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INSULATION FOR INSULATION FOR THE FIRST LINE OF DEFENSE

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Page 1: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

INSULATION FORINSULATION FORTHE FIRST LINE OF

DEFENSE

Page 2: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Ceramics are known to be an excellentnon-conductor of heat, as shown in this

picture from a National Geographicmagazine article.

Here the center of the ceramic cubeglows with a interior temperature of

2200 f. degrees yet can be safelyhandled by a bare hand

Page 3: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

These remarkable tiles are only 7%solids and 93% void. These hollowcenters also contains a completevacuum. It is the vacuum center

that creates the incredibleTHERMAL BLANKET .

Page 4: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

During the 1970’s, General IndustriesCorp., a specialty chemical

development company located inColorado Springs, Rohm and Haas,

the worlds leading supplier ofresin’s and polymers and the 3-M

Company, who provided thevacuumed ceramic micro-spheres.

They spent 7 years of trial anddevelopment to put this scienceinto a system that would perform

under some of the toughestconditions on the planet, and inthe conditions that are the mostimportant to you, your individual

project.

Page 5: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Space Shuttle technologyengineered into a very effective

system of coatings to meetresidential, commercial,

agricultural, and industrialrequirements.

Vacuumed ceramic micro-spheresin a pure acrylic resin base withunique polymers that hold the

spheres in fluid suspension, untilapplied, forming a seamless,

flexible, long lasting, effective

Page 6: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THE ELASTOMERIC RESIN FORMS ASEAMLESS AND ELASTIC MEMBRANE, ANDPROVIDES WATERPROOFING ANDRESISTANCE TO NATURE’S BREAK-DOWN

THE FILLERS ARE VACUUM CERAMICMICROSPHERES THAT REFLECT ANDDISSIPATE HEAT

THE PIGMENTS ARE STABLE SUBSTANCESRESISTANT TO NATURE’S BREAKDOWN. THEYADD REFLECTIVITY AND LONG LIFE

DISSIPATE HEAT

Page 7: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

60 mil epdm rubberis cut into thin strips.One side is covered

with premiumExterior white paint

from the localbuilding supply.

All surfaces expand or get bigger with heat.This constant expansion and contractioneasily destroys common paints as seen

here, by simply stretching the epdm.

Page 8: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

The other side of Epdmstrip has been covered

with Thermo-shieldExterior Wall.

The Thermo-shield is so flexible andThe Thermo-shield is so flexible andstrong you can stretch and stretch thestrip, and the coating does not crack or

loose adhesion to the strip. And this is awater based product adhered to RUBBER !

Page 9: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

TRADITIONALINSULATION IS A CURE

FOR A PROBLEM THAT ISALREADY THERE,

“HEAT”

THERE IS A NEW METHODAVAILABLE,

“PREVENTION”, TOSTOP SOLAR ENERGY

FROM BECOMING A HEATPROBLEM

Page 10: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

SOLAR ENERGY IS NOTHOT, IT TURNS INTO

HEAT WHEN IT ISABSORBED BY A

SURFACE

IF WE REFLECT SOLARRADIATION AWAY, ITWOULD NEVER TURN

INTO HEAT TO BECOMEA PROBLEM

Page 11: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

WHEN HEAT DEVELOPESIN A SURFACE, IT CAN BE

ABSORBED INTO THESTRUCTURE OR, IT CAN

BE RADIATED BACK INTOTHE ATMOSPHERE AS

INFRARED ENERGYTHROUGH “EMITTANCE”

WHEN YOU HAVE ASURFACE WITH HIGH

SOLAR REFLECTION ANDHIGH EMITTANCE, VERYLITTLE HEAT GETS INTO

THE STRUCTURE TOCAUSE PROBLEMS

Page 12: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

IN GOVERNMENTTESTING, THERMO-

SHIELDâ REFLECTED86% OF THE VISUALAND NEAR INFRAREDLIGHT - WHERE MOSTHEAT IS GENERATED

THIS LEAVES ONLY14% OF THE SOLARENERGY BECAME A

PROBLEM

Page 13: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this
Page 14: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THERMO-SHIELDâ HAS90% EMITTANCE, THIS

MEANS THAT 90% OF THE14% ABSORBED

RADIATION WILL BEEMITTED BACK INTO THE

ATMOSPHERE AS NIR.ATMOSPHERE AS NIR.

THIS LEAVES LESS THAN2% OF THE SOLAR

ENERGY TO GET INTOTHE STRUCTURE TOBECOME A PROBLEM.

Page 15: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THERMO-SHIELDâ ISPREVENTION.

SOLAR ENERGY THATNEVER BECOMESNEVER BECOMES

HEAT, NEVERBECOMES A PROBLEM.

Page 16: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Can a microscopicceramic vacuumed

sphere, reallyperform and blockheat gain or loss ?

Page 17: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Test panels left to right: black Thermo-shield, black EPDM rubber, silver

aluminum roof coat, white Thermo-shield.

The black Thermo-shield is25 % cooler. Air temp is

approx. 80 degrees.

Black EPDM Rubber Black Thermo-shield

Page 18: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Aluminum coat is only 3 degrees cooler thanthe black Thermo. And the white Thermo is

only 3 degrees warmer than air temp.

“Silver Coat” fiberedAluminum Roof Coat

WhiteThermo-shield

Page 19: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

BlackEPDM Rubber

BlackThermo-shield

Silver AluminumCoat

WhiteThermo-shield

Page 20: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Thin layer of vacuumed ceramic micro-spheresprotects hand from heat of propane torch

Page 21: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

In 2003, the Jones Valley Wildfirein Redding, California

roared through this community,destroying everything in its path

including this next doorneighbors home

Page 22: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Same view up neighbor Kay S.’sdriveway, except Kay’s home is still

there! Kay supplied these pictures ofher Thermo-shield coated home,

showing little sign of the devastationall around.

Page 23: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

“ The heat melted the door trimright off. This is a solid aluminumdoor and the trim is aluminum as

well “! Kay S says “I will telleveryone I meet that

Thermo-shield saved my home.”

Page 24: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

The fire burned the wood framing right off ofthis backyard garden area, but the house

looks like new !

AND THIS IS OUR STANDARD FORMULA,WE ALSO OFFER A U.L. TYPE A, CLASS 1

FORMULA

Page 25: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Looking“up the valley”

Page 26: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Back yard view looking “down thevalley”. The fire marshal says he has

never seen anything like it ! The homesthat survived have only one thing in

common, THERMO-SHIELD PROTECTION

Page 27: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THERMO-SHIELDâCAN GREATLYENHANCE THE

PERFORMANCE OFEXISTING

INSULATION INBUILDINGS

Page 28: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

This Assisted LivingFacility in Utah,

heard aboutThermo-shield, but

needed PROOF !

They set up two identical 1500sq. ft. senior apartments, each

with it’s own heat source. Aelectrician and HVAC

contractor set up powerconsumption recording metersand Thermo shield Interior wasand Thermo-shield Interior was

installed in one.

The Thermo-shield rooms used37% less energy to heat. !

Page 29: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

WHEN INSULATIONGETS HOT IT

LOOSES R VALUE. AT116 °f BULK

INSULATION HASLOST ABOUT 40% OF

ITS R VALUE. ANR20 IS REDUCED TO

ABOUT R12.THERMO-SHIELDâADDRESSES THIS

PROBLEM BYPREVENTING HEAT

DEVELOPMENT

Page 30: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

BULK INSULATION IS AHEAT RESERVOIR, ITSLOWS HEAT TRAVELEFFECTIVELY, BUT ATTHE END OF THE DAYTHE HEAT DOES NOT

CEASE TO EXIST;

A PORTION OF ITCONTINUES TO COME

INTO THE BUILDING ANDKEEP A/C UNITS

RUNNING UNTIL THEINSULATION COOLS TOROOM TEMPERATURE

Page 31: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

25 year old, black 3 tab asphalt shingle roof that hasbeen totally restored using Thermo-shield Roof . The

owners love their new roof and the way it WORKS !owners love their new roof and the way it WORKS !

Page 32: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this
Page 33: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THE OAKRIDGENATIONAL

LABORATORIES, THEPREMIER TESTING LAB

FOR THE U.S.GOVERNMENT,GOVERNMENT,

CONDUCTED A 3-YEARSTUDY TO FIND THE

HEAT FLUX BENEFITSOF REFLECTIVE

COATINGS AND THEAGING PROCESS.

Page 34: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THERMO-SHIELDâ

IT WAS DETERMINED AT OAKRIDGE THATIN A 3 YEAR PERIOD ALL REFLECTIVE

COATINGS OR SURFACES HAVE LOST UPTO HALF OF THEIR REFLECTIVITY ANDHAVE REACHED A LEVEL THAT WILL BECONSTANT UNTILL COMPLETE FAILURE

THERMO-SHIELDâMAINTAINED 70%

REFLECTIVITY ANDPRODUCED A 66%

REDUCTION OF HEATFLUX AFTER THE 3-YEAR

WEATHERING.

Page 35: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this
Page 36: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Conductivity or k-value of commonbuilding materials, taken from the

2005 ASHRAE HANDBOOK

Plywood, douglas fir 0.80

Particle board 0.94

Wafer board 0.63

Fiberboard acoustical tile 0.42

Loose fill cellulose 0.27-0.32

Cement plaster, sand aggregate 5.00

Brick, fired clay 2.50-10.20

Cement/lime, mortar, stucco 9.70

Hardwood, oak 1.25Softwood , cedar 0.68-0.90

Page 37: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THERMO-SHIELDâHAS A K-VALUE OF

0.0514

Page 38: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this
Page 39: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Entheos, an newelementary level

Charter School opensfor the 2006-2007

school year

The Builders,Zollinger Commercial

Construction SpecThermo-shield

Interior WallInterior Wallthroughout the inside

of this cutting edgeschool.

This school isapprox. 48,000

Square Feet, andis located in the

Salt Lake Valley inUtah

Page 40: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Multi-purpose room, ceiling and walls

Class room walls

Page 41: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

After record cold

Walls and halls throughoutget Thermo-shield Interior

After record cold’06 winter in SLC,

energy costswere noted.

The schoolsheating bills

averagedonly $300.00per month !!

WOW

Page 42: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

MOISTURE BUILD-UP INA BUILDING CAN BE A

BIG PROBLEM

ONE VERY UNIQUEFEATURE OF

THERMO-SHIELDâ IS THEABILITY TO BREATHE

WHEN DRY AND TOWATERPROOF WHEN WET

Page 43: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

BECOMING WATER-TIGHT

WHEN WET

BREATHING OUTMOISTUREWHEN DRY

Page 44: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THIS ISCALLED

“VARIABLEPERMEABILITY’’

Page 45: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

WHEN THE COATINGIS DRY, THE

POLYMERS IN THERESIN SHRINK AND

ALLOW THEALLOW THESUBSTRATE TOBREATHE OUT

TRAPPED MOISTURE

Page 46: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

BUT WHEN IT RAINS,THE POLYMERS

SWELL AND BECOMESWELL AND BECOMEWATERTIGHT

Page 47: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Thermo-shield can even warrantee that this boxwon’t leak for 15 years .

( this box is now 4 years old, 09\07 )

Page 48: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

This apartment roof wasstarting to leak, but

owner could not afford awhole new system in this

A water-tight seal wasachieved and owner willapply remaining product

as budget allows, workingup to a complete system.

whole new system in thisyears budget. Problem

solved! By simplyapplying Thermo-shieldRoof Coat and fabric tothe seams and pipes.

Page 49: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

BULK INSULATION ISGREATLY AFFECTED BY

MOISTURE. A 1½ %MOISTURE LEVEL IN AWALL OR ROOF WILLWALL OR ROOF WILL

REDUCE 38% OF THE RVALUE.

THERMO-SHIELDâ HELPSKEEP INSULATION DRY

Page 50: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

IT’S HARD TO STAY WARM IN A WETCOAT AND THE SAME IS TRUE WITH

WALLS and ATTICS.

TESTING DONE IN GERMANY SHOW THATTHERMO-SHIELD INSTALLED ON ANTHERMO-SHIELD INSTALLED ON AN

INTERIOR OR EXTERIOR WALL WILLREMOVE ALL BUILT UP MOISTURE

WITHIN THE WALL IN ONE SEASON.DRYING OUT THE SUBSTRATE MAKES ITPERFORM THE WAY IT WAS DESIGNED

AND THAT ALONE CAN ACCOUNT FOR UPTO A 15% SAVINGS ON ENERGY COSTS.

Page 51: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

CONDENSATION INBUILDINGS IS

ANOTHERANOTHERCOMMONPROBLEM

Page 52: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Thermo-shield productsgreatly decreases surfacetemperature fluctuations,

reducing and evenreducing and eveneliminating condensation

problems

Page 53: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THE U.S. GOVERNMENT,THE U.S. DEPARTMENT OFENERGY (DOE), THE U.S.

ENVIRONMENTALPROTECTION AGENCY

(EPA), AND MANY STATESAND CITIES RECOGNIZE

THAT HIGHLYTHAT HIGHLYREFLECTIVE, HIGHLYEMISSIVE PRODUCTS

SAVE ENERGY.PROGRAMS ARE ALREADY

IN PLACE ENCORAGINGTHEIR WIDE-SCALE USE

Page 54: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

DOE AWARDS THE“ENERGY STAR”

LOGO TO ROOFPRODUCTS THAT HAVE

PROVEN HIGHREFLECTIVITY ANDREFLECTIVITY AND

EMITTANCE WITHOUTCOMPROMISING

QUALITY

Page 55: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THERMO-SHIELDâROOF COAT IS A

CHARTER MEMBER

Page 56: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THE COOL COMMUNITYPROGRAM BY DOE ANDEPA IS ENCOURAGING

REFLECTIVE ROOFS ANDLIGHTER PAVEMENT

MAINLY TO IMPROVE AIRMAINLY TO IMPROVE AIRQUALITY AND REDUCE

SMOG; THE SIDE BENEFITBEING INDIVIDUALENERGY SAVINGS

Page 57: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THE COOL ROOF RATINGCOUNCIL – CRRC - HAS

DEVELOPED TESTING TORATE REFLECTIVE

ROOFING ANDDETERMINE ITS VALUE IN

ENERGY SAVINGS -SIMILAR TO HAVING AN R

VALUE

Page 58: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

MANY CITIES ANDSTATES ALLOW

REFLECTIVE ROOFINGREFLECTIVE ROOFINGAS PART OF THE

INSULATION PACKAGE

Page 59: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this
Page 60: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this
Page 61: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

ENERGY COMPANIES AREINTERESTED IN

OFFERING CREDITS FORENERGY SAVINGSBECAUSE AT PEAKBECAUSE AT PEAK

LOADS THEY HAVE TOPROVIDE EXTRA POWER

AT A HIGHER COST

Page 62: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this
Page 63: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this
Page 64: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this
Page 65: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this
Page 66: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THERMO-SHIELDCOLORS REMAINBRIGHT UNDER

SEVERE UVCONDITIONS

Page 67: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Home had darkcedar siding that

dated it

Thermo-shieldExterior was applied

in a beautiful tan tint

These pictureswere taken fall ’07,almost 4 full yearsafter application.

The Thermo-shieldlooks like NEW,

even on the garagedoor!

Page 68: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

2 OTHER SLC, UTAH HOMES THAT ARE 4 + YEARS OLD,OVER CEDAR SIDING, AND THEY LOOK LIKE NEW !

Page 69: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

JIS TESTING FORFADE RESISTANCE

(Japanese IndustrialStandards, similar to USASTM, except US do notrequire fade resistancetesting but Japan does.)

SHOWED THATSHOWED THATTHERMO-SHIELDâ

EXHIBITED THE LOWESTDEGREE OF FADING OUTOF ALL THE DIFFERENTBRANDS OF PREMIUMPAINTS TESTED FORAPPROVAL IN JAPAN.

Page 70: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

TEXTURED WALLS CANEASILY BE TOPCOATED WITH

THERMO-SHIELDâ

Page 71: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

STUCCO HAD STARTED TO CRACK AND DETEORATE ONTHIS ST. GEORGE, UTAH HOME,

Page 72: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

coatedUn-coated coated

“I LOVE THE RESULTS WE ACHIEVED AS EASY AS PAINTING! THE STUCCOLOOKS LIKE NEW AND IT DOES NOT COME OFF IN MY HAND LIKE THE OLD

STUCCO. I HAVE ALSO NOTICED THE WONDERFUL SOUND BLOCKING POWER,

MY NEIGHBOR HAS A LOUD DIESEL PICKUP THAT WOKE UP ME EVERYMORNING WHEN HE LEAVES FOR WORK, AT 4:30 AM. NOW I DON’T EVEN

REALIZE THAT HE HAS LEFT UNTILL I SEE HIS TRUCK IS GONE.”

Old stuccosurface

Thermo-shieldcoated stucco

Page 73: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

This aluminum shingle roof had faded from abeautiful red to a dreadful pink. It had alsostarted to leak. Thermo-shield Roof to the

rescue, leaking stopped and the home ownerslove the new brown color. Also saved 30% on

heating costs during the winter !

Page 74: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

This home turned office has received NationalHistoric Registry status in thanks to a complete

Thermo-shield Exterior restoration.

Page 75: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THERMO-SHIELDâINTERIOR COATINGSABSORB NOISE ANDHAVE VERY GOOD

INSULATION AND FIRERESISTANCE – CLASS I

Page 76: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

THERMO-SHIELD CAN BE CUSTOM TINTED TO ANYTHERMO-SHIELD CAN BE CUSTOM TINTED TO ANYCOLOR YOU DESIRE,

Page 77: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

Kitchen gets Thermo-shield Stucco on walls

Home owner “loves the do-itmyself results” achieved by

“simply painting it on”.

Page 78: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

A base coat of sky blue, and a finishA base coat of sky blue, and a finishcoat of white give this ceiling the

look of a cloudy day

Page 79: INSULATION FOR THE FIRST LINE OF DEFENSE Introduction.pdf · INSULATION FOR THE FIRST LINE OF DEFENSE. Ceramics are known to be an excellent non-conductor of heat, as shown in this

CONCRETE ROOFS METAL ROOFS

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