Isopipe 2m Length Flexible Elastomeric Foam Pipe Insulation
| Size | SKU | Barcode | Price |
|---|---|---|---|
| 15mm x 9mm | I09015 | 5205201030602 | |
| 22mm x 9mm | I09022 | 5205201030695 | |
| 28mm x 9mm | I09028 | 5205201030961 | |
| 15mm x 13mm | I13015 | 5205201030350 | |
| 22mm x 13mm | I13022 | 5205201031135 | |
| 28mm x 13mm | I13028 | 5205201031159 | |
| 35mm x 13mm | I13035 | 5205201030428 | |
| 42mm x 13mm | I13042 | 5205201031203 | |
| 54mm x 13mm | I13054 | 5205201031241 | |
| 15mm x 19mm | I19015 | 5205201031401 | |
| 22mm x 19mm | I19022 | 5205201031425 | |
| 28mm x 19mm | I19028 | 5205201031449 |
DESCRIPTION:
Isopipe TC is the new generation of high performance closed cell elastomeric rubber insulation. It has outstanding thermal performance and because of its surface is condensation resistant. Furthermore the Isopipe TC insulation system ensures improved air quality contributing to a healthier lifestyle. The outstanding performance of the Isopipe TC material is guaranteed through continuing supervision and factory tests. The insulation is manufactured from NBR with a high thermal conductivity value and come in either a closed or pre slit with self-adhesive 2 metre length.

SPECIFICATIONS:
Antimicrobial Protection
An advanced composition preventing the development of bacteria and fungi (ASTM E 2180 and ASTM G21 certification).
Fire Performance
Ideal for residential and public buildings as it will not spread flames or drip flaming particles (E84 Class A, EN 13501, B - s3, d0).
Density
Produced with optimum density for effective reduction of thermal losses 60 kgr/m³, ±10 kgr/m³
Proper Fit
With exemplary tolerances, secures proper fit ensuring more savings for refrigeration, cooling and heating.
Temperature Range
Extensive range (-50°C to +110°C) allowing brief peaks above limits.
Flexibility
Exceptional elasticity and endurance for time-saving applications and effective insulation.
Permeability
Very high resistance to water vapour transmission, ensuring long - term performance and effectiveness of the insulation. (μ ≥ 7000)
Thermal Conductivity
Superior quality closed-cell elastomeric material, designed to reduce thermal losses.
λ = 0.031W/mK at -20°C
λ = 0.033W/mK at 0°C
λ = 0.035W/mK at +20°C
λ = 0.036W/mK at +30°C
