01 Cool Houses for Cool People

8/7/2019 01 Cool Houses for Cool People

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Co o l Homes f o r COOL PEOPLE SAVE 40% of your Elecmanjushree.org

tricity Bills and ENSURE a

Healthier Lifestyle - MUMBAI 09820152385 Visit at:

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LOW COST EASY METHODS to Reduce the Temperature of your Home INSIDE by following SIMPLE IDEAS

GROW TREES AROUND YOUR HOME

Trees around your home SHADE the Sun Rays from directly heating up your concrete walls.

IDEA! - Try the Indian BADAM Tree Grows fast Large Leaves Attracts BIRDS

right round the year especially in the SUMMER months. This will COOL UP YOUR ROOMS

CROSS VENTILATE YOUR EXISTING ROOMS

By ADDING additionalMOSQUITO NETTING FITTED Frames in the SLIDINGWINDOW/ DOORS SYSTEM in all ROOMS -

FREE BENEFITS: No Pigeons/ Monkeys entering YOUR ROOMS during the DAY

No Mosquitoes/ Insects at NIGHT

Reduced Electricity Bills FRESH AIR ROUND THE DAY It works. I

have it in my HOUSE and saved 30% of electricity bills NO STALE AIR No Pigeons/

Mosquitoes


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IF YOU LIVE BELOW THE TERRACE/ ROOFPaint Your ROOF WHITE:

ADVANTAGES:

Improved comfort because the buildings interior is subject to less thermal flux and stays cooler

during the warm season.

Reduced energy costs because of reduced air-conditioning. Longer AC unit life resulting from decreased air-conditioning loads. Increased roof longevity due to reduced thermal flux.

Cool roofs are distinguished among energy conservation measures they combat the urban heat island

effect. The urban heat island effect is a relatively newly identified phenomenon that is characterizedby a measured increase in the ambient air temperature in cities over their surrounding rural areas

This is due to roofs and other non-reflective surfaces that absorb and trap solar radiation or heat.

The excess trapped heat is gradually released to the ambient air throughout the day, evening andnight time hours, warming up the urban core round the clock. The effect results in an

environmentally negative and spiraling impact, including:

Increased demand for air-conditioning in both air-conditioned and un-conditioned buildings, thusincreasing the potential for the installation of air-conditioners in buildings that currently dont need

them.

Increased greenhouse gas emissions that contribute to global warming, released as a result of fossilfuel generated electricity to power air conditioners.

Increased smog formation.

TAKE THIS SIMPLE TEST: Take a WHITE PAPER & A BLACK PAPER and PLACE it on

your TERRACE in the morning Feel the temperature with your PALMS Feel the temperature

with your PALMS once again at around 2.00 pm in the afternoon vis- a- vis your terrace ROOF

TEMPERATURE. DID YOU FEEL THE DIFFERENCE?


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CHEAP/ INEXPENSIVE PRODUCTS IN THE MARKET

Lime [Chuna] Powder/ White Cement/ SNOWCEM type White Paints

Will cost only 1 1.5 psf + Labour Costs. [NO WATERPROOFING! Only Cool Roof Cooling.

Will REDUCE YOUR ROOM TEMPERATURES by 3 4 deg C.

ADD AN AWNING on your TERRACE/ BALCONY or a GREEN HOUSE NETTING as

shown below:

ECO FRIENDLY TERRACE with REEDS as follows:


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PROVIDE CROSS VENTILATION IN YOUR HOME an example below:

And also USE UB OND KOOL COAT on your EXTERNAL FACADES & TERRACES to cutDOWN your ELECTRICITY BILLS & WATERPROOF/ PAINT your HOMES Externally

UB OND KOOL COAT Eco Friendly INSULATES, RADIATES WATERPROOFSyour BUILDING &TERRACE

Water Based White for Porous surfaces e.g. Brick, Concrete

Epoxy PU Based White for Non Porous surfaces e.g. Metals/ Corrugated Roofs coverage: 8 12 sq.ft./ 2 coats

TOP COAT with 2 Coats UBOND APClear Coatcosts: Rs.30/- to Rs,40/- psf ONLY

Contains specially graded I.R. reflective pigments

ASSURED: 7 35% Lower Electricity Bills

ASSURED: 3C - 10C lower ROOM temperatures

Typical Comfortable Temperatures for Humans upto 34C max.

Summer month temperatures average ROOMS below Terrace/ Roof: 38 - 42C

Reduction of Room Temperature from 42C - 32C assured


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Reduced energy costs because of reduced air-conditioning.

Longer AC unit life resulting from decreased air-conditioning loads.

Increased roof longevity due to reduced thermal flux.

Environmentally beneficial

Reduced Urban Heat Island EffectReduced Greenhouse Gas Emissions

Reduced Smog formation

Lowers ambient air temperatures inside buildings and increases occupant comfort & worker

productivity

R VALUES:

R value: of a typical building wall - R = 12 hr ft2 F/Btu,

Test reports show that UBOND KOOL COAT more than doubles the "Whole Wall Effect R Value" in the majority

ofcases.

SOLAR REFLECTANCE INDEX (SRI)

The standard black roofing material has a high emittance value (90 percent) but a low reflectance value (5

percent). This creates a hot roof surface because even though the emittance is high, there isnt enough

reflectance to help cool the roof. As such, the standard black roof is given an SRI value of 0.

The standard white roofing material is highly reflective (80 percent) and has the same emittance as the

standard black surface (90 percent). Its surface is much cooler and the standard white roof is assigned an SRI

value of 100. Like solar reflectance and thermal emittance, a higher SRI value is synonymous with a cooler

roof.


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UBOND KOOL COAT is tested and proven to be a highly effective cool roofing material. The coatingsperformance results from the use of 100% pure elastomeric resins and a proprietary blend of ceramics. UBOND

KOOL COATdissipates solar energy that is often absorbed through structural roofs during daytime hours. Thecoatings surface reflects nearly ninety percent (90%) of solar energy and is able to readily radiate any radiant

heat absorbed by the coated surface into the atmosphere and away from the buildings interior.

UBOND KOOL COATdoes not require special equipment for installation nor a long duration to complete the cooroof transformation.

UBOND KOOL COAT reduces energy consumption by as much as 40%, especially during peak hours wilgenerate a dependable return on investment throughout the lifetime of the coating.

Insulating agents such as Fiberglass, Cellulose, Styrofoam, etc. slow down and resist ("R value") hea

transfer. These types of insulation materials only work on heat transfer by means of conduction which

amounts to between 5 % - 7 % of the total heat transfer into / out of a structure.

That leaves 93 % - 95 % of the total heat transfer to be dealt with by your air conditioner and heater.

Qualifies for LEED credits

SS Credit 7.2: Heat Island Effect: Roof

EQ Credit 7.1: Thermal Comfort: Design

MR Credit 5.1: Regional Materials: 10% Extracted, Processed & Manufactured Regionally

MR Credit 5.2: Regional Materials: 20% Extracted, Processed & Manufactured Regionally

ID Credit 1: Innovation in Design

The EPA defines a Heat Islands as areas that occur on the surface and in the atmosphere.On a hot, sunny summer day, the sun can heat dry, exposed urban surfaces, such as roofs and pavement, to

temperatures 2750C hotter than the air, while shaded or moist surfacesoften in more rural surroundings

remain close to air temperatures.

Surface urban heat islands are typically present day and night, but tend to be strongest during the day when

the sun is shining.

UBOND KOOL COAT prevents buildings from absorbing afternoon solar energy, minimizing the ambient airtemperature above and around the structure, creating cooler temperatures in areas that surround the building.


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Waterproofing FREEUBOND KOOL COAT is a 100% pure Elastomeric coating with exceptional elongation allowing it to movewith the expansion and contraction of the substrate as well as make it ideal to bridge surface cracks to prevenmoisture penetration into the structure.

IMPORTANT TIPS: Always paint in the shade, never in the sun.

Outside painting should only be done in temperatures between 10 and 40 degrees Celsius.

In summer, the best way is to follow the sun around your home and paint only on the shady side.

A hot sun will dry out the surface too quickly, which may cause the paint to wrinkle.

Storing Conditions:

-UBOND KOOL COAThas to be kept in a cool and well-ventilated place, protected from heat and direct sunlight-Shelf life is one year from packing date in unopened original containers at 5 to 30C. Containers should be

kept tightly closed.

Safety:

Avoid skin or eye contact. Prolonged contact may cause irritation of the skin and mucous membranes.

Note:

All information in this data sheet and in all our data sheets are given to the best of our knowledge

based on laboratory testing and practical experience. Final results depend on following instructions

and on consumer skill. Our responsibility is limited to providing products that confirm to samplesand specimens provided by us. Due to technical needs, we reserve the right to change any given

specification without notice.


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01 Cool Houses for Cool People