A "Plastic-FREE" production
For a more sustainable environment
A fundamental element that guided the entire design phase of the new Rinnova Adaptive boiler is the strong focus on the circular economy. For this we have used components with a higher rate of recyclability, eliminating the use of plastic as much as possible. The plastic group, for example, has been replaced with the brass group, a completely recyclable material. The protective shells of the boiler were made of cardboard and no longer of polystyrene. Furthermore, the front is no longer in plastic but in pressed steel.
Thermoregulation
Climatic regulation (with optional external probe) and ambient regulation (remote) to allow correct management of the water temperature in order to reduce consumption and consequently a reduction in emissions.
By using the climatic regulation, the regulation efficiency also rises, giving greater value to the home.
High circulation single coil primary heat exchanger
Biasi, introduces the Round heat exchanger in 2017. The great reliability has been demonstrated by adopting it in the Renew Adaptive range. Round is a compact monothermal heat exchanger based on a stainless steel coil with an oval section.
The heat exchanger consists of a combustion chamber, condensing area and an insulated metal disc protected with silicone ceramic fiber which separates the two areas.
By using a single stainless steel strip to produce the coil, including inlet/outlet fittings, the following benefits are achieved:
- Accumulation of dirt and debris is avoided
- The water flow is uniformly distributed and guarantees a homogeneous heat exchange
- The water flow is constant for a longer life of the product
- Reduction of pressure drops with optimized circuit
- The ease of cleaning and the robustness of this exchanger are one of the main strengths of the product since it can be used on new systems but also on old systems in the event of renovations.
Round integrates the round flow function in which the water produces a centrifugal cleaning effect on the internal walls of the single coil. The absence of circuits in parallel guarantees an easy "washing" operation of the exchanger and the elimination of any air present in the system circuit.