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Syndanio NA-350
Syndanio NA-550
Syndanio RV
Syndanio RM
FRP Sections
(FRP Pultruded Profiles)
Induction Furnace Parts
Electrical Heater Mounting Blocks
Chimney Supports
Induction Brazing Application
Mold Platen Insulation
Sintering Process
(Diamond Tools)
Steam Curing Chambers
Oven / Furnaces Insulations
Backup Structure of Furnaces
Insulation for "Online Filtration System (OFS)" of PFY/POY plants

Glossary of terms

Specific heat
Specific heat is the amount of heat per unit mass required to raise the temperature by one-degree Celsius.

Q   = C × M × DT
Q = Heat Added
C = specific heat (KJ / kg°K)
M = Mass (Kg)
DT = Change in temperature (°K)
Thermal conductivity
Thermal Conductivity of material indicates its ability to conduct heat. It is defined as the quantity of Heat, Q, Transmitted in time, t, through a thickness L, in a direction normal to a surfaces of area, A, due to a temperature difference DT, under steady state.

Thermal Conductivity (K) = Heat Flow rate (Q) × distance (L)
Area (A) × Temperature difference (DT)
The unit of quantity of heat is the joule (J). Heat flow may be expressed as joules per second (J/S). Heat flow of one joule per second equals one watt (W).
For the purpose of ready identification, actual temperature levels are expressed in degree Celsius ( °C) Temperature difference (Interval or gradient) is expressed in Kelvin (K).
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