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Field of application

  • Ideal for cooling systems in areas with special fire protection requirements
  • Thermally decoupled fixing of pipelines in buildings
  • Ideally suited for fixing pipelines that carry higher temperature media in air conditioning and heating systems, and for cooling systems and hot or cold water pipes

Advantages

  • Reliable prevention of temperature bridges between the building and hot or cold pipelines
  • No damage is caused by aggressive media and atmosphere to the foam-glass insulation
  • Dimensionally stable under a variety of temperature and humidity conditions - no changes to shape or surface are caused by the influence of climate or weather
  • Outstanding compressive strength
  • Non-combustible, does not soak up flammable liquids (materials class A1 in accordance with DIN 4102 Part 1 / Euro class A in accordance with EN 13501-1) - does not spread fire
  • Impermeable to water and water vapour - no soaking through of insulation material with condensed water, i.e. does not promote corrosion
  • Foam-glass shell and pipe clamp fitted perfectly to DÄMMGULAST® blue lining
  • For an optimal load transfer, the half-shells are glued to the load-distribution sleeves over their entire surface
  • DÄMMGULAST® Vibration control lining with blue indicator stripe, fire class B1 in accordance with DIN 4102, non-dripping in a fire
  • Structure-borne noise damping due DÄMMGULAST® vibration control lining with blue identification stripe: Average sound level improvement up to 16.5 dB(A)
Product type:
Refrigerant pipe clamps
Fire classification:
Material class A1/Euro class A acc. to DIN 4102 Part 1
eCl@ss 11.1:
23-14-02-90
Water vapour diffusion resistance:
µ=∞
Customs tariff number:
70169040
Bulk density:
165 kg/m³
Pipe outer Ø D:
219.1 mm
Temperature range:
-260 °C to +430 °C
Vibration control lining:
without lining
Basic data text:
Foamglass block 219,1 mm, PU 50/300, grade F, with load-distributing sleeve
eCl@ss 7.1:
23-14-02-90
Shell length [mm]:
300 mm
Design:
two-piece
Heat capacity:
0.84 kJ/kgK
Coefficient of thermal expansion:
9 x 10-6 K-1
Compression strength:
1.70 N/mm²
Design:
without single bossed clamp
Thermal conductivity:
λ = 0.048 W/mK at +10 °C
Grade:
F
Insulation thickness:
50 mm
Max. recommended fastening distance:
5 m