PU - EuroTLining

In the products of solar thermal, stands out our coating, unique on the market, a special polyurethane foam mixture performed in line. This product is called PU.

The product allows to contain volumes and thicknesses, maintaining the excellent insulating power, typical of polyurethane foam. The footprint inside the ducting is greatly reduced.

The innovation, compared to the other rigid polyurethane products on the market, is given by the flexibility of our exclusive blend, allowing easy curvature to 90 years. during work, thus eliminating the mounting of the appropriate curves as is the case for the rigid coating.

EURO-PU-MONO

Mono tube for solar thermal systems

AISI 304 stainless steel corrugated pipe with low thickness thermal insulation coating in polyurethane foam complete with multi-phase electric cable (optional).
Thermal conductivity:
λ 0,030 W/m K (40° C) EN ISO 8497

EURO-PU-TWIN

Binary tube for solar thermal systems

AISI 304 stainless steel CSST corrugated pipe with low thickness thermal insulation coating in polyurethane foam complete with multi-phase electric cable.
Thermal conductivity:
λ 0,030 W/m K (40° C) EN ISO 8497

EURO-PU-TWIN COPPER

Binary tube for solar thermal systems

CU DHP 99,9 EN 1057 copper pipe with low thickness thermal insulation coating in polyurethane foam complete with multi-phase electric cable.
Thermal conductivity:
λ 0,030 W/m K (40° C) EN ISO 8497

EURO-PU-MONO PEX

Mono tube for solar thermal, hydrothermal and refrigeration systems

PE-Xb/Al/PE-Xb multilayer pipe with “welded” aluminium for total oxygen resistance. Low thickness thermal insulation coating in polyurethane foam complete with multi-phase electric cable (optional).
Thermal conductivity:
λ 0,030 W/m K (40° C) EN ISO 8497

EURO-PU-TWIN PEX

Binary tube for solar thermal systems

PE-Xb/Al/PE-Xb multilayer pipe with “welded” aluminium for total oxygen resistance. Low thickness thermal insulation coating in polyurethane foam complete with multi-phase electric cable.
Thermal conductivity:
λ = 0,030 W/m K (40° C) EN ISO 8497