savE® OM30 is an inorganic phase change material.

Functions: Phase Change Material (PCM)

Applicable Processes: HVAC Application

Features: Cost Effective, Long Shelf Life

Technical Data Sheet
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Knowde Enhanced TDS

Identification & Functionality

Industrial Additives Functions

Features & Benefits

Industrial Additives Features

Applications & Uses

Applicable Processes

Properties

Appearance
White waxy solid (at 25°C)
Typical Properties
ValueUnitsTest Method / Conditions
Phase Transition Temperature (Melting at 40°C air bath)32°CPLUSS® T-History
Phase Transition Temperature (Freezing at 20°C liquid bath)30°CPLUSS® T-History
Density Liquid (at 45°C)878kg/m³ASTM D891-95
Density Solid (at 25°C)906kg/m³ASTM D891-95
Cycling Stability2000PLUSS® Internal
FlammabilityYes
Flash Point200°CCCC
Thermal Properties
ValueUnitsTest Method / Conditions
Latent Heat Enthalpy (Melting at 27 to 37 °C)206kJ/kgPLUSS® T-History
Latent Heat Enthalpy (Freezing at 33 to 23°C)230kJ/kgPLUSS® T-History
Specific Heat (liquid at 45°C)2.68kJ/kgKPLUSS® T-History
Specific Heat (solid at 25°C)2.6kJ/kgKPLUSS® T-History
Thermal Conductivity (liquid at 35°C)0.123W/mKKD2Pro
Thermal Conductivity (solid at 10°C)0.185W/mKKD2Pro
Maximum Operating Temperature90°C
Note

* Determined by T-history.

** Nominal Valu[es. Actual values mentioned in test certificate.

Technical Details & Test Data

Test DataPhase transition temperature range and stored thermal energy*

Phase transition temperature range and stored thermal energy*

savE® OM30 - Test Dataphase Transition Temperature Range And Stored Thermal Energy*Temperature vs time curve

savE® OM30 - Test Dataphase Transition Temperature Range And Stored Thermal Energy* - 1

Enthalpy vs temperature curve