Stainless Steel Manifolds for underfloor heating system.

The manifolds have flowmeter for flow rate adjustment.

Or only stainless steel body and mini ball valve manifolds.

The modulation panel represents a state-of-the-art, specialized polystyrene insulation material reinforced with foil. This innovative material is designed to ensure optimal placement of pipes and floor insulation. It effectively prevents water infiltration beneath embankments and concrete screed, thereby reducing the risk of breakage and dispersion. Moreover, it plays a pivotal role in heat reflection, contributing to enhanced thermal efficiency.

The modulation panel represents a state-of-the-art, specialized polystyrene insulation material reinforced with foil. This innovative material is designed to ensure optimal placement of pipes and floor insulation. It effectively prevents water infiltration beneath embankments and concrete screed, thereby reducing the risk of breakage and dispersion. Moreover, it plays a pivotal role in heat reflection, contributing to enhanced thermal efficiency.

Underfloor Heating Multilayer Pipes,

1- PE-RT / AL / PE-RT With aluminum layer pipe

2- 5 Layers pipe with Oxygen Barrier. PE-RT / adhesive / EVOH / adhesive / PE-RT

Stainless Steel Manifolds for underfloor heating system.

The manifolds have flowmeter for flow rate adjustment.

Or only stainless steel body and mini ball valve manifolds.

The modulation panel represents a state-of-the-art, specialized polystyrene insulation material reinforced with foil. This innovative material is designed to ensure optimal placement of pipes and floor insulation. It effectively prevents water infiltration beneath embankments and concrete screed, thereby reducing the risk of breakage and dispersion. Moreover, it plays a pivotal role in heat reflection, contributing to enhanced thermal efficiency.

The modulation panel represents a state-of-the-art, specialized polystyrene insulation material reinforced with foil. This innovative material is designed to ensure optimal placement of pipes and floor insulation. It effectively prevents water infiltration beneath embankments and concrete screed, thereby reducing the risk of breakage and dispersion. Moreover, it plays a pivotal role in heat reflection, contributing to enhanced thermal efficiency.