asahi ne ma foam asahi neoma foam · jis a 9511 class a 1-2 f★★★★s high-performance...

Grand PrizeEnergy

Conservation2002

JIS A 9511 Class A 1-2 F★★★★S

High-performance phenolic-foam insulation panels

●AsahiNEOMA™ Foam Architectural and Industrial Products Brochure, October 2015.●All specifications, properties, qualities, and other product attributes shown in this Brochure are subject to change without notice.●Appropriate use of any product shown in this Brochure in accordance with the product MSDS and applicable regulations and law is the sole responsibility of the user.●Colors as printed in this Brochure may differ somewhat from actual colors.●For any inquiry concerning the products, descriptions, or other information presented in this Brochure, directly contact Asahi Kasei Construction Materials Corporation.

AsahiNEOMA is a trademark or registered trademark of Asahi Kasei Construction Materials Corporation.

AsahiNEOMA™ Foam Architecturaland Industrial Products Brochure

Grand PrizeOzone Layer Protection &

Global Warming Prevention1998

Thin, light, fire-resistant, durable high-performance

insulation…

ANARCHITECTURAL

DREAMCOME TRUE

AsahiNEOMA™ Foam



Asahi NEOMA™ Foam

TM

Asahi Kasei Construction Materials Corporation1-105 Kanda Jinbocho, Chiyoda-ku, Tokyo 101-8101 Japan

Phone +81-(0)3-3296-3531Fax +81-(0)3-3296-3535

www.asahikasei-kenzai.com

C

Grand PrizeEnergy

Conservation2002



●NEOMA™ Foam Architectural and Industrial Products Brochure, September 2015.●All specifications, properties, qualities, and other product attributes shown in this Brochure are subject to change without notice.●Appropriate use of any product shown in this Brochure in accordance with the product MSDS and applicable regulations and law is the sole responsibility of the user.●Colors as printed in this Brochure may differ somewhat from actual colors.●For any inquiry concerning the products, descriptions, or other information presented in this Brochure, directly contact Asahi Kasei Construction Materials Corporation.

NEOMA is a trademark or registered trademark of Asahi Kasei Construction Materials Corporation.

Asahi NEOMA™ Foam Architecturaland Industrial Products Brochure




insulation…

ANARCHITECTURAL

DREAMCOME TRUE

Asahi NEOMA™ Foam

TM


Phone +81-(0)3-3296-3531Fax +81-(0)3-3296-3535


A

Grand PrizeEnergy

Conservation2002









insulation…

ANARCHITECTURAL

DREAMCOME TRUE

Asahi NEOMA™ Foam


Phone +81-(0)3-3296-3531Fax +81-(0)3-3296-3535


F

Grand PrizeEnergy

Conservation2002









insulation…

ANARCHITECTURAL

DREAMCOME TRUE

Asahi NE MA™ Foam


Phone +81-(0)3-3296-3531Fax +81-(0)3-3296-3535


E

Grand PrizeEnergy

Conservation2002









insulation…

ANARCHITECTURAL

DREAMCOME TRUE

Foam

AsahiTM


Phone +81-(0)3-3296-3531Fax +81-(0)3-3296-3535


D

Grand PrizeEnergy

Conservation2002







insulation…

ANARCHITECTURAL

DREAMCOME TRUE

TM


Phone +81-(0)3-3296-3531Fax +81-(0)3-3296-3535


B

Highperformance

λ = 0.020 W/mK*

Lowest thermal conductivity

level among foamed

insulation materials.

Long-termstability

Extremely low change in

thermal conductivity

for a long time

by its high gas barrier property.

Safety

Fire resistant

Carbonized only under

direct flame with low gas

emission and flame spread.

Eco-friendly

Fluorocarbon-free

Foamed with hydrocarbon gas,

free from ozone-depleting

fluorocarbon foaming agents.

Energy efficient, fire-resistant, durable, ecofriendly -the new standard in high-performance thermal insulation

Purpose and use of this BrochurePurpose and scope●This Brochure provides basic information concerning design, installation, and supervisory functions relating to the selection and utilization of AsahiNEOMA™ products. Use the Brochure as a guide, and ensure compliance with all relevant laws and regulations in performance of these functions and maintenance.●This Brochure applies only to the six AsahiNEOMA™ Foam product panels described herein.Safety precautions●Symbols for safety precautions. Care required concerning design and use. Caution! Improper use or handling may result in injury or damage. Warning! Improper use or handling may result in injury or death.●Expertise and skill in designing and construction are required for proper selection and utilization of the products described herein, and fully trained and qualified specialists should always be employed for that purpose.Important notes●Conduct any related design and installation in accordance with a full and careful reading and understanding of the information in this Brochure.●Any product description or product appearance provided herein is subject to change without notice.●The product depictions as printed herein may differ somewhat from the actual product appearance.

・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 02・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 04

・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 05・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 07

・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 10・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 12

・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 12・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 13

・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 14・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ 15

　　　 C O N T E N T SOverview and precautionsHigh long-term performanceSafety and eco-friendlyAsahiNEOMA™ Foam - the product family AsahiNEOMA™ Foam AsahiNEOMA™ Spanwall AsahiNEOMA™ Foam F AsahiNEOMA™ Foam DH AsahiNEOMA™ Foam UF NoiM™ SystemSteel insulationHardened-RC insulation, NoiM™ SystemRC-placement insulationWood insulationIndustrial applicationsBasic properties and characteristics

AsahiNEOMATM Foam panels represent the new standard in thermal insulation,

with high performance based on extremely low thermal conductivity, superior fire resistance,

freon free, easy installation, high quality, safety.

AsahiNEOMATM Foam was developed with extensive research in heat conduction,

convection, and radiation, and production process.

！！！

*Estimated thermal conductivity Thickness 20-160mm 0.021W/mK by EN13166

02 03

Caution! Handling and use of AsahiNEOMA™ products Installed environment●Do not install on foundation exteriors, in-ground, or in any other environment 　involving exposure to water, moisture, or water vapor in large quantities.●Prolonged exposure to 100°C or more will degrade thermal resistance and 　other properties, despite dimensional stability (within 2%) at up to 200°C.●Use only AsahiNEOMA™ Foam DH or UF for concrete-placement installation.Storage and transport●Store in dry, area free from exposure to water and direct sunlight.●Bound together and cove with protective sheet upon storing to prevent 　dispersion by wind.●Avoid contact with sharp objects, edges, and corners, to prevent physical 　damage.　Installation procedure●Avoid exposure to load and impact on any portion not supported by substrate, 　to prevent cracking.●Avoid installation during windy weather, to prevent rippling and cracking.Dust generation in cutting●When cutting, use vacuum-equipped cutter and approved workclothes, dust 　mask, and goggles.●For large-volume cutting in confined space, ensure adequate ventilation and 　minimize dust formation.●Dust from AsahiNEOMA™ Foam is not identified as a health hazard. 　Promptly flush eyes with running water without rubbing to remove dust and 　gargle with water to remove them from mouth and throat.

Exposure to ignition sources●Avoid exposure to flame during transport, storage, and installation, to 　prevent carbonization. (LOI: 28% or more).●Ammonia gas may be generated during combustion. The concentration is 　very low to cause any health hazard.Discoloration under UV exposure●Ultraviolet exposure may cause change in color but it will not cause any 　significant change in its property. Keep away from direct ultraviolet 　radiation while storing and installing AsahiNEOMA™ Foam.Disposal●Contact an authorized disposal agent and dispose in accordance with 　local laws and regulations.●Compressing or crushing will result in the release of hydrocarbon gas from 　the foam cells, and should therefore be performed in a non-confined area 　with adequate ventilation.Exposure to insects and pests●Contains no substance of food or nutritional value to termite larva, insects, 　or animals, but may be damaged by their presence.Notes on all of the foregoing precautions:1.They apply only to ordinary use and applications.2.Suitabi l i ty and safety for any special appl icat ion or use must be 　determined in advance by the user.3.They are based on currently available information and are subject to 　change without notice in the event of new findings or knowledge.

Exemption from responsibility and liabilityAsahi Kasei Construction Materials Corporation shall be exempt from any and all 　responsibility and liability for product quality or performance in the event of any 　problem caused by or arising out of any of the following.●Non-compliance with any precaution provided herein.●Specifications or installation procedures issued by designer, constructor, or other 　user.●Materials or components provided by designer, constructor, or other user.●Construction, use, or handling by constructor.●Building structure, substrate deformation, or aging or deterioration, or any impact 　or other factor external to product.●Willful or negligent conduct by any user or third party.●Any change in structure, performance, specification, or other requirement 　subsequent to product delivery.●Failure to provide prompt notification of any product fault or defect.●Any environment or condition of use, storage, or transport that is not ordinarily 　foreseeable at the time of product development, production, or sale.●Earthquake, typhoon, flood, fire, or other such natural calamity, accident, or 　occurrence.

*Values as measured at Japan testing center for construction materials; may vary in actual product use.

■Cell structure of three insulating foams ■Effect of cell size in　thermal conductivity　

■Foam thickness required to achieve 2.5㎡K/W thermal resistance

Superior thermal insulation performancewith small cell size.

Inferior thermal insulation performancewith larger cell size.

Long lasting thermal insulation performanceHigh gas barrier of cell membrane, prevents air-foaming gas interchange which enablesAsahiNEOMA™ FOAM to have long lasting thermal insulation performance.

■Change in thermal conductivity – laboratory test results* Difference from initial value at ambient 20°C, in W/mK

■Cell membrane micrographs ■Air-Foaming gas interchange (1,000-days after the production.)

Fire resistantAsahiNEOMA™ Foam simply chars under direct flame, without any flame spreadFree from Hydrogen cyanide gas generation

Fluorocarbon-freeAsahiNEOMA™ Foam is produced with a hydrocarbon foaming agent, without usingozone-depleting CFC, HCFC, or HFC, and is readily recyclable

*IPCC WGI Fourth Assessment Report (November 2007).

Extremely low thermal conductivity: λ*1=0.020 W/mK*2Superior insulating performance, through microcell structure: average cell size ≤ 100 µm

*1 Thermal conductivity, as heat transmitted in 1 second through 1 m of material with initial temperature difference of 1°C between opposite surfaces. Low λ value represents high insulating property.

*2 Estimated thermal conductivity Thickness 20-160mm 0.021W/mK by EN13166

Elapsed time (months)3　　　　6　　　　　　　　12　　　　　　　 18　　　　　　　 24　　　　　　　 30　　　　　　　36

＋0.01

0

Air

Air

● Air; ● Foaming gas. Without high gas barrier membrane, outside air gradually replaces foaming gas, thus lowering thermal insulation performance.

AsahiNEOMA™ Foam Other phenolic foam

（参考）Rigid urethane foam

λ = 0.024 W/mK1.00mm

（参考）Extruded PS foam

λ = 0.028 W/mK1.00mm

AsahiNEOMA™ Foam

λ = 0.020 W/mK1.00mm

50mm 60mm 70mm100mmThickness

(mm)

λ (W/mK) 0.020 0.024 0.028 0.040 0.040

100

50

0

100

50

0

Foam AsahiNEOMA™ A B C D

100mm

Hightemp.

Lowtemp.

Hightemp.

Lowtemp.

■Combustibility test Foam (25 mm thick) under 1-min exposure to propane gas burner.

AsahiNEOMA™ Foam

Other foam

Surface charring,non-penetrating; low gas generation.

Burning, melting; dark smoke, higher gas generation.

■Combustion gas analysis

20 sec 40 sec 60 sec

AsahiNEOMA™ Foam generates less CO and CO2 than other foams, and no HCN.Analysis by JCII; results in mg gas/g foam.

0 20 40 60 80 100 120

Foam B

Foam A

AsahiNEOMA™

0 500 1000 1500 2000 2500

Foam B

Foam A

AsahiNEOMA™

0.0 0.5 1.0 1.5 2.0 2.5

Foam B

Foam A

AsahiNEOMA™

●Carbon monoxide ●Hydrogen cyanide●Carbon dioxide

N/D

N/D

(mg/g)(mg/g)(mg/g)

Hydrogen cyanide (HCN): Highly toxic colorless gas with faint almond-like odor; prevents cellular respiration; lethal dose approx. 0.06 g; used in production of synthetic products and pesticides.

■AsahiNEOMA™ Foam recyclingThe AsahiNEOMA™ Foam production facility conducts AsahiNEOMA™ Foam recycling not only by thermal recycling

but also by material recycling, which was long considered impracticable for phenolic foam for a long time.

Dif

fere

nce

(W

/mK

)

AsahiNEOMA™ Foam

Convec-tion

Convec-tion

Radia-tion

Radia-tion

AsahiNEOMA™ FoamMost other foams

■Foaming agents and environmental effects

HC

0

11(CH4)

None

HFC

0

1430(HFC134a)

To be set byindustry, 2010

HCFC

0.11(HCFC141b)

725(HCFC141b)

65% of 1989baseline

CFC

1

4750(CFC11)

Prohibited(since 1996)

Foaming agent

Ozone depletionindex

(vs. CFC11)

Global warmingindex*

(CO2 equivalent)

Restrictions onemissionJapan,

other countries( )

04 05

Highperformance Safety

Long-termstability Eco-friendly

Other foams

A: Rigid urethane Class 2-2; B: Extruded PS Class 3; C: Extruded PS Class 1; D: Expanded PS Class 3;

Other phenolic foamAsahiNEOMA™ Foam

Inviting creativity and skill of architect and constructor,for freedom and innovation in design and implementation

The AsahiNEOMA™ Foamproduct family.

Thin, light, fire-resistant, durable, eco-friendly

high-performance insulation that…

…facilitates broad and intricate designs

…enables faster, more efficient installation

…reduces processing and installation time

…lowers initial and long-term costs

…heightens owner confidence and

satisfaction.

The AsahiNEOMA™ Foam product family Thin, light, fire-resistant, durable, eco-friendly insulation panels in six versions……in concrete-placement, hardened-concrete, metal and other installation modes

…for wall, roof, and other structures, and for metal spanwall.Together with the energy-efficient NoiM™ System for outer insulation.

06 07

AsahiNEOMA™ Foamproduct family

AsahiNEOMA™ FoamStandard panel for steel or concrete

AsahiNEOMA™ SpanwallPanel for steel spanwall

AsahiNEOMA™ Foam FNon-combustible panel for steel ceiling or wall

AsahiNEOMA™ Foam DHPanel for concrete-placement installation

AsahiNEOMA™ Foam UFNon-combustible panel for concrete-placement installation

NoiM™ SystemHigh-performance insulation systemcomponents for outer installation onconcrete structure

08 09

High-performance phenolic-foam insulation panel

Insulation panel for fireproof metal spanwall

AsahiNEOMA™ Foam Standard AsahiNEOMA™ Foam panel, based on AsahiNEOMA™ HPPF

Foam

HPPFa

Surface

PEb

Densityc

27kg/m3

Therm. cond.

0.020W/mK*

Components and thermal resistivity

Cross-section

PEb

HPPFa

PEb

S: Stock sizes; O: Made on orderThick(mm)

20

25

30

35

40

45

50

60

66

80

95

100

Therm. res.(m2K/W)

1.00

1.25

1.50

1.75

2.00

2.25

2.50

3.00

3.30

4.00

4.75

5.00

Specifications

910×1820

S

S

S

S

S

S

S

S

S

S

S

S

Width × Length (mm)

910×3030

O

O

O

O

O

O

O

O

O̶̶O

1000×2000

O

O

O

O

O

O

O

O

O̶̶̶

Extremely low formaldehyde gas emissionAll panels shown herein are free from restriction on surface area even in interior-wall applications under standard Japanese governmental regulations.

Abbreviations and notesa HPPF: AsahiNEOMA™ high-performance phenolic foam.b PE: Polyester nonwoven fabric.c 27 kg/m3 in AsahiNEOMA™ Foam and AsahiNEOMA™ Foam F panels; 40 kg/m3 in other panels.d Regulatory fireproof classes in Japan.e Cement-bonded wood-wool board.

AsahiNEOMA™ Foam

Cement boarde

Adhesive*,Al foil and paper,resin coating,inorganic board

JIS A 9511 phenolic foam insulation panel Class A 1-2 F☆☆☆☆S

Not subject to classification

Non-formaldehyde composition

* In AsahiNEOMA™ Foam UF: JAIA-003198 F☆☆☆☆

20M-20

20M-25

20M-30

25M-20

25M-25

25M-30

910×1820

910×1820

Thick (mm) Therm.Res. (m2K/W)

Weight(kg/m3)Tot.

40

45

50

45

50

55

NF

20

25

30

20

25

30

30

60

Classd

(min)

18.5

18.7

18.8

25.5

25.7

25.8

1.19

1.44

1.69

1.23

1.48

1.73

Made on order

Note: Fireproof class determined in combination with exterior metal.

AsahiNEOMA™ Foam ( 27kg/m3 )

Cement-bonded wood-wool board Adhesive

Components

Prod.No.

W × L(mm)

Cross-sectionAsahiNEOMA™ Foam

Cement boarde

Therm. res. (m2K/W)

1.00

1.25

1.50

1.75

2.50

Made on orderThick (mm)

20

25

30

35

50

Width × Length (mm)

910×1820

* Inquire for other sizes.

Non-combustible, high-performance insulation panel

AsahiNEOMA™ Foam F For non-combustible steel ceiling or wall, inner or outer insulation

AsahiNEOMA™ Foam ( 27kg/m3 ) Al foil Adhesive

Components and thermal conductivity

Thermal conductivity: 0.020 W/mK

Cross-section

Al foil

AsahiNEOMA™ Foam

Al foil

High-performance insulation panel for concrete placement

AsahiNEOMA™ Foam DH For concrete-placement installation, as supplementary insulation

PEb + resin coating

HPPFa

PEb + resin coating

Foam

HPPFa

Surface

PEb withspecial resin coating

Densityc

40 kg/m3

(HPPFa)

Therm. cond.

0.020 W/mK



12

21

25

Width (mm)

455

600

910

910

910

Length (mm)

1820

Therm. res. (m2K/W)

0.60

1.00

1.19

Non-combustible, high-performance insulation panel for concrete placement

AsahiNEOMA™ Foam UF For concrete-placement installation, in non-combustible interiors

Foam

HPPFa

Surface

PEb+special resin 1 mm inorganic board

Densityc

40 kg/m3

(HPPFa)

Therm. cond.

0.020 W/mK



13

22

26

33.5

Length (mm)

1800

Width (mm)

450

900

900

900

900

Therm. res. (m2K/W)

0.60

1.00

1.19

1.54

Cross-section

Cross-sectionPEb + resin coating

HPPFa

PEb

Inorganic board (1 mm)

AsahiNEOMA™ Spanwall For 30- and 60-minute classd exterior fireproof spanwalls

Specifications

Specifications

Specifications

Specifications

Extremely low thermal conductivity: λ*1=0.020 W/mK*2Superior insulating performance, through microcell structure: average cell size ≤ 100 µm

*1 Thermal conductivity, as heat transmitted in 1 second through 1 m of material with initial temperature difference of 1°C between opposite surfaces. Low λ value represents high insulating property.

*2 Thickness 20-160mm 0.021W/mK by EN13166


Certified as non-combustible material for walls, ceilings,and other structures, under Japan test standards

AsahiNEOMA™ Foam F insulation panelsNon-combustible high-performance insulation

Steel insulation

AsahiNEOMA™ Spanwall insulation panelsHigh-performance insulation for installation in exterior fireproof metal walls

AsahiNEOMATM Spanwall panel

Vapor-permeable waterproof sheet

Specified panel-joint tape (for 60-min fireproof walls)

AsahiNEOMATM Spanscrew I

Furring strip

≤ 60

6≤

606

≤ 60

6

AsahiNEOMATM Foam layer

Metal (non-Al)sheeting

AsahiNEOMATM Spanscrew II

Certified for use in 30-minute and 60-minute fireproofexterior metal walls, under Japan test standards

AsahiNEOMA™ Foam high-performanceinsulation panelsTypical installations in exterior-wall and roof steel structures

10 11

■Fireproof wall configuration

Exterior-wall outer insulation Asbestos-enclosure ceiling insulation

Steel-roof insulation lining

AsahiNEOMA™ Foam panels enable highlyeffective insulation even in 2x4 frames, while conventional insulation materialswould require 2x6 or 2x8 frames for thesame R-value (thermal resistance, m²K/W).

In outer installation, AsahiNEOMA™ Foam formsa smooth, uninterrupted conformationwhich, together with its low thermalconductivity (λ-value), enables thin-panelconfigurations for thin, well insulated wallsand roofs.

Roof infill - installation in progress

Roof - outer installation in progressExterior wall - outer installation in schematic

Exterior wall - outer installation in place

Wall infill - panel emplacement Floor infill - installation in progress

Exterior walls and roof

walls, roofs, and floors

AsahiNEOMA™ Foam outer installation

AsahiNEOMA™ Foam infill installation

Structural RC

AsahiNEOMA™ Foam DH insulation panelsHigh-performance supplementary insulation for concrete-placement installation

AsahiNEOMA™ Foam UF insulation panelsNon-combustible, high-performance insulation for concrete-placement installation

Reinforced concrete insulation – hardened-concrete installation Wood insulationWith its low thermal conductivity (λ-value, W/mK), AsahiNEOMA™ Foam provides superior performance inall wood-frame structures and enables highly effective thin-layer insulation.

Reinforced concrete insulation – concrete-placement installationFor installation in concret placementAsahiNEOMA™ Foam DH or, for non-combustible structures, AsahiNEOMA™ Foam UF

AsahiNEOMA™ Foam AsahiNEOMA™ Foam

NoiM™ System installationFast, efficient installation of high-performance outer insulation

StructuralRC

Resin mortar

Disk

NoiM™ Disk

NoiM™ Shaft

NoiM™ Anchor

AsahiNEOMA™ FurringAsahiNEOMA™ Furring

Facing screwFacing screw

■NoiM™ System configuration

Inner installation, forms removed Inner installation, plastered

Ceiling installation Supplementary installation

AsahiNEOMA™ Foam UF

AsahiNEOMA™ Foam DH

12 13

Property Substance Test result（Weight Change）

Chemicalresistance

ASTM D 543

•Automotive oil•Gasoline•Terpene oil•Kerosene oil•Olive oil•Benzene•Methylene chloride

•Ethanol

•Methanol

•Carbon tetrachloride•Methyl ethyl ketone

•Acetone

•Perchloroethylene•Distilled water•Saturated saline

•Conc. sulfuric acid

•10% Sulfuric acid

•Conc. nitric acid

•Conc. hydrochloric acid

•10% Hydrochloric acid

•10% Ammonia

•Conc. sodium hydroxide

•10% Sodium hydroxide

≤ ± 100%

＞ 100% , ≤ 600%

＞ 600%

≤ ± 100%

＞ 100% , ≤ 600%

≤ ± 100%

Dissolution

≤ ± 100%

Dissolution

＞ 100% , ≤ 600%

≤ ± 100%

＞ 100% , ≤ 600%

≤ ± 100%

＞ 600%

AsahiNEOMA™ FoamHigh-performance phenolic-foam insulation

Clean, safe, energy efficient high-performance insulationfor industrial applications,

airliner galley, high-speed train cabins, refrigerated trucks, cleanrooms, cold-storage rooms, floor heating,

doors, and cold-carry containers.

AsahiNEOMA™ Foam characteristics

Basic properties of AsahiNEOMA™ and other thermal insulation foamsAsahiNEOMA™

Foam test values

Density

Thermal conductivity

Bending strength

Compressive strength

Water absorbance

Vapor permeability(25 mm thickness)

Property Units Phenolic Class A 1-2

≥ 25

≤ 0.022

≥ 15

≥ 10

≤ 5.0

≤ 60

kg/m3

W/mK at 20°C

N/cm2

N/cm2

g/100 cm2

ng/m2sPa

Extruded PS Class A 3-b

Standards under JIS A 9511 foam classification

≥ 25

≤ 0.028

25

≥ 20

≤ 0.01

≤ 145

Expanded PS Class A 3

≥ 20

≤ 0.040

≥ 18

≥ 8

≤ 1.0

≤ 250

Rigid urethaneClass A 2-2

≥ 25

≤ 0.024

≥ 15

≥ 8

≤ 3.0

≤ 40

27

0.020*45

17

1.7

42

Note:1. Values shown for AsahiNEOMA™ Foam are basic values for standard version, and not for high-density version. 2. Values shown for AsahiNEOMA™ Foam are typical test values and represent no specification or warranty. All other values are taken from JIS A 9511 Prefoamed Cellular Plastics Thermal Insulation Materials (2006R).

Test methods JIS A 9511.......Density, compressive strength,absorbance, vapor permeability JIS A 1412.......Thermal conductivity ASTM D 696....Heat deformation temperature


Notes and abbreviations1. N/D: Not detected.2. All results shown herein are typical test results but represent no obligatory specification or warranty of any nature.

Characteristic　　　　 Test method　　　　　 Test result

Property test method Type or substance Result

Toxicity

OECD

Guideline

Toxicity atdisposal

Elution Test Annual

No.13 of Environ.

Agency, 1974

NoneNoneNoneNoneNoneNoneNone

N/D

Combustibility

Linear expansion

Weather resistance

Ignition temp.

Combustion temp.

Limiting oxygen index

Smoke generation under combustion

Gas generation under combustion

Formaldehyde gas release

•JIS D 1201 : 1998

•JIS K 7197 : 1991

•JIS D 0205•1,000 hr, Sunshine Weatherometer, 2 yr outdoor equiv.

•JIS K 2265-2

•ASTM E 659

•JIS K 7201

•ASTM E 662-05

•JIS K 7217

•JIS A 9511

Self extinguishingDist.: 0 mmTime: 0 sec.

≤ 3 х10-5 cm/cm･°C

Browning, no damage or volume loss

259°C

514°C

≥ 28

Max. light atten.coeff. 2

Carbon monoxide

Carbon dioxide

Hydrogen chloride

Hydrogen cyanide

Sulfur oxide

Nitrogen oxide

Ammonia

8.3

2300

N/D

N/D

3.0

0.46

0.44

mg/g

mg/g

mg/g

mg/g

mg/g

Rate: ≤ 5 µg/(m2･h) (Class F☆☆☆☆)

•Acute oral toxicity•Acute precut. toxicity•Acute skin irritancy•Skin sensitization•Acute eye sensitization•Mutagenicity•Acute inhalation toxicity

•Total mercury•Alkyne mercury•Cadmium•Lead•Hexavalent chromium•Arsenic•Cyanogen•PCB•Trichloroethylene•Tetrachloroethylene•Methyldimedone•Methylparathion•Parathion•EPN Ethyl-p-nitrophenyl phenylthiophosphonothiate

14 15

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