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Are generally produced using two ply’s of polyethylene material with additives to colour, help strengthen and protect against, UV (Ultra Violet) light, the suns heat and pool chemicals. The bottom layer is generally formed into air cells that help insulate, support / float on the surface of the pool water. The flat top surface is normally co-extruded or laminated to the bottom layer to form a flat surface.
Measure the width (W) and length (L) of your swimming pool as indicated below
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1. Ensure the pool water level is correct.
2. Lay the blanket bubble side down on the pool water (smooth side up).
3. Remove any air pockets beneath the blanket with your pool broom.
4. Cut your blanket, with a normal pair of scissors, to the shape of your pool. When finished, we recommend you leave around 75mm (3") rising up the sides of your pool. While cutting ensure you watch the side you are not cuting (or have help) as it is easy to accidentally pull the blanket away from the opposite side and this can result in the blanket being too small. We recommend you do a “rough” cut first around 100mm larger than the pool, then trim the blanket to its final size of 75mm larger than your pool.
Pools loose heat in a variety of ways, but evaporation through the pool surface area is by far the greatest source of energy loss for swimming pools. When compared to evaporation, all other losses are small.
The reason evaporation has such an impact is that evaporating water requires tremendous amounts of energy. According to information from the U.S. Department of Energy, it only takes 1 Btu to raise 1 pound of water 1°F (a Btu or British thermal unit is a traditional unit of energy equal to about 1.055 KJoules), but each pound of 80 °F water that evaporates takes a very large 1048 Btu's of heat out of the pool. The metric equivalent means that it takes 0.001163 kilo watt hour of energy to raise one litre of water 1°C and each litre of water at 27°C that evaporates wastes 1.218 kWh of energy.
Since evaporation is the major source of heat loss for all swimming pools, to minimise evaporation one must cover the pool. Covering the pool with a Geo Bubble pool cover that suits “your needs”, when it is not in use is the single most effective means of reducing:
The evaporation rate from an outdoor pool varies depending on the temperature of the pool, the temperature and humidity of the air, and the wind speed at the pool surface. The higher the pool temperature and wind speed and the lower the humidity/air temperature, the greater the evaporation rate.
Indoor pools are not subject to the high fluctuations in day and night temperatures of outdoor pools. Neither do they radiate heat to the night sky, or have winds that carry heat away from the pool; but they do require room ventilation to control indoor humidity caused by the large amount of evaporation. Without a proper ventilation system, high indoor humidity levels will cause numerous problems, including condensation on cold surfaces and corrosion/ deterioration of structural components.
The energy required to run a ventilation system adds to the costs of operating an indoor pool. Also the ventilation air must be conditioned, which adds further to the costs.
When we compare outdoor and indoor energy loss characteristics, energy loss vehicles may change, but the percentage for evaporation remains high.
Indoor pools are not subject to the high fluctuations in day and night temperatures of outdoor pools. Neither do they radiate heat to the night sky, or have winds that carry heat away from the pool; but they do require room ventilation to control indoor humidity caused by the large amount of evaporation. Without a proper ventilation system, high indoor humidity levels will cause numerous problems, including condensation on cold surfaces and corrosion/ deterioration of structural components.
The energy required to run a ventilation system adds to the costs of operating an indoor pool. Also the ventilation air must be conditioned, which adds further to the costs.
To gain the maximum benefit from your Geo Bubble pool cover, the general rule of thumb is: a cover should be placed over the pool water surface area as soon as it is not used and enjoyed, and taken off just before you would like to enjoy and swim.
By choosing the Geo Bubble cover that suits your needs, you can reduce the amount of energy needed to heat and filter your pool, eliminate water evaporation by 98%+, inhibit algae growth, increase solar energy, reduce chemical consumption and debris contamination you will greatly reduce your carbon footprint, and at the end of its life, a Geo Bubble cover is 100% recyclable.
Bubbletech has been a house hold name for over 12 years. In celebration we are slashing our prices. In the past Bubbletech has gone through extensive business development and relaunch.
Bubbletech strives for the best quality and service within the industry. Bubbletech is proudly Australian owned and operated company with a local work force that specializes in plastic welding.
Bubbletech is a supplier of Plastipack Geobubble™ cover materials in Australia.
It is a new innovative and patented swimming pool bubble cover material created through research and development by Plastipack, that is scientifically designed to improve the lifespan of the material.
GeoBubble™ is specifically developed for use in swimming pools meaning the design has multiple benefits in comparison to traditional bubble material shapes.
For more information please go visit www.geobubble.co.uk
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