How They Work

Made in Canada for the Canadian Climate, Climate Control Blinds regulate the temperature of your home year round to save on heating and cooling. Their effectiveness has been proven with independent laboratory tests and they come with a five year warranty.


The two most significant mechanisms a Krumpers Solar Blinds™ uses to insulate your window:

Reflection (emissivity) to reduce solar heat gain.  This is by far Krumpers Solar Blinds™ most powerful weapon. The sun gives off electromagnetic waves, and some of this energy we see as light or feel as warmth. These waves are travelling at 300,000 Km/second and plain window glass is 90%* transparent to them. If you place a reflective surface in the path of these rays, you can change their direction by reflection.  Compared with a conventional blind or curtain, Krumpers Solar Blinds™ outperforms due to its highly reflective properties and distinctively one-of-a-kind angular perforation. The majority of the sun’s rays and heat are reflected back out of the window before they are converted into heat energy.

A still air barrier to reduce heat transfer from the hot side to the cold side.  A still air space can be a very effective method of insulation. Krumpers Solar Blinds™ creates a still air space between your room and the glass, this still air space, although not as effective as some bulk insulations, such as one of the foams, makes a significant contribution to the insulation of your room from the heat outside.

Additional still air barriers created by your conventional blinds and curtains can add to this advantage. In the winter time, Krumpers Solar Blinds™ work to retain warmth, partially by creating a still air barrier, and partly by preventing the warm air circulating in your room from making contact with the cold glass, while still retaining your view.

At the same time Krumpers Solar Blinds™ in their winter mode become a passive solar collector. For example a 4’x4’ window in direct sunlight creates 2096 BTU’s* an hour while still acting as a window insulator that stops the hot to cold air exchange.


*numbers based on lab results.