Infrared Heat Mat - Will it warm up liquid (mostly water)?

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SUMMARY

The discussion confirms that using an infrared heat mat is an effective solution for heating photo chemicals to a steady 20 degrees Celsius in a cold environment. The infrared radiation emitted by the heat mat will penetrate the air and be absorbed by denser materials, such as the base of the chemical dish, which will subsequently transfer heat to the chemicals. Connecting the heat mat to a thermostat with a probe in the chemicals ensures precise temperature control, making this setup suitable for darkroom printing in low temperatures.

PREREQUISITES
  • Understanding of infrared radiation principles
  • Knowledge of thermostat operation and setup
  • Familiarity with darkroom printing processes
  • Basic concepts of heat transfer in liquids
NEXT STEPS
  • Research infrared heat mat specifications and suitable models
  • Learn about thermostat calibration and probe placement
  • Explore heat transfer methods in liquids for better efficiency
  • Investigate temperature control techniques for darkroom environments
USEFUL FOR

Photographers, darkroom technicians, and hobbyists engaged in darkroom printing who need to maintain precise chemical temperatures in cold environments.

JamesPearson
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Hi everyone! I am looking for a solution to heat up photo chemicals (I'm doing darkroom printing in a cold garage). I need the chemicals to remain at a fairly steady 20 degrees C, whilst the air temperature is significantly lower (e.g. 7 degrees).

My question is whether or not an infrared heat pad such as this one will heat up the chemicals? Are the wavelengths correct to ensure the water is heated? I read that IR heat does not heat air.

I will connect the heat mat to a thermostat with a probe in the chemicals.

Many thanks!
 
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Infrared radiation heats (nearly) everything, but air is thin - similar to visible light, most radiation will pass through it and heat your chemicals (most solid materials will absorb a significant fraction of the infrared radiation).
 
A wonderfully concise and clear reply - thank you very much indeed, it's much appreciated.

So generally speaking, the denser the material the more energy it will absorb. The base of the chemical dish will absorb quite a bit, I would imagine, and then radiate the heat to the chemicals (in addition to absorption of the radiation passing through the base).

It sounds like using an IR heat pad will solve my problem - thanks again!
 

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