 
			500.000-6.000.000kcal/h  | 
		
		
			| Boiler Efficiency | 
			80% | 
		
		
			| Max.Operating Pressure | 
			3-18 bar | 
		
		
			| Max.Temperature | 
			140°C | 
		
		
			| Type | 
			Cylindrical-Horizontal | 
		
		
			| Fuel | 
			Wood, Sawdust, Product Waste | 
		
		
			| Design Code | 
			CE marked as per Pressure Equipment Directive 
			(PED 97/23/AT) | 
		
		
			| Design Standart | 
			EN 12952- EN 12953 | 
		
		
			| Material | 
			  | 
		
		
			| Tubes | 
			P235GH St35.8 (Tensile Steel) | 
		
		
			| Insulation | 
			
			 Mesh wire rockwool 
			Colored electrostatic powder coated carbon 
			steel sheet 
			 | 
		
		
			| Refractory | 
			Resistance to high temperatures (1500 °C), 
			thermal shock and overload, high impact strenght. |