In winter, BTU's naturally flow from the warm interior to the cool /cold exterior.
A heater or heat pump is therefore used to add heat energy (BTU's) into the interior, so your body is not losing heat as rapidly, which makes you feel warmer.
Quite a large percentage of your power bill is a result of running these heaters or heat pump/s to pump heat energy (BTU's) into the interior of homes or offices.
Your cold walls and ceilings are like magnets. They attract the heat energy (BTU's) radiated from people and objects in your living area that have been absorbing this heat energy.
Conventional insulation however does little to halt the up to 75% of the total heat energy (BTU's) given off in the form of RADIATION, which heat energy then simply transfers through to the colder outside.
Approximately 60% of heat loss in homes is through the walls and ceiling. Painting interior surfaces (using INSULADD®) will result in a large portion of this escaping radiated heat energy (BTU's) bouncing back into the living space.
With LESS interior heat energy (BTU's) escaping through interior walls and ceilings, heaters and heat pumps will need to run less to maintain human warmth. This in turn will significantly impact your power bill.
A heater or heat pump is therefore used to add heat energy (BTU's) into the interior, so your body is not losing heat as rapidly, which makes you feel warmer.
Quite a large percentage of your power bill is a result of running these heaters or heat pump/s to pump heat energy (BTU's) into the interior of homes or offices.
Your cold walls and ceilings are like magnets. They attract the heat energy (BTU's) radiated from people and objects in your living area that have been absorbing this heat energy.
Conventional insulation however does little to halt the up to 75% of the total heat energy (BTU's) given off in the form of RADIATION, which heat energy then simply transfers through to the colder outside.
Approximately 60% of heat loss in homes is through the walls and ceiling. Painting interior surfaces (using INSULADD®) will result in a large portion of this escaping radiated heat energy (BTU's) bouncing back into the living space.
With LESS interior heat energy (BTU's) escaping through interior walls and ceilings, heaters and heat pumps will need to run less to maintain human warmth. This in turn will significantly impact your power bill.
* Homes
* Offices
* Metal buildings
* Cold storage facilities * Grain Bins & Silos
* Sheds * Containers
* Heating & Cooling ducts
* Steam pipes & fittings
* Metal Storage tanks
* Mobile homes
* Campers * Buses
* Delivery Trucks
* Boats * etc
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Heat Deflecting
Technology
A Few projects using INSULADD®.
Sunny Queen Eggs, Qld Australia, Laying sheds (20,000 m2)
Blufin Seafoods, Qld Australia, Aquaculture complex
Arizona Bridge to Independent Living, U.S
Bharti Telenet Limited, Indore , India (Touchtel)
Candica FZE, Fujairah , UAE
Contained Solutions Ltd, U.K
Conrad Centennial, Singapore
Department of Defense - South Korea
Ford Motors, U.S.A
Hyundai Construction, Korea
Honda Service Station, Dubai , UAE
Sharjah Institute of Technology, Sharjah, UAE
India River Citrus Warehouse, U.S.A (Area - 5000m 2 )
Japanese National Railroad
Municipal Government of Tokyo , Japan
Japan Agricultural Association
Linde Gas Pte Ltd, Singapore
Korea National Housing Corporation , Korea
Korea Institute of Construction
Kuwaiti British Ready mix Co, Ready mix Vehicles
Mirak Cold Storage Co Ltd, South Korea
National Museum of Korea
Piper Aircraft , U.S.A
PolyN - Plastics company, United Kingdom
Pratt & Whitney Aerospace - Propulsion laboratories.
Seoul Museum of Art Construction Works , Korea
Swift Freight, Jebel Ali, UAE - 4500 sq mtr
The Ritz-Carlton Millenia, Singapore
The Chinese National Housing Authority
US Department of Defense
Le Canonnier Hotel , Mauritius
Le Mauricia , Mauritius
Shandrani Hotel , Mauritius - 300 rooms
Bahrain Royal Flight , Bahrain
Sugar beach Resort , Mauritius
Rashid Hospital , Dubai - 33,000 sq mtr
Abadan Oil Refinery, Iran
Sharjah Islamic Bank, Sharjah
Pacific Controls, Dubai
Bugbee General Contractors; Custom Homes
Desert Oak Homes; Custom & Semi Custom Homes
Palm Canyon Development; Custom Homes
Frazee Paint and Wall Coverings; Numerous clients
Vista Paint; Paint Distributor, numerous clients
Las Vegas Ice Center; Ice skating complex
Cox Communications
B& H Rural Supplies, Qld, Australia
Sunny Queen Eggs, Qld Australia, Laying sheds (20,000 m2)
Blufin Seafoods, Qld Australia, Aquaculture complex
Arizona Bridge to Independent Living, U.S
Bharti Telenet Limited, Indore , India (Touchtel)
Candica FZE, Fujairah , UAE
Contained Solutions Ltd, U.K
Conrad Centennial, Singapore
Department of Defense - South Korea
Ford Motors, U.S.A
Hyundai Construction, Korea
Honda Service Station, Dubai , UAE
Sharjah Institute of Technology, Sharjah, UAE
India River Citrus Warehouse, U.S.A (Area - 5000m 2 )
Japanese National Railroad
Municipal Government of Tokyo , Japan
Japan Agricultural Association
Linde Gas Pte Ltd, Singapore
Korea National Housing Corporation , Korea
Korea Institute of Construction
Kuwaiti British Ready mix Co, Ready mix Vehicles
Mirak Cold Storage Co Ltd, South Korea
National Museum of Korea
Piper Aircraft , U.S.A
PolyN - Plastics company, United Kingdom
Pratt & Whitney Aerospace - Propulsion laboratories.
Seoul Museum of Art Construction Works , Korea
Swift Freight, Jebel Ali, UAE - 4500 sq mtr
The Ritz-Carlton Millenia, Singapore
The Chinese National Housing Authority
US Department of Defense
Le Canonnier Hotel , Mauritius
Le Mauricia , Mauritius
Shandrani Hotel , Mauritius - 300 rooms
Bahrain Royal Flight , Bahrain
Sugar beach Resort , Mauritius
Rashid Hospital , Dubai - 33,000 sq mtr
Abadan Oil Refinery, Iran
Sharjah Islamic Bank, Sharjah
Pacific Controls, Dubai
Bugbee General Contractors; Custom Homes
Desert Oak Homes; Custom & Semi Custom Homes
Palm Canyon Development; Custom Homes
Frazee Paint and Wall Coverings; Numerous clients
Vista Paint; Paint Distributor, numerous clients
Las Vegas Ice Center; Ice skating complex
Cox Communications
B& H Rural Supplies, Qld, Australia
Heating and Cooling of Buildings
INSULADD® is the answer for homes or businesses using heating or cooling devices to maintain a comfort zone.
These devices consume energy, which is costly.
All a heat pump / air-conditioner is doing is increasing or decreasing the amount of heat energy (BTU's) within the interior space.
Conventional insulation materials like fiberglass, cellulose, rock wool and Styrofoam, no matter how thick, have almost no ability to block radiant heat energy, which can account for as much as 93 percent of summer heat gain and up to 75 percent of winter heat loss in conventional structures.
>> See the heat transfer by mode in walls and ceilings.
INSULADD® microsperes however, are effective at deflecting and reflecting radiant heat energy (BTU's) and can play a significant role in reducing power bills.
These devices consume energy, which is costly.
All a heat pump / air-conditioner is doing is increasing or decreasing the amount of heat energy (BTU's) within the interior space.
Conventional insulation materials like fiberglass, cellulose, rock wool and Styrofoam, no matter how thick, have almost no ability to block radiant heat energy, which can account for as much as 93 percent of summer heat gain and up to 75 percent of winter heat loss in conventional structures.
>> See the heat transfer by mode in walls and ceilings.
INSULADD® microsperes however, are effective at deflecting and reflecting radiant heat energy (BTU's) and can play a significant role in reducing power bills.
In Summer the reverse occurs.
Heat energy (BTU's) now naturally flow from the hot exterior surface towards the cooler interior.
An air-conditioner removes heat energy (BTU's) from the interior.
Because your body is not gaining heat so rapidly, you feel cooler.
Quite a large percentage of a power bill is a result of running air-conditioners to remove heat enrgy (BTU's) from the interior of homes or offices.
Your outside walls and roof attract the heat energy (BTU's) radiated by the sun.
Conventional insulation however does little to halt the up to 93% of the total heat energy (BTU's) received. This heat energy in the main transfers from the HOT outer wall through to the cooler interior in the form of RADIATED TRANSFER.
Approximately 60% of heat gain in homes enters through the walls and ceilings. Painting your structures exterior surfaces (using INSULADD®) will result in a large portion of the incoming radiated heat energy (BTU's) bouncing off these exterior surfaces, and thus being prevented from transferring through into the living space.
Less radiated heat energy (BTU's) entering through exterior walls and ceilings will result in air-conditioners running less, which will significantly impact your power bill.
Heat energy (BTU's) now naturally flow from the hot exterior surface towards the cooler interior.
An air-conditioner removes heat energy (BTU's) from the interior.
Because your body is not gaining heat so rapidly, you feel cooler.
Quite a large percentage of a power bill is a result of running air-conditioners to remove heat enrgy (BTU's) from the interior of homes or offices.
Your outside walls and roof attract the heat energy (BTU's) radiated by the sun.
Conventional insulation however does little to halt the up to 93% of the total heat energy (BTU's) received. This heat energy in the main transfers from the HOT outer wall through to the cooler interior in the form of RADIATED TRANSFER.
Approximately 60% of heat gain in homes enters through the walls and ceilings. Painting your structures exterior surfaces (using INSULADD®) will result in a large portion of the incoming radiated heat energy (BTU's) bouncing off these exterior surfaces, and thus being prevented from transferring through into the living space.
Less radiated heat energy (BTU's) entering through exterior walls and ceilings will result in air-conditioners running less, which will significantly impact your power bill.
>> See more info relating to heat transfer and cost savings.
Applications and Value for the Commercial & Industrial Sectors
Domestic * Commercial * Industrial
Real situation testing conclusively proves that the applying of 2 coats of paint with Insuladd® added to exterior of a structure results in measured energy saving of over 24%* (being the measured difference in energy consumption).
*Individual results will depend on type of construction, location, and exposure of the home)
*Individual results will depend on type of construction, location, and exposure of the home)
Up to 90% of radiated heat can transfer through walls and ceilings, and can OVERLOAD standard bulk insulation.
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Controlling this Heat Loss or Heat Gain in the home or workplace will lead to greater energy savings, and reduce monthly power costs.
..Saves you money DAILY
Click to watch the INSULADD® TV AD
A range of problems relating to unwanted heat transfer can now be solved simply by applying paint which includes INSULADD®.
See some simple tests you can conduct yourself
By deflecting heat prior to it reaching a surface, means that LESS heat is transferring TO, FROM and THROUGH that surface.
INSULADD is effective in these areas:
Reducing evaporation of liquids
Reducing heat build-up in pipes, tanks, ducting, sheds, structures etc.
Insulating hot surfaces
Heat retention (Various)
Heat reduction (Various)
Reducing evaporation of liquids
Reducing heat build-up in pipes, tanks, ducting, sheds, structures etc.
Insulating hot surfaces
Heat retention (Various)
Heat reduction (Various)
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© Distribuco International. All Trademarks and intellectual property remains the property of their respective owners. All rights reserved. Legal
Distribuco International Ltd are the importing agents for Insuladd® Paint Additives into New Zealand.
Insuladd® are world leaders in heat reflecting and insulating paint additive technology.
With INSULADD® painted on to an interior surface, BTU's are returned to the interior space.
It's like getting heat energy for FREE.
With INSULADD® painted onto an exterior surface, heat is returned to the exterior space, meaning LESS heat energy (BTU) is transferring through into the cooler interior space.
It's like getting cooling for FREE.
Real situation testing conclusively proves that the applying of 2 coats of interior paint with Insuladd® added results in measured energy savings greater than 12%* (being the measured difference in energy consumption).
*Individual results will depend on type of construction, location, and exposure of the home)
*Individual results will depend on type of construction, location, and exposure of the home)
The energy savings achieved with Insuladd® can offset the entire cost of painting ...
...the cost of the INSULADD®,
...the cost of the paint,
...and the cost of applicating.
...the cost of the INSULADD®,
...the cost of the paint,
...and the cost of applicating.
INSULADD® - it's the smart investment
