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Stainless Steel Wear-Resistant Low Noise Forced Draft Centrifugal Fan for Boiler & Material Conveying

Stainless Steel Wear-Resistant Low Noise Forced Draft Centrifugal Fan for Boiler & Material Conveying
Brand Name
SIMO
Product Model
SIMO Blower 5-12
Certificate
CE, ISO9001:2008,TUV
Country Of Origin
Henan China,Fluidized bed boiler Centrifugal Fan Wooden case packing or according to out customers' requirments
MOQ
1 Set
Unit Price
300-5000 USD
Payment Method
T/T, L/C, Payment Term Is Negotiable
Supply Capacity
500 Sets Per Month
Product Details
Highlight:

induced draught fan

,

induced draft blower

Voltage: 380V/415V/440V/660V/6KV/10KV
Impeller Support: SWSI (Single Width, Single Inlet), Impeller Overhung
Noise: Low Noise
Color: Customer's Requirement
Electric Current Type: AC
Impeller Test: Ultrasonic Flaw Detection
After-Sales Service Provided: Engineers Available To Service Machinery Overseas
Quality Guarantee: 1 Year
Packaging Details: Wooden Case Packing Or According To Out Customers' Requirments
Product Description
Detailed Specifications And Features
Stainless Steel Wear-Resistant Forced Draft Centrifugal Fan for Boiler & Material Conveying
Stainless Steel Wear-Resistant Forced Draft Centrifugal Fan for Boiler & Material Conveying

Our stainless steel forced draft centrifugal fan is designed for boiler systems and material conveying applications requiring high durability, stable airflow, and long service life. With a wear-resistant impeller and corrosion-resistant stainless steel construction, this fan performs reliably in environments containing dust, particles, or corrosive gases. It is widely used in thermal power plants, industrial boilers, and bulk material handling systems.

Technical Specifications
Parameter Category Parameter Value/Range
Application Temperature Normal temperature air, Hot air
Air Composition Clean air, Dusty air, Corrosive gas, Combustible gas, Powder materials, Light particle materials
Performance Impeller Diameter 800~1240 mm
Speed of Mainshaft 1450 rpm
Pressure Range 2592~3108 Pa
Flow Range 12028~76740 m³/h
Structure Blade Backward
Impeller Support SWSI (Single Width, Single Inlet), Impeller overhung
Drivetrain Coupling (Can assign)
Bearing Cooling Air cooling, Water cooling, Oil cooling
System Configuration Motor ABB, SIEMENS, WEG, TECO, SIMO, Chinese brand... (Can assign)
Impeller Materials Q235, Q345, SS304, SS316, HG785, DB685...
Casing & Components Q235, Q345, SS304, SS316, HG785, DB685...
Main Shaft 45# steel, 42CrMo, Stainless steel...
Optional Components System base frame, Protective screening, Silencer, Inlet & Outlet pipeline compensator, Inlet & Outlet flange, Damper, Electric actuator, Shock isolator, Diaphragm coupling, Fluid coupling, Motor rain cover, Temperature sensor, Vibrating sensor, Soft starter, Inverter, Special Electrical Motor, System monitoring Instrument, Lube system, Overhead lube tank etc.
Key Features & Advantages
  • Impeller: 12 pieces of backward aerofoil blades welded between arc cone front plate and flat shaped rear plate. High efficiency, low noise, and high strength guaranteed. Impeller corrected by static and dynamic balance for stable operation.
  • Casing: Volute welded by ordinary steel plates. Various structural forms from No. 8 to 29.5 with appropriate thickening for wear prevention.
  • Inlet: Converging and streamlined air inlet made into unitary structure and bolted to the inlet side of the fan.
Applications
  • Boiler forced draft air supply
  • Thermal power plant systems
  • Powder and particle conveying
  • Industrial ventilation with dust or corrosive gas
  • Fluidized bed furnace systems
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Solve Your Key Problems
❌ Problem: Severe wear from particles
✔ Solution: Wear-resistant materials + reinforced structure
❌ Problem: Corrosion from gas or humidity
✔ Solution: Stainless steel construction
❌ Problem: High energy consumption
✔ Solution: High-efficiency impeller design
❌ Problem: Unstable airflow
✔ Solution: Precision aerodynamic optimization
Why Choose Our Fan
  • 10+ years industrial fan manufacturing experience
  • Advanced testing (dynamic balance, flaw detection)
  • Custom design for complex working conditions
  • Reliable performance in harsh environments
  • Competitive factory pricing