Micathermic heaters, also know as mica flat panel heaters, share most of the heating characteristics of oil filled radiators.
Both of them are 1,500 watt radiant heaters and rely on convection (rising heat) to distribute their warmth. This allows them, for the most part, to work silently. Although you’ll look at the occasional comment about the creaking and clanking of your oil filled radiator since it heats up, this needs to be but a short-term annoyance to people driven to distraction from the unrelenting whir of a fan forced heater.
Radiant convection heaters also benefit those who suffer from allergies or respiratory ailments since there is no fan to whip up a storm of dust and allergens.
Now let’s have a look at a few of the noticeable and notable differences between micathermic and oil filled heaters. The first and most obvious is size.
At 27 pounds, the common radiator heater weighs twice as much like a mica heater. Casters notwithstanding, a radiator may be awkward for several to advance from room to room when you use it for zone heating. The overall dimensions of a radiator is also a problem if space are at reduced.
Alternatively, the slim line profile of your mica panel heater is unobtrusive and lends itself well to tight spots or cramped spaces. Also, some mica heaters offer the versatility of optional wall mounting.
A few complaints consumers have with radiator convection heaters is the length of time they choose to adopt to heat a room and the area they are capable of heating.
First the heated area: The heating area estimate for most heaters of this type is about 150 square feet – which happens to be achievable in many instances. But additional factors like heat loss m1caheater door and window frames, quality of insulation, and air movement in your own home could significantly lessen the effective heating area.
Also, someone utilizing a space heater within a warmer winter climate such as Virginia will have better results compared to a homeowner in Maine.
Second, heating speed: Radiant convection heaters of all are notoriously slow at warming up a room – usually taking around a 30 minutes before a noticeable improvement in temperature is felt.
This is why the magic of mica comes in. The exceptional heat transfer properties of mica, long recognized by heavy industry, give it time to instantly radiate heat in to the room – even with no fan. So it’s either mica or being forced to wait for five quarts of oil to heat.