Overview
Why Thermal Oil Selection Matters in Heater Design
A system-level introduction to fluid properties, operating temperature, circulation, equipment sizing, reliability and lifecycle considerations.
Read article →Thermal Oil Heater Articles
Practical engineering guidance for selecting heat-transfer fluids and evaluating how density and viscosity affect circulation, pressure drop and pump power.
Pump Selection
How Oil Density Affects Circulation Pump Selection
Connect thermal-oil density with mass flow, volumetric flow, hydraulic power, pump duty and operating margins.
Read article →Hydraulics
Effect of Viscosity on Pressure Drop in Thermal Oil Heaters
Understand Reynolds number, friction loss, cold-start conditions and the effect of viscosity on heater-coil pressure drop.
Open article outline →Case Study
Case Study: Total Seriola K3120 vs YT-m30
Compare two thermal oils and trace how their properties influence circulation, pressure loss and pump requirements.
Open case-study outline →Pump Power
How to Recalculate Pump Power When Changing Thermal Oil
A practical recalculation workflow covering flow rate, differential pressure, efficiency, viscosity correction and motor margin.
Open article outline →Online Tool ยท Planned
Thermal Oil Property Calculator
Calculate and compare thermal-oil properties for heater-system and circulation-pump engineering checks.
View planned calculator →