RS PRO Flame Retardant Nitrile Thermal Insulation Sheet, 10m x 1000mm x 9mm

RS Stock No.: 486-003Brand: RS PRO
brand-logo
View all in Thermal Insulation

Technical Document

Specifications

Brand

RS Pro

Material

Nitrile

Maximum Operating Temperature

105°C

Form

Sheet

Length

10m

Width

1000mm

Thickness

9mm

Density

50kg/m³

Flame Retardant

Yes

Thermal Shock Resistant

Yes

Thermal Conductivity

0.034 W/mK, 0.036 W/mK, 0.039 W/mK, 0.044W/mK

Colour

Black

Country of Origin

Italy

Product details

Insulation Sheet Class 0

Fully flexible sheet
Especially suitable for larger areas such as storage tanks, grouped pipework, ducting, and areas with difficult access
Available in 2 metre sheets or roll lengths
Temperature range from -40°C to +116°C (when adhered to a flat surface, operating temperature should not exceed 85°C)
Compliant with Part L of the April 2006 Building Regulations

Standards


BS476 Part 7:1997 Class 1
BS476 Part 6:1989
BS4370 Part 2:1973
DIN 53495
DIN 4109

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

SR 3,182.24

Each (ex VAT)

SR 3,659.58

Each (inc. VAT)

RS PRO Flame Retardant Nitrile Thermal Insulation Sheet, 10m x 1000mm x 9mm

SR 3,182.24

Each (ex VAT)

SR 3,659.58

Each (inc. VAT)

RS PRO Flame Retardant Nitrile Thermal Insulation Sheet, 10m x 1000mm x 9mm
Stock information temporarily unavailable.

Technical Document

Specifications

Brand

RS Pro

Material

Nitrile

Maximum Operating Temperature

105°C

Form

Sheet

Length

10m

Width

1000mm

Thickness

9mm

Density

50kg/m³

Flame Retardant

Yes

Thermal Shock Resistant

Yes

Thermal Conductivity

0.034 W/mK, 0.036 W/mK, 0.039 W/mK, 0.044W/mK

Colour

Black

Country of Origin

Italy

Product details

Insulation Sheet Class 0

Fully flexible sheet
Especially suitable for larger areas such as storage tanks, grouped pipework, ducting, and areas with difficult access
Available in 2 metre sheets or roll lengths
Temperature range from -40°C to +116°C (when adhered to a flat surface, operating temperature should not exceed 85°C)
Compliant with Part L of the April 2006 Building Regulations

Standards


BS476 Part 7:1997 Class 1
BS476 Part 6:1989
BS4370 Part 2:1973
DIN 53495
DIN 4109