lagging for sewage systems
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- lagging for refrigeration systems
- lagging for installations of CH and HW
- lagging for sewage systems
- lagging for installation of steam
- lagging for solar heating systems
- lagging for sprinkler systems
- lagging for underfloor heating
- lagging under plaster, lagging in furrows
- lagging anti-moisture
- lagging for the food industry
- noise dampening lagging
- temperature range of application -30 do +80 °C
- temperature range of application -20 do +85 °C
- temperature range of application -40 do +85 °C
- temperature range of application -10 do +90 °C
- temperature range of application -80 do +95 °C
- temperature range of application 0 do +100 °C
- temperature range of application -10 do +102 °C
- temperature range of application -45 do +105 °C
- temperature range of application 0 do +110 °C
- temperature range of application -20 do +110 °C
- temperature range of application -40 do +110 °C
- temperature range of application -50 do +110 °C
- temperature range of application -200 do +116 °C
- temperature range of application -40 do +120 °C
- temperature range of application -73 do +127 °C
- temperature range of application -40 do +135 °C
- temperature range of application do +150 °C
- temperature range of application -50 do +150 °C
- temperature range of application -40 do +150 °C
- temperature range of application -50 do +175 °C
- temperature range of application 0 do +200 °C
- temperature range of application -40 do +140 °C temperature range of application -200 do +116 °C tem
- temperature range of application 0 do +400 °C
- temperature range of application 0 do +640 °C
- temperature range of application 0 do +680 °C
- temperature range of application 0 do +700 °C
- lambda coefficients λ lagging - 0,023 W / m × K
- lambda coefficients λ lagging - 0,0235 W / m × K
- lambda coefficients λ lagging - 0,025 W / m × K
- lambda coefficients λ lagging - 0.030 W / m × K
- lambda coefficients λ lagging - 0.031 W / m × K
- lambda coefficients λ lagging - 0.032 W / m × K
- lambda coefficients λ lagging - 0.033 W / m × K
- lambda coefficients λ lagging - 0.034 W / M × K
- lambda coefficients λ lagging - 0.035 W / M × K
- lambda coefficients λ lagging - 0,036 W / M × K
- lambda coefficients λ lagging - 0,037 W / m × K
- lambda coefficients λ lagging - 0.038 W / M × K
- lambda coefficients λ lagging - 0,039 W / m × K
- lambda coefficients λ lagging - 0,040 W / M × K
- lambda coefficients λ lagging - 0,042 W / M × K
- lambda coefficients λ lagging - 0,043 W / M × K
- lambda coefficients λ lagging - 0,044 W / M × K
- lambda coefficients λ lagging - 0,045 W / M × K
- lambda coefficients λ lagging - 0,047 W / M × K
- ARMACELL - rubbers, polyethylene
- FOLIMPEX - polyethylene
- IZOTERMA - polyurethane
- KAIMANN - rubbers
- KFLEX - rubbers
- LENZING - film, foil
- MAT - thermal insulation
- METALPUR - otuliny PUR
- NMC - rubbers, polyethylene
- PAROC - mineral wool
- PITTSBURGH CORNING - foam glass
- POLYCHEM - thermal insulation
- STEINBACHER IZOTERM - polystyrene, polyurethane
- TEGOLA - roofing felt, shingles, xps
- THERMAFLEX - polyethylene
- URSA - mineral wool, XPS
- WALRAVEN - fixing
- XPLO - overcoats metal, thermal insulation
