+86-18962564681(WhatsApp & Wechat) info@buyfrpfan.com
You are here: Home » Products » Fiberglass Fan » Fiberglass Centrifugal Fan F Series » High Temperature Resistant Fiberglass Fan

High Temperature Resistant Fiberglass Fan

High Temperature Resistant Fiberglass Fan

  • Fan model: FB560C
  • Fan air volume: 9600~16080 CMH
  • Fan pressure: 2855~1453 Pa
  • Rotor balance: ≤ 2.5mm /s
  • Unit vibration: ≤ 4.5mm /s
  • Operating temperature: ≤ 120℃
  • Fan efficiency: ≥ 74.6%
  • Fan speed: 2300 rpm
  • Motor power: 15KW
  • Air duct diameter: DN500~DN600 mm [high temperature customization]
Video PDF

Product Introduction

01FRP High temperature resistant material

High temperature resistant fiberglass fan made of vinylester grade material high temperature resin made of fiberglass, used in actual working conditions, containing chlorine and acid and alkaline exhaust emission treatment, 24 hours troublefree operation, the use of three-phase speed regulation motor, one mold molding, process light and high strength, durable.

02 Qualification Certification

High temperature fan shaft side can add heat dissipation ring, and anti-leakage device, sealing methods include: FRP packing seal, mechanical, carbon ring, nitrogen, graphite, labyrinth, return air and other sealing devices, research and development of "petal seal" gas anti-leakage device, with practical patent qualification recognition, test report details.

03 After-sales maintenance

Manufacturer service, troubleshooting within 2 hours, 48~ survey and testing, lifetime warranty, worry-free.

Applicable Scenarios

High temperature FRP fan is suitable for industrial exhaust gas emissions, acid and alkaline chemical plants, sewage treatment, biological deodorization, waste incineration, RTO, RCO, VOCs, anti-corrosion pump exhaust and other high temperature environment; Waste gas treatment through acid waste gas tower, activated carbon adsorption tower, photooxygen catalysis and other equipment treatment, the actual treatment of components and standard emission requirements, the adoption of technical means and practical experience, reasonable treatment of exhaust emissions, reduce the content of pollutants.