The Most Natural Form of Insulation - Dragosdragos.com.tr/uploads/file/DRAGONBOARD_-_ENG.pdfContents...

The Most Natural Form of Insulation

Contents page

About Insulation 3

Why DragonBoard®? 6

Properties of DragonBoard® 7

DragonBoard® Wall Systems 9

Raised Floor System 20

Other products 21

Technical specifications of DragonBoard® 22

Application details 24

Storage and transport details 26

References 28

FIREPROOF

HIGH HEAT AND SOUND INSULATION

ECONOMICAL

LIGHT

WATER-RESISITANT AND DAMPPROOF

INSECT AND BACTERIAFREE

IMPACT-RESISTANT

STORM ANDHURRICANE RESISTANT

ENVIRONMENT-FRIENDLY

• A1 Class (TSEN 13501/ASTM E 119)

• 54 Decibel and over• 0.025 W/M.K (TSEN ISO 8990)

(TSEN 520)

• Time and labor-saving

(ASTM 621)

(ASTM D 5628)

(ASTM E 5628)

• 100% natural and ecologic (ISO 14025)

• 1000 kg/m3

Fire Insulation:The emerge of heat during fire may cause buildings to be partly or wholly damaged and ruined. Temperature inside the building on fire reaches extremely high levels in a short time and thus, affects the durability of the parts carrying the structure. In case of fire inside a room, temperature rises to the ceiling from the ground (through rise of hot air). After a while, temperature rises to the level of 1000°C on the ceiling. Since durability of ferroconcrete materials decrease at the ratio of 1/3 over 500°C, ceiling has the risk of being collapsed. Either the structure will collapse and become useless due to the effect of heat which will cause loss of life or property since partial collapse/demolition will prevent access to the building.

Load bearer parts of the building to maintain their functions has a vital importance. To prevent load bearer structure to be affected from the heat arisen from the fire, all cladding and backlayment components should have low heat conductivity and either be fireproof or be coated with fireproof materials . By insulating against fire ; the increase of temperature is slowed down and provides time to the people inside the building to get out and firefighters to take the fire under control.

Buildings and structures are divided into highly-resistant special sections to restrict damaging effects of fire to create safe escape areas. Fire and smoke are prevented from reaching these sections through insulation to the walls, ceiling and floor of these sections. Also, doors and windows in these sections should be equipped with certain fire-resistance properties. Roof and facades must be insulated against fire to keep the buildings intact and load bearer structures to remain firefree during the fire till the fire is estiguished. Also boiler rooms etc. should be insulated to prevent smoke and flame spread, ventilation channels should be insulated to prevent spread thru air ducts and also areas of conduits must be insulated against fire.

Fire insulation begins at the stage of design. Firstly, precautions related to fire safety are determined

according to the characteristics and quantities of combustible matters inside the building. Number of people inside the building is determined and risk assessment is conducted depending on intended purpose of the structure. Based on such risk assessment, fire-resistance duration of the walls, ceiling and floors of the structure is determined.Glass wool (white), rock wool and similar special panels and materials which are fire-proof (Class A) and have high resistance to heat transmission are fixed to the walls, ceilings, floors and ventilation

channels in fire insulation system. Special heat stimulated expandable mastics are

used on the places where installation makes a hole on the walls, floors and ceiling and precautions are taken in order to prevent spread of flame and smoke. Special doors and glass

rovings are used on the corridors which are used for fire escape.

Fire protection is essentially ensured by controlling the fire at the scene of the

incident and preventing it from leaping to the other areas and thus, gaining time until fire is extinguished .

Heat Insulation:Is called the implemantation, installation and use of required preventive applications to minimize heat losses and maximize conduction gains. Technically, heat insulation is applied so as to reduce heat transfer between the two environments at different temperatures. It is possible to extend life of the structure through heat insulation and to provide great gain in heating and cooling expenses. Largely, fossil fuels are used in order to heat the buildings. Gases arisen from burning fossil fuels as product of combustion cause air pollution and global warming. Reduction of energy amount used in establishment of comfort conditions in heat insulation applications also contributes to preventing the increase in global warming and air pollution.Heat insulation applied in buildings in accordance with the laws and regulations has many advantages for people and countries. The most important advantage is financial contribution of heat insulation to energy saving.Heat insulation is applied to the roofs, facedes and the walls of the buildings facing the parts such as

About Insulation

3

garage and warehouse which are not in use, floors of soil or unoccupied places and floorings which separate apartment flats, installation pipes and ventilation channels. Additionally, heat loss from windows in winter is reduced by specially covered insulation glass units and insulated joineries and thus, entry of solar heat to the building is restricted in summer. In this way, energy used for heating and cooling is saved. In order to take full advantage from heat insulation, all walls, roofs and floors of the buildings facing cold parts in winter and hot parts in summer must be definitely insulated and also, quality windows must be used. Heat insulation is applied to the surfaces of the buildings facing outside or the parts not in use from the ground of the structure to the roof by application of special insulation materials which decrease heat transfer.Insulation on the walls can be provided by assembling various materials to the walls from outside /inside of the building or between two layers of walls. Since all insulation materials are mounted, heat bridges don’t occur when insulating from exterior Also, since the application is made from the exterior, walls remain warm and no condensation occurs. Heat insulation materials to be used on exterior insulation should be specially manufactured for this application. Heat insulation applications between two walls or insulation from interior of the building are preferred to be used in buildings such as summer houses and chalets which are used for short-term periods. In general, in such applications, heat insulation panels are applied to the inner surface of the wall. Precautions should be taken against heat bridges in such applications and investigation for condensation must be definitely carried out. After verifying the existence of condensation, the need for vapor barrier is decided.Heat insulation should not be regarded as a process carried out only with various insulation materials. Heat insulation is a process which should be started at the stage of design. One of the most important elements affecting heat loss is environmental factors of the building and designers should take these factors into consideration.Basic purpose of heat insulation products is to increase conductivity of construction elements.

Heat conductivity coefficients affect insulation characteristic of these

products. The lower conductivity coefficient is, the greater insulation characteristic of that product is. Therefore, heat conductivity coefficient of insulation products is expected to be low. Additionally,

depending on the detail on which such insulation materials will be used,

sound absorption values, performance against fire, water absorption values, freezing and thawing resistance, compressive strength for the applications under load play an important role in material choice. Ease of use and economical aspects are also other desirable characteristics in insulation materials.

Sound Insulation:Sound insulation should be made in the areas where harmful effects of noise must be avoided (houses, school, hospital, dormitory, hotel, workplaces, etc.), in the areas where the noise spread to the environment must be prevented (generator, hydrophore, central heating, entertainment venues with high sound level), in the

areas where use of sound Is Inevitable and conditional (cinema, theater, concert

and conference saloons, Tv and sound recording studio etc.). Sound or noise is an energy type diffused through vibrations in gases, solid matters and fluid atmospheres.

Sound transmission basically occurs through two ways in the buildings and

structures;

1) Air-originated sound transmission 2) Impact-induced sound transmission

Air-originated sound transmission: Sound waves move inside air and induce construction elements to vibrate. Vibrations are transmitted to the volume close to the sound source by moving inside the construction elements or passing through various spaces inside the construction elements. Speech, listening to music and similar activities can be given as examples to typical air-originated sound transmission.

Impact-induced sound transmission: When an object crashes to any construction element (wall, ceiling or floor), both surfaces of such construction element vibrate and generates

4

sound wave and sound is transmitted to the other volumes outside the volume where impact occurs.Foot sounds, jumping, dropping objects, drift of objects and similar activities can be given as an example to typical impact-induced sound transmission. Different methods are used in restriction of air-originated and impact-induced sound transmission. If sound waves face an obstacle with different density or flexibility from the environment , certain amount of the energy is reflected, some are absorbed and turned into heat and some other energy proceed on its way. Sound insulation basically consists of applications which prevent transfer of sound waves reflected from all parts of the building.

Water and Damp Insulation:All applications done to the external, internal, ground , roof of all structures to prevent the effects of water , damp and moisture to extend their lifespans is called water insulation. The most important danger which affects lifetime and durability of the buildings and structures is water. Water leaking into the buildings and structures corrode the equipment on the body and carrier parts of the buildings and causes their load-bearing capacity to decrease. Water causes deformations in all main carrier systems of buildings; and cracks and breakage occur in any smallest ground motion and earthquakes. Water leakage into the buildings and structures causes mold, fungus, weathering, fade-out and other organic matters to occur, which may be dangerous for building and human health. Buildings and structures are exposed to water due to rain, snow, dew, underground waters, water for interior usage in buildings (water leakages in wet spaces such as kitchen, bathroom, and toilet) pressurized or unpressurized underground waters on the ground where the building is constructed. Such water leakage causes life comfort to be removed and threatens the building.Damage created by water in buildings is one of the most important dangers for life and property safety in the areas where earthquake risk exists. Water leaking into the installation of building through any path creates freezing and heating or chemical reactions and corrodes the building installation. Corrosion of the building installation weakens the durability of the structure and affects the lifetime of the building negatively.

The effect of damage on durability of our buildings is usually invisible but we can realize such damage when we come face to face with undesirable results of corrosion. A building exposed to corrosion is unlikely to stand in a major earthquake. Therefore, water insulation has vital importance in earthquake prone countries like Turkey.

Damaging effects of corrosion:Generally, concrete protects the installation embedded in against corrosion. Once the installation is embedded into the concrete, a thin film layer sticks to the steel and creates durability against corrosion. This durability is directly connected to high alkaline atmosphere of concrete and electrical resistance. Ions inside the damp in capillary gaps of concrete play a role in electric conductivity. Formation of iron oxide at the surface of the structure at a size of 2.5 times larger than its volume at a environmentally conditioned speed. If there is a problem of insufficient depth of concrete cover, may crack. Installation appears once concrete is poured. Increase in corrosion rate becomes inevitable due to contact with air. Loss

in the section of the installation due to corrosion causes the installation to

fail to meet the values calculated at the beginning.Water insulation prevents water from deforming and weakening the buildings and structures and allow comfortable buildings

to be acquired also prevents the formation organisms such as

bacteria, mold, etc. Cost of water insulation during construction stage is

approximately 3% of construction cost. Durability of buildings is the most important element to be considered in respect of human life safety. Accordingly, advantage obtained from water insulation is much more important than cost.

5

Why DragonBoard?

New building and construction systems which have been in use since the beginning of 20 th century have some negative aspects besides all of the advantages provided in terms of comfort conditions and building structure . Especially in steel and ferroconcrete structures external walls which form the external surface of the building have turned into a seperator that seperates indoor and outdoor environment instead of being the loadbearer structure. Thus the lightness and thinness of externall wall has gained high level of importance also as a design criteria. However, as a result of this, it has become a requirement to design the outer wall in such manner that it holds separate functions and consists of different materials and layers instead of a homogeneous, single-layer and thick wall used in masonry systems in order that such outer wall can function depending on various environmental factors. All construction materials used in construction of wall are capable of directly and indirectly absorbing the damp in the environment, storing ,carrying It through the building and finally throwing it away from the structure. Among damp transmission types, under ordinary conditions, the most common one is vapor diffusion. Vapor diffusion is not a problem when used in traditional construction and building systems which are constructed by homogeneous and thick, masonry walls or wooden framework walls allowing easy transfer of air and damp. However, since different materials used in multi-layered walls hold different damp permeability characteristics, while damp transmitted passes rapidly through certain layers, it is likely to accumulate in front of the layers with high level of damp permeability resistance. Furthermore, extraordinary moisture-damp accumulation; in other words, condensation occurs on exterior wall layers due to environmental conditions or design and application faults except for the damp under ordinary conditions. Consequently, exterior wall becomes unable to fulfill the performance expected and reinforcement in carrying system is exposed to corrosion and is oxidized. Following completion of building construction, in the event that the wall fails to fulfill the performance expected, it is clear that eliminating these problems is difficult and even impossible in certain conditions. Therefore, determining whether such problems may occur or not at the stage of design and taking required precautions at the same stage are quite important in terms of fulfillment of constant performance expected from exterior wall. At the stage of design, many alternatives of external layer which may basically have the same function are likely to be

developed especially considering a variety of new construction materials produced in line with technological developments in 20th century. The most important part of design process is to choose the most appropriate structure and materials for the building by making selections the within the criterias formed according to the level of heat and damp .

DragonBoard® new generation construction panels offer solutions for fire protection , heat&sound insulation , damp& moisture formation, and vapor&water effect on the structures. DragonBoard® panels carry all necessary domestic and international certifications and test resports.

• ASTM - American Standards• BS - British Standards• TSE - Turkish Standards• Expert opinions and references

For the certificates proving compliance with the standards, offer solutions for rough construction insulation, fire protection in wooden buildings, shaft systems and safe design of fire escape-rescue ways. Also provides fire protection, heat insulation and sound insulation are provided for the walls, ceiling and grounds in the building. DragonBoard® products offer rapid and economic solutions with panel and wall systems for desired insulation and fire protection in light steel and prefabricated buildings. Of the characteristics acquired by its components, it is commonly used since it is not affected by water and damp. As system elements, DragonBoard® fire protection and heat and sound insulation are completed with the following products:

• Joint Paste• Multi-purpose Acoustic Band• Smart Screws• Joint Tape• Fire Door• Shaft Covers

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Incombustibility A1 class

Density 1000 kg/m3

Flexural strength 1295 PSI - 8.94 N/mm2

Compression strength 3000 PSI - 20.71 N/mm2

Flame spread None

Smoke development None

Water and damp Absorption

It does not change form at%10 – 12% in pool test.

Heat Conductivity –R Value

Lame= 0.025 w/m.k > wall sectionR Value: 1.2

Chemical content None

Fungus-Mold formation None

Freeze Not affected by freeze

TECHNICAL INFORMATION

CERTIFICATE AND CORPORATE LOGOS

PANEL DIMENSIONS and THICKNESS

Thickness: 4 - 26 mm.Standard dimension: 1220 x 2440 mm.Customized production is availableon demand

7

Combustibility of the material

Non combustible

Difficult to combust

Difficultto

inflame

Normalflaming

Easy flaming

No formation of smoke

4

4

4

4

No combustion dropping/particles

4

4

4

4

4

Fire Reaction Classes according to TS EN 13501-1

A1

A2 - S1, d0

B - S1, d0C - S1, d0

A2 - S2, d0A2 - S3, d0B - S2, d0B - S3, d0C - S2, d0C - S3, d0

A2 - S1, d1A2 - S1, d2B - S1, d1B - S1, d2C - S1, d1C - S1, d2

A2 - S3, d2B - S3, d2C - S3, d2

D - S1, d0D - S2, d0D - S3, d0E

D - S1, d1D - S2, d1D - S3, d1D - S1, d2D - S2, d2D - S3, d2

E, d2

F

Fire Reaction Classesaccording to DIN 4102

A1

A2

B1

B2

Table of fire classes:

Comparison of DragonBoard® with other construction panels*

8

* Evaluations in the table have been obtained from the test results in their own plants of magnesium board producers in America and China

Plasterboard Cement-based Plywood O.S.B. panel

Flame spread NONE LOW NONE HIGH HIGH

Sound insulation HIGH LITTLE LITTLE LITTLE LITTLE

Smoke development NONE LITTLE NONE HIGH HIGH

Water and damp effect RESISTANT NO RESIST. NO RESIST. NO RESIST. NO RESIST.

Fungus-Mold Formation NONE YES NONE YES YES

Durability to Termite YES YES YES NONE NONE

Heat Insulation: R value 1.2 0.9 0.8 1.2 1.0

Impact strength HIGH LOW LOW NORMAL NORMAL

Inflammableness NONE FLAMING NONE INFLAMMABLE INFLAMMABLE

Load-bearing quality YES NONE NONE YES YES

Environmental quality HIGH LOW NORMAL NORMAL LOW

Icing and freezing durability GOOD LOW GOOD GOOD GOOD

1 Wall 2 Ceiling

3 Floor

4 Shaft

5 Fire wall

Use

Fig

ure

s

Car

cass

fig

ure

s

Syt

em T

ype

Fire

Res

ista

nce

Du

rati

on

s

1 60 min.

2 90 min.

3 120 min.

4 180 min.

5 240 min.

1 Single stud 2 Double stud

KK Box Profile

KS Sheet Profile

KA Wood

KKI Box Profile Internal Wall

KKD Box Profile External Wall

KSI Sheet Profile Internal Wall

KSD Sheet Profile External Wall

KKC Box Profile Rof

1System detail codes KK 1 1

WALL SYSTEMS

9

1 Exterior Wall Double Side Cladding/Single Carcass Profile/ Rockwool

Wall system propertiesFire Resistancemin F-60

Filling MaterialRockwool, etc.

Thicknessmin 15 cm

Weight28 kg

Sound insulation40 - 56 dB

Heat insulationLambda: 0,025 W/m.k

DragonBoard® Mgo construction panels can be used in all kinds of insulation solutions in buildings.The dry wallsytems constructed with DragonBoard® panels carry high features. Thanks to its wide use of range, panells can be used inexternal/internal walls, sheating, siding, partition walls, steel & prefabricated

structures and buildings, as roof backlayment, tile backlayment, raised floor systems, suspended ceilings and in areas exposed to damp and moisture. DragonBoard® can be used in any application that requires fire protection, heat/sound insulation and water exposure.

DragonBoard®:• A1 Class fire resistancy • Excellent heat insulation• Excellent sound insulation• Ecologic• Not effected from water/moisture and damp • No development of fungus/insect/ mold • No release of toxic

1 12 mm DragonBoard®

2 U- Sheet Profile 0,8 mm 3 DragonBoard® Smart Screw 4 DragonBoard® Joint Paste 5 Rockwool 6 C- Sheet Profile 0,8 mm 7 Sheet Profile wall floor mounting component 8 12 mm DragonBoard®

Wall thickness

Profile type Panel thicknesses

Rockwool thicknesses

Rockwool density

Sound insulation

Wall weight

min 15 cm Box profile Sheet profile

12 mm15 mm

7,5 cm+7,5 cm

50 density70 density

40 - 56 dB Approximately 28 kg

1 KS 1 1

10


2 U- Sheet Profile 0,8 mm 3 DragonBoard® Smart Screw 4 DragonBoard® Joint Paste 5 Rockwool 6 Sheet Profile wall floor mounting component



Thicknessmin 5 cm

Weight15 kg


Heat insulationLambda: 0,035-0,060 W/m.k




Wall thickness



Rockwool density

Sound insulation

Wall weight

min 5 cm Box profile 12 mm 15 mm

3 cm 50 density70 density

40 - 52 dB Approximately 15 kg

2 Exterior Wall Single Side Cladding/Box Profile/ Rockwool

1 KK 1 1

11

Wall thickness



Rockwool density

Sound insulation

Wall weight

min 10 cm Box profileSheet profile

8 mm10 mm12 mm

3 cm5 cm


30 - 46 dB Approximately15 - 18 kg


2 U- Sheet Profile 0,8 mm 3 DragonBoard® Smart Screw 4 DragonBoard® Joint Paste 5 Rockwool 6 C- Sheet Profile 0,8 mm 7 Sheet Profile wall floor mounting component



Thicknessmin 10 cm

Weight15 - 18 kg


Heat insulationLambda: 0,035-0,060 W/m.k




3 Interrior Wall Single Side Cladding/Single Carcass Profile/ Rockwool

1 KSI 1 1

12




Wall thickness



Rockwool density

Sound insulation

Wall weight


8 mm10 mm12 mm

7,5 cm 50 density70 density





Filling MaterialNone

Thicknessmin 10 cm

Weight24 - 28 kg



4 Interrior Wall Double Side Cladding/Single Carcass Profile

1 KSI 2 1

13

Wall thickness



Rockwool density

Sound insulation

Wall weight


8 mm10 mm12 mm

5 cm7,5 cm










Thicknessmin 10 cm

Weight26 - 28 kg



5 Interrior Wall Double Side Cladding/Single Carcass Profile/ Rockwool

1 KSI 2 1

14

Wall thickness



Rockwool density

Sound insulation

Wall weight


8 mm10 mm12 mm

5 cm7,5 cm


40 - 56 dB Approximately32 kg



Wall system propertiesFire Resistancemin F-60+


Thicknessmin 15 cm

Weight32 kg






6 Interrior Wall Double Side Cladding/Double Carcass Profile/ Rockwool

1 KSI 3 2

15

Celling system propertiesFire Resistancemin F-60+

Filling MaterialNone

Thicknessmin 10 cm

Weight10 -15 kg


Heat insulationLambda: 0,035 - 0,065 W/m.k




Wall thickness



Rockwool density

Sound insulation

Wall weight


6 mm, 8 mm10 mm, 12 mm



2 Suspended Ceiling - Sheet Profile hook 3 DragonBoard® Smart Screw 4 DragonBoard® Joint Paste 5 Suspended Ceiling profile mounting component 6 Suspended Ceiling profile

7 System 12 KS 1 1

16





Filling MaterialRockwool

Thicknessmin 10 cm

Weight12 - 18 kg



Wall thickness



Rockwool density

Sound insulation

Wall weight


6 mm, 8 mm10 mm, 12 mm

5 cm 50 density 30 - 46 dB Approximately12 - 18 kg


2 Suspended Ceiling - Sheet Profile 0,8 mm 3 DragonBoard® Smart Screw 4 DragonBoard® Joint Paste 5 Suspended Ceiling profile mounting component 6 Rockwool 7 Suspended Ceiling profile

8 System 1 + Rockwool2 KS 2 1

17



Thicknessmin 6 cm

Weight10 kg







2 Suspended Ceiling - Sheet Profile 0,8 mm 3 DragonBoard® Smart Screw 4 DragonBoard® Joint Paste 5 Rockwool

9 System 22 KKC 1 1

Wall thickness



Rockwool density

Sound insulation

Wall weight


6 mm, 8 mm10 mm, 12 mm

3 cm 50 density 30 - 46 dB Approximately28 kg

18

19



Thicknessmin 10 cm

Weight28 kg






Wall thickness



Rockwool density

Sound insulation

Wall weight


6 mm, 8 mm10 mm, 12 mm

3 cm 70 density 40 - 56 dB Approximately28 kg


2 Suspended Ceiling - Sheet Profile 0,8 mm 3 DragonBoard® Smart Screw 4 DragonBoard® Joint Paste 5 Suspended Ceiling profile mounting component 6 10 mm DragonBoard®

7 DragonBoard® Sharp Pointed Screw

10 System 3 High level of fire protection2 KKC 5 1

Suggested thicknesses of DragonBoard®

are 18mm and up when used in raised floor

systems.

System should be constructed by using

an appropriate steel/ wood etc. based

substructure.

Panels are cut in appropriate dimensions and

fixed with appropriate construction elements

for the panels to be mounted by sticking to

the floor.

Ceramic adhesive mortar, flexmortel

polyurethane foam, acrylic mastic and similar

products may be used as an adhesive.

DragonBoard® Smart Screw

DragonBoard® Sharp Pointed Screw

DragonBoard® Joint tape

DragonBoard® Joint paste

DragonBoard® Multi-purpose Acoustic Band

11 Raised floor systems3 KA 2 1

Auxiliary equipment

20

Other products

Fire door

Our fire doors are completely

made of DragonBoard®

construction panels.

Door frames are made of highly

fire-resistant steel and door

leaves are made of DragonBoard®

insulation panels.

Internationally certified and

patented DragonBoard® fire doors

are available coated or painted in

any dimensions.

Fireproof shaft covers

Frames and leaves of shaft covers

are made of DragonBoard® panels.

Available in laminated or painted .

Fire proof shaft door components

including door locks and hinges

are in accordance with the

standarts of DIN and TSE.

21

Technical Details of DragonBoard®

ContentComposite panel made of Mgo, MgCl

2 and reinforced by

fiberglass fabric.

ThicknessPanels can be produced in any thickness between 4-26 mm and are generally available on the basis of even-numbered thicknesses.

Dimensions1220 mm x 2440 mm standard dimension is available in stock. Customized production is made on request. Maximum dimension is 3600 mm.

WeightApproximately 1000 kg/m3.

Environmental propertyDoes not contain any hazardous substance to human health. Free of asbestos, silica, organic solvents, heavy metal, toxics . It is produced in accordance with ISO 14025 and environment friendly.

Reports and Certificates

DragonBoard®,Holds test reports and certificates complying with American, English and Turkish Standards in respect of fire-proof, incombustibility, smoke and gas emission;Test reports complying with American and Turkish Standards in respect of high heat and sound insulation;Test reports complying with American and Turkish Standards in respect of waterproof and damp-proof properties;Test reports complying with American and Turkish Standards in respect of pressure and bending strength (Extension – reduction coefficient);And test reports related to its ecologic nature.

Application Fields

Dragonboard® panels are insulation and decoration panels which can be used in all kinds of building applications, indoor and outdoor environments.

Dragonboard® panels can be easily applied in desired dimensions and forms with its unique structure.

Dragonboard® panels may be used together with various Insulation materials to form new featured constructional Insulation components.

Partition walls and sandwich panels that provide excellent fire resistancy, high heat and sound insulation can be formed by building combined structures; using Dragonboard® panels together with insulation materials such as featured EPS, glasswool, polyurethane foam, expanded perlite etc.

• Interior and exterior coating in buildings• Exterior sheathing & façades and claddings• Partition wall systems • For fire insulation• For suspended ceiling and raised floor systems• Sound insulation• Usage of roof sheathing panel• Light Steel and prefabricated buildings• In fire insulation of load bearing systems in heavy steel structures• Insulation of cold storage rooms• Manufacture of furniture (fireproof door, bench, wardrobe, etc.)• Underfloor support material on the ground concrete• Backing board for tiled surfaces. • Places being exposed to water and damp• Production of Fire Door and Fireproof Shaft cover.

Dragonboard® panels increase the quality and the value of all building applications with its approved fire resistancy and heat&sound insulation properties. Applications includes single family homes apartment complexes, commercial high rise buildings, schools, hospitals, hotels, houses, shopping Malls, student dormitories, military structures and off-site offices.

Our certificates are available in pdf format in our website.

22

Bending strength of DragonBoard® panelsaccording to thickness

THICKNESS TRANSVERSALLONGITUDINAL

m2 weight of DragonBoard® panelsaccording to thickness

WEIGHTTHICKNESS4 mm 4 kg/m2

6 mm 6 kg/m2

8 mm 8 kg/m2

10 mm 10 kg/m2

12 mm 12 kg/m2

14 mm 14 kg/m2

16 mm 16 kg/m2

18 mm 18 kg/m2

20 mm 20 kg/m2

25 mm 25 kg/m2

26 mm 26 kg/m2

Bending strength (N/mm2)

22,5 18,6 4 mm

12,1 8,7 6 mm

11,2 8,4 8 mm

9,3 7,5 10 mm

7,6 5,3 12 mm

Technical specifications ofDragonBoard® panels

Fire class A1 fireproof

Compression strength 1295 Ps i- 8,94 N/mm2

Compression strength 3000 Ps i- 20,71 N/mm2

Heat Insulation value - 10 mm panel 0,3 w/m.k

Heat Insulation value - 10 cm wall section 0,025 w/m.k

Extension – reduction coefficient 0,3 mm/m

Flame spread 0

Smoke developed 0

Water absorption %10- %12 (no form change)

23

24

DragonBoard® panels can be cut with a quality utility knife upto 10 mm thickness. 12 mm thickness and up can be cut and shaped with hand-saw or portable horizontal saw.

Diamond tipped, hard concrete cutter or hard metal threaded cutters should be used.For minimum dust development the use of sharp and fine cutters is suggested.

DragonBoard® panels are used with C profile, U profile and M profiles, galvanized box profile and wooden profile. Sheet thickness of sheet profiles should be minimum 0,8 mm.

DragonBoard® panels have different composition details depending on the area of their use. In a standard partition wall application, DragonBoard® panels are screwed to the preconstructed studs with appropriate screws. A 3mm-gap must be left between the panels mounted on the profile. Joint paste is applied to the joint gaps . Joint tape is mounted on the paste .To smoothen the panel surface an additional thin layer of joint paste is applied on the joint tape and screwheads. Finally all joint-paste-applied area is straightened with a large spatula.

Constructed partition wall system is ready for a planned final touch such as painting , hanging wallpaper , installing wall tile etc.

Application details-1

Galvanized or stainless countersunk drill screws or countersunk sharp pointed screws are used in assembly of DragonBoard® panels.Screws are fastened at a distance of 1.5 - 2.0 cmfrom the side of the panel. Screw heights vary depending on the thickness of panel.

TRUE FALSE

Application details-2

25

DRAGONBOARD®

Insulation Material

U Profile

C Profile

DRAGONBOARD®

Insulation Material

U Profile

C Profile

DRAGONBOARD®

Joint Tape Screw

Insulation material C ProfileScrew

DRAGON BOARD PANEL JOINT

DRAGONBOARD CORNER JOINT DRAGONBOARD SLAB JOINT

ScrewScrew

26

Resources

1) Article- European Reaction to Fire Classification System for Insulation Materials – F. Demirel and S. Aytındaş,2) TSE Ex Laboratory – Technical Report 20093) İzoder http://www.izoder.gov.tr4) Thermal Insulation Regulations for Buildings 2000. Ministry of Public Works and Settlement, Ankara5) Thermal Insulation Materials and Heat Insulation Details, Insulation World Magazine,6) WATSON, D. A., Construction Materials and Processes, Second Edition, NewYork7) ILGAZ, T., 1979. Heat Protection in Exterior Walls , Edition of ITU Faculty of Architecture8) Dragonboard USA,ULL Reports;2009

Storage and transportation details

Dragonboard® Pallet Informations

Sheets Thickness Pallet dimensions Pcs of DragonBoard®per Pallet Gross Weight*/kg

4 mm 1.22x2.44 m 120 1810

6 mm 1.22x2.44 m 100 1980

8 mm 1.22x2.44 m 75 1990

10 mm 1.22x2.44 m 60 1960

12 mm 1.22x2.44 m 50 1975

14 mm 1.22x2.44 m 44 1960

15 mm 1.22x2.44 m 40 1920

16 mm 1.22x2.44 m 36 1940

18 mm 1.22x2.44 m 33 1870

20 mm 1.22x2.44 m 30 1930

22 mm 1.22x2.44 m 28 1950

24 mm 1.22x2.44 m 25 1940

*Approx. values

Notes

References

TAVDIA Holding

Flame TowersTrump TowersMarmara PARK

Torium AVMKilis Social Housing Project

Divriği State Hospital of Ministry of Health

Siirt State HospitalUşak State Hospital

Eczacıbaşı-Baxter HospitalÇolakoğlu Tekstil A.Ş.

Vertia HotelGrandTarabya Hotel

Golden Age HotelTaxim CityCenter HotelPalazzo Donizetti Hotel

Elite HotelBy Hotel

Taksim Senator HotelSultanahmet HotelMetro Hypermarket

Tohum Autism FoundationNewYAKACIK

Merter Police ClubTroyka ÇelikGAMA Yapı

Etsun Entegre A.Ş.Nev YAPI

Detay YAPI

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Date post:	13-Feb-2020
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The Most Natural Form of Insulation - Dragosdragos.com.tr/uploads/file/DRAGONBOARD_-_ENG.pdfContents...

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