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Applications
SGG THERM+® properties are especially suitable for domestic appliances :
• radiator front panel • towel-rail
• mirror • radiator inside panel
and industrial appliances :
• hot plate • industrial heater
• catering equipement • hot shelves

SGG THERM+® combines Comfort, Aesthetic and Safety.
• soft heat (cf. fig. 1)
• fast heating
• surface temperature homogeneity (cf. fig. 2)
• easy cleaning
• no dust movement in the air
• glass in all its states
• transparency
• SECURIT® tempered glass for a better mechanical resistance
• for SGG THERM+®, Saint-Gobain has developed electric insulation solutions in compliance with
regulations and standards (NF EN 60335)
* : If SGG SECURIT® is broken, it will break into small fragments with dulled edges, which significantly reduces the risk of serious cuts or injuries. Moreover, SGG SECURIT® can withstand service temperatures up to 250°C and temperature differentials of 200°C through the thickness of the glass.
Product Range
• Size :
220 mm x 220 mm mini / 1100 mm x 2200 mm maxi
for contour glass and bent glass, please consult
• Raw Glass : SGG THERM+ is available on any kind of glass material as for example :
- EMALIT, printed glass - DIAMANT, low iron glass
- MIRASTAR, reflective glass - …
• Thickness : 4 to 8 mm
• SGG THERM+® can be made with Power and Temperature you choose.
Examples on front page :
| |
GLASS |
SIZE |
TEMPERATURE |
POWER |
| Flame version |
SGG PLANILUX |
500 x 300 mm |
70°C |
150 W |
| Mirror version |
SGG MIRASTAR |
950 x 350 mm |
85°C |
520 W |
Technical Data
• Power : 0 to 10 000 W / m²
• Temperature : up to 250°C
• no circuit breaker needed : T° levels off (cf. fig.3)
• quick heating speed : + 50 K in less than 10 minutes (cf. fig.3)
• radiated heat could be directed thanks to the asymmetrical emissivity (cf. fig. 1)
• no significant acoustic disturbance (< 20 dB)
• temperature gradient on same glass (different areas) is possible
• tempered glass is a high mechanical resistant and high performing sturdiness material
• glass is a non conductive material
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