Reflecta-Cell Plus™

THERMAL & SOUND INSULATIONKEY BENEFITS	A Good Medium for ManagingCondensation
Reflecta-Cell Plus™ is the first of the range createdby GI Building Sciences™. Initially designed as analternative to fibrous insulation materials.	1500mm Wide reduces Wastage
compared to 1350mm Wide Foam
Product

Reflecta-Cell Plus™ has continually proven tooutperform conventional insulation materials anddemonstrate greater longevity under harsh Australianclimate conditions.	Fully Recyclable

Suitable for almost every building type commercial ordomestic, Reflecta-Cell Plus™ offers great performance
benefits for almost every building application.	Cost of Raw Materials More Stable
than Foam ensuring Long Term
Cost Competitiveness	Able to be Cut to Length for Major
Projects	All-rounder suited to Commercial,
Domestic or Shed Construction
Projects

SIZES- 30m2 ROLLS

Reflecta-Cell Plus™ - 20m L x 1.5m W rollgibs.com.au

Reflecta-Cell Plus™

THERMAL & SOUND INSULATIONSPECIFICATIONS
Declared Total R Values (m2 K/W)

Reflecta-Cell Plus™
Product CodeRC2156

Heatflow

INWARD

OUTWARD

Silver Side Reflectance

97%Roof3.11.2

Antiglare Side Reflectance

95%Wall

1.81.8Roll Size

20m x 1.5m (30m²)

Roll Diameter

370mm (±7%)

Product Thickness

5.5mm (±0.5mm)

Material
R-value at230C

Roll Weight

13.2kg (±7%)

Extra Heavy

Vapour Classification

Class 2Vapour Barrier

Vapour Permeability

0.0160 μg/N.s

Water Control Classification

Water Barrier

Flammability Index

Low (≤5)

Electrical Conductivity

Conductive

All calculations are for unventilated roof and wall cavities
For specific calculation details please contact GI Building Sciences

These products meets the requirements of AS/NZS 4200.1
Duty

0.12Emittance

ValueClassificationSilver Side0.03

IR Reflective

Antiglare Side0.05

IR Reflective

Category
RR

Classifications in Accordance with AS/NZS 4200.1 & This
product should be installed in accordance with AS 4200.2
Assessed by James Fricker
This product conforms with AS/NZS 4859.1

PRODUCT TESTING
Testing Name

Testing Standard

Testing Result

Thermal Performance

ASTM C518

0.12 (m2K/W)

Flammability Index

AS 1530.2≤5 (Low)

Ignitability Index

AS/NZS 1530.3

0Spread of Flame Index

AS/NZS 1530.3

0Heat Evolved Index

AS/NZS 1530.3

0

Smoke Developed Index

AS/NZS 1530.31Resistance to Dry Delamination

AS/NZS 4201.1

Pass

Resistance to Wet Delamination

AS/NZS 4201.2

PassShrinkage

AS/NZS 4201.3

ComplyTensile Strength

AS 1301.448s

Extra Heavy Duty

Edge Tearing Resistance

TAPPI T470 om-89

Extra Heavy Duty

Surface Corrosion

AS/NZS 4859.1 App I

Pass

Water Vapour Transmission

ASTM E96

Class 2, Vapour Barrier

Resistance to Water Penetration

AS/NZS 4201.4

Water Barrier

Emittance

AS/NZS 4201.5

Category: RR
IR Reflective: Silver (0.03) &Antiglare (0.05)

Electrical Conductivity

AS/NZS 3100

Conductive

Acoustic

ISO 354AS ISO 11654
AS 1191
AS/NZS ISO 717.1

9 dB in 1/3rd octave band

Fall Arrest

AS 4040.4

Passgibs.com.au

FIRE SAFECOMFORT, HEALTH & AMENITYCONDENSATION CONTROLSOUND PROTECTION

REDUCED POWER COSTS
Products are to be stored standing upright and on pallets not more than
two high. Product warranty is voided for any product stored horizontally
resulting in squeeze or crush. Returns of product displaying effects ofdeformation due to incorrect storage practices will not be accepted.
The product information included in this publication is provided
in good faith in order to ensure the optimum performance of thisproduct. However, no warranty is given or implied with respect to thisinformation or the product itself regarding the product’s suitability forany particular purpose, as factors outside our knowledge and control
may affect its use. The usage of this and other building membranes
will affect moisture migration in the building element. The purchaser isresponsible for independently determining the suitability of the productfor the intended purpose. GI Building Sciences Pty Ltd reserves theright to amend product specifications without prior notice. Information
provided is considered to be true and correct at the time of publication.

Issued July 2022