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REDUCE YOUR HEATING COSTS

AND SAVE <span>ENERGY</span> WITH INSLIU INNOVATIONS SPRAY INSULATION

AND SAVE ENERGY WITH INSLIU INNOVATIONS SPRAY INSULATION

Ncell8 500

Ncell8 500 is a castor based water based open cell breathable soft spray foam insulation. It is designed specifically for use in domestic structures.

Ncell8 500 is an open-cell spray foam. It is extremely economical and can hugely reduce the amount of unmanaged moisture and air infiltration.

Ncell8 500 is applied using a spray gun. It is applied as a liquid and within seconds, it expands to 150 times its liquid volume. The foam is sprayed directly onto the substrate which forms a permanent seal over the most difficult shapes in a seamless fashion.

This seal increases energy efficiency and really improves the quality of air indoors by eliminating the movement of air through walls.  The performance of Ncell8 500 will be consistent throughout the lifetime of the building.

In order to meet building regulations, Ncell8 500 has been put through extensive testing to ensure its non-toxic nature. It has been developed with the environment in mind and as a result, no toxins are emitted after installation.

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Aplication Areas of Ncell8 500

 

     Benifits of Ncell8 500

  • Reduce your energy bills by up to 50% each month
  • Minimize random air leakage
  • Maintain consistent indoor ambient temperature using less energy
  • Reduce heating and cooling loads on HVAC equipment
  • Enhance resale value for a higher return on your investment
  • Maintain its efficiency with no loss of R-value over time
  • Reduce noise levels

Ncell8 500 Spray Foam

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Ncell8 500
Technical Details

Water absorption IS EN 1609:1997 (Method A) 1.19 Kg/m2
Water vapour permeability I.S. EN 12086:1997 Water
Vapour transmission rate (g)
31042 Mg/m2/Hour
I.S. EN 12086:1997
Water Vapour Permeance (W)
13.0 Mg/m2hourPa
I.S. EN 12086:1997
Water vapour resistance (Z)
0.08 m2HourPa/
mg
I.S. EN 12086:1997 Water
Vapour resistance factor (μ)
2.03 μ -value
Thermal Conductivity I.S. EN 12667:2001 (? – value) 0.037 W / mk
Compressive Behaviour I.S. EN 826:1996 – Compressive
Stress at 10% relative deformation
12.11 kPa
Tensile strength Parallel to face I.S. EN 1608:1997 29.9 kPa
Tensile strength Perpendicular to face I.S. EN 1607:1997 21.9 kPa
Dimensional stability I.S. EN 1603: 1997
Method B
Length 0.24 %
Width 0.22 %
Dimensional stability I.S. EN 1604: 1997
With 48 hours at 60oC
Length 0.46 %
Width< 0.39 %
Depth 1.79 %
         
     
     
       
     
       

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Technical Data

NCELL8™500Test Method/RequirementsValue
R thermal resistance value at 100 mm thickness   2,56 (m2.W/K)
Thermal conductivity λ ČSN EN 12667 0,0346 (W/m.K)
Declared value - coefficient of thermal conductivity λD ČSN EN ISO 10456 0,037 (W/m.K)
The proposed value of the thermal conductivity λu ČSN EN ISO 10456 0,039 (W/m.K)
Apparent density ČSN EN 1602 8,4 (kg/m3)
Compression strength EN 826 10,2 (kPa)
Tensile strength parallel to faces EN 1608 10,1 (kPa)
Dimensional stability - width ČSN EN 1604 -0,4 (%)
Dimensional stability - length ČSN EN 1604 -0,4 (%)
Dimensional stability - thickness ČSN EN 1604 -0,7 (%)
Reaction to fire ČSN EN 13501-1+A1 Class E
Surface finish adhesion ČSN 73 2577 0,4 (kPa)
Diffusion resistance coefficient δ ČSN EN 12086 0,252
Diffusion resistance factor μ ČSN EN 12086 2,8