Page 1 - VESBO ALPEX PRODUCT DATA SHEET
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Product Specification of ALPEX Multilayer Certifications : DIN EN ISO 9001, ISO 45001, DIN 16892,
DIN 16893, ISO 10146, DVGW W542, ASTM
Hot & Cold Water Piping System F 1281, ISO 21003-2, EN ISO 15875-1, EN
ISO 15875-2, DIN 4726
Dimensions
Definition
External
Diameter Wall Thickness Aluminum Length/Coil (m) Weight
VESBO ALPEX Multilayer Pipe has been designs to offer the advantages (mm) (mm) Thickness (mm) Per Meter (g/m)
of a metallic pipe, such as mechanical resistance and excellent ageing and 16 2.0 0.3 200 110.3
the advantages of plastic pipe like corrosion resistance, considerable light 20 2.0 0.3 160 153.2
weight, flexibility and low thermal conductivity.
26 3.0 0.3 120 254.3
Material : Cross-linked polyethylene (PE) with 32 3.0 0.3 80 322.4
advanced polymeric structure with aluminum
Pipe Sizes : 16mm, 20mm, 26mm, 32mm Field of Use
Pipe Type : Five layered pipe System conditions
Application class Service Typical field of
application
Interior layer (PEX): Hygienic, smooth conditions T max - Time T mal - Time
and organoleptically neutral 1 60°C- 49 years 80 °C- 1 year 95 °C - 100 h Hot water supply
(60 °C)
Binding layer (Adhesive): Fasten firmly 2 70°C- 49 years 80 °C- 1 year 95 °C - 100 h Hot water supply
(70 °C)
the aluminum layer with PEX layers 20°C- 2.5 years
Underfloor heating
and low
4 40°C- 20 years 70 °C- 2.5 years 100 °C- 100 h temperature
radiators
Intermediate layer (A(TIG) Butt-welded 60°C- 25 years
aluminum): Prevents oxygen diffusion
and provides an optimum strength 20°C- 14 years
5 60°C- 25 years 90 °C- 1 year 100 °C- 100 h High temperature
radiators
Binding layer (Adhesive): Fasten firmly
the aluminum layer with PEX layers 80°C- 10 years
Application Classes of VESBO ALPEX Products
Surface layer (PEX): Highly resistant
against corrosion and protects Class 1/6 bar, Class 2/6 bar, Class 4/6 bar, Class 5/6 bar
aluminum layer from abrasion
Density at 23°C : 0.942 g/cm³ (ASTM D 792)
Melt Flow Rate (190°C/2.16 kg) : 0.50 g/10 min. (ISO 1133)
Melt Flow Rate (190°C/5 kg) : 1.70 g/10 min. (ISO 1133)
Modulus of Elasticity at 23°C : 670 Mpa (ISO R-527)
Vicat Softening Temperature : 126 °C (ASTM D 1525)
Specific Heat at 23°C : 1.92 J/ (g K) (ISO 11357-4)
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L. Exp. Coefficient (23°C) : 1.9 x 10 1/°C (ASTM D 696)
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Thermal Conductivity (23°C) : 0.46 ± 0.01 W.m . K 1 (HOT DISK METHOD)
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