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HVAC Fans for Rubber and Plastics Compounding

Supply, return and exhaust fans for heating, ventilation and air conditioning of plant and office space. In rubber and plastics compounding the gas at the fan is air with solvent vapour, and that sets the blade form, the material and the drive.

The process

Mixers, extruders and calenders release fume and fine filler dust. Local extraction to filters and carbon adsorption, with plant ventilation for the heat.

The gas at the fan

Air carrying solvent vapour from painting, printing or coating. Spark resistant construction, flameproof or increased safety motor, and the fan placed where the duct cannot accumulate vapour.

Selection for this duty

ImpellerPAG or die-cast aluminium impeller for low power, fixed or variable pitch
FormTube axial for low pressure; vane axial where the pressure or the downstream distribution calls for it; bifurcated where the motor must be out of hot or contaminated air
Also specifiedSpark resistant construction and a flameproof motor
Density at the fanAt about 40°C the gas density is close to 1.13 kg/m³, 94% of standard air. Pressure developed and power drawn fall in the same ratio, so the selection is made at this density and the motor is checked at cold start.

Supply, return and exhaust fans for heating, ventilation and air conditioning of plant and office space. Low pressure, so efficiency and noise govern. Client-stated blade types for the HVAC in general: Axial, backward inclined and forward curved.

Industries

Other fans in rubber and plastics compounding

HVAC in other processes

Services on this fan

Information needed to select or quote

  1. Duty point. Volume flow and static pressure at the fan inlet, with the gas density and temperature or the conditions to derive it.
  2. Operating conditions. Site altitude, normal operating temperature and continuous or intermittent duty.
  3. Gas stream. Dust loading and particle size, corrosive species, moisture, upset temperature and any tendency of the material to deposit on the impeller.
  4. Mechanical. Rotation viewed from the drive end, discharge orientation and motor power.

Send us your duty point

Flow, pressure, gas condition and temperature are enough to start a selection.

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