Insights
Selection Guides
Carbon Steel vs Stainless: Choosing Fan Materials
When standard carbon steel Q235 is enough and when to specify stainless 304 or 316L for corrosive or hygienic fan duties.
Read MoreSelecting a Fan for Warm and High-Temperature Gas
How gas temperature affects air density, fan pressure and motor sizing, and where the 80 °C standard limit applies.
Read MoreFan Rotation, Outlet Angle and Drive Arrangement Explained
Left or right rotation, outlet angle in 45° steps and belt vs direct drive — how to specify a fan that fits your duct layout.
Read MoreStatic, Dynamic and Total Pressure in Fan Selection
What fan static pressure really means, how it differs from total pressure, and why getting it right prevents an undersized fan.
Read MoreHow to Size a Fan for Pneumatic Conveying
Air velocity, material loading and line resistance — the key factors in sizing a fan for dilute-phase pneumatic conveying.
Read MoreCentrifugal Fan vs Axial Fan: Which One Do You Need?
When to choose a centrifugal fan over an axial fan — the trade-off between pressure, airflow, noise and duct layout explained.
Read MoreReading a Fan Performance Curve the Right Way
How to read airflow, pressure, power and efficiency off a fan performance curve and find the real operating point of your system.
Read MoreMatching the Right Fan Series to Your Application
Ventilation, grain milling, forging or pneumatic conveying — how the 4-72, GM, 9-26 and 6-30 series map to real duty points.
Read MoreHow to Select a Centrifugal Fan: Flow, Pressure and Margin
A practical walkthrough of sizing a centrifugal fan — air flow, total pressure, operating temperature and the safety margins that matter.
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