REPOLEN FASER PIPE

MCF (MULTI-LAYER WITH FV, FASER)
Recommended for ACS (domestic hot water) thanks to its excellent resistance to high temperatures.
Linear expansion coefficient five times lower than that of single-layer tubes (0.03 versus 0.15).
Complete coverage in saline environments. High resistance to corrosion, pressure, and structural rigidity.
Removes scale to prevent blockages and reduce pressure loss.
Recyclable product, lightweight and easy to install.
REPOLEN FASER multilayer pipes, reinforced with fiberglass, offer high mechanical, chemical, and thermal resistance. They reduce expansion, facilitating installation. Suitable for hot water, heating, and air conditioning, they comply with quality standards and are manufactured with recyclable virgin materials.

Structure

MCF (MULTI-LAYER WITH FV, FASER)

Materials

PP-R / PP-R + FV / PP-R

Colour

GREEN RAL 6024 WITH DARK GREEN LINES

REGULATIONS

DIN 8077: Polypropylene (PP) pipes - PP-H. PP-B. PP-R. PP-RCT - Dimensions
DIN 8078: Polypropylene (PP) pipes - PP-H. PP-B. PP-R. PP-RCT - General quality requirements and testing
RP 01.72: Specific Regulations of conformity for polypropylene (PP-R) and fiberglass (FV) piping systems for hot and cold water installations inside the building structure.
UNE EN ISO 21003: Multilayer piping systems for hot and cold water installations inside buildings
CTE: Spanish Technical Building Code
RD 03/2023: Technical-sanitary criteria for the quality of drinking water. its control and supply.

PP-R Material

Density 905 kg/m3
MFI (230º.2.16Kg) 0.30 g/10min
Modulus of elasticity 25 Mpa
Impact resistance Charpy method at 0ºC 10%
Tensile strenght 815 Mpa
Tensile elongation 0.15 w/m·k
Thermal conductivity coeficient (ƛ) 4 kJ/m2
Linear thermal expansion coeficient (0ºC to 70ºC) 1.5 10-4 K-1

Product

Structure MULTILAYER PP-R / PP-R + GF / PP-R
Color Green RAL 6024 with 4 deep green lines
Glass fiber content 18%GF layer. 6% total
Impact resistance (Staircase method) No failures <0.5m
Longitudinal shrinkage ≤1%
Opacity Yes
Roughness (k) 0.007 mm
Linear thermal expansion coefficient (ɑ) 0.035 mm/mºC
Fire clasification. Halogen free B2
Internal preassure resistance
20º 1h 16MPa
No failures
95º 22h 4.3MPa
No failures
95º 165h 3.8MPa
No failures
95º 1000h 3.5MPa
No failures
Thermal stability by pressure test
110º 8760h 1.9MPa
No failures
SDRCoded (mm)di (mm)e (mm)Capacity (L/Mts)Weight (kg/m)Mts/PackagesPallet Packages
7.4 430200003 20 14.4 2.8 0.163 0.15 120 24
7.4 430200006 25 18 3.5 0.254 0.23 80 28
SDRCoded (mm)di (mm)e (mm)Capacity (L/Mts)Weight (kg/m)Mts/PackagesPallet Packages
9 430200005 32 24.8 3.6 0.483 0.32 60 23
9 430200004 40 31 4.5 0.755 0.49 40 23
9 430200009 50 38.8 5.6 1.182 0.765 20 28
9 430200010 63 48.8 7.1 1.87 1.235 12 30
9 430200011 75 58.2 8.4 2.66 1.695 12 23
9 430200012 90 69.8 10.1 3.826 2.425 8 20
9 430200013 110 85.4 12.3 5.728 3.555 4 27
9 430200014 125 97 14 7.39 4.565 4 20
9 430200016 160 124.2 17.9 12.115 7.255 4 12
9 430200017 200 155.2 22.4 18.908 12.488 5.8 9

REPOLEN FASER pipes are made of multiple layers of different materials. They can be recognized by their dark green stripes on the surface, which also serve to orient the components, using them as a reference. REPOLEN FASER pipes are mainly made of PPR, Polypropylene Copolymer Random type 3, a mixture of propylene and ethylene. They offer remarkable mechanical resistance up to 100ºC and below 0ºC, as well as extraordinary chemical resistance. Inside, they have a layer of fiberglass that reinforces structural rigidity. This results in an increased ability to withstand pressure at high temperatures. Improved tensile strength reduces pipe expansion, which means fewer supports and fewer clamps during installation. In summary, the fiberglass coating not only optimizes heat response, but also reduces the space required for installation and reduces material costs.

REPOLEN FASER pipe is a multilayer pipe designed to provide solutions for countless applications, including plumbing installations (service connections, meter and manifold panels, risers, distribution, branches, boilers, accumulators, return lines), air conditioning with fan coils and underfloor heating, heating (including high temperature boilers, underfloor heating, radiators, etc.), thermal water, swimming pools, geothermal installations, installations sensitive to disinfection against legionella (hospitals, schools, institutional buildings, hotels, sports facilities, etc.), installations sensitive to disinfection against legionella (hospitals, schools, institutional buildings, hotels, sports facilities, etc.).), thermal water, swimming pools, geothermal installations, installations sensitive to disinfection against legionella (hospitals, schools, institutional buildings, hotels, sports facilities, etc.), compressed air installations, conveying and transport of compressed air.), compressed air installations, transport of industrial liquids… We recommend this pipe above all for DHW (sanitary hot water) as it withstands high temperatures very well.

PROJECTS

REPOLEN FASER pipes are manufactured under the UNE EN ISO 21003 and UNE EN ISO 15874 standards and have an AENOR certificate of conformity (No. 001/006498), according to technical specification RP.01.72. Pipes made of polypropylene have high chemical resistance, being able to withstand both acids and bases, as well as many industrial substances. However, PPR should not be exposed to solar radiation, since prolonged exposure can deteriorate the material, accelerating its aging. We offer multi-layer PPR pipes designed with UV protection, ideal for situations where they are exposed to the sun, such as the REPOLEN FASER RP UV / FASER CLIMA UV PIPE.

All our REPOLEN pipes are made from virgin material, as regulations prohibit the use of recycled materials for drinking water. In keeping with our commitment to environmental protection, we use environmentally friendly and fully recyclable materials. REPOLEN FASER pipes are available in SDR 7.4 and a wide variety of diameters, from 20 mm to 125 mm.

PPR fittings
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