The Sabiana Duck Strip radiant panels are produced in 8 different models, with 2 standard colours, and others upon request. Each model features elements measuring 4 and 6 metres in length (3 and 5 metres upon request). Each element can be easily connected by pressfittings or by welding the pipes (in the latter case the pipes are supplied with belled ends to assist coupling and welding). The radiant heating panels feature a practically flat bottom, ideal for installation in environments with lower ceilings. The wide range of colours available allows the use of solutions that are in perfect harmony with the architectural design of the building. The first and last elements are fitted with welded headers and tested in the factory using advanced automated processes. The hanging brackets are welded each meter to the panels, ensuring maximum installation flexibility. Consequently, systems can be developed using radiant heating panels to any whole-metre length and with different solutions for the internal circuit, so as to optimise the pressure drop, the uniformity of the ambient temperature and minimise the length of the fluid distribution pipes. The heating capacity values have been certified by the leading European laboratory in the sector (University of Stuttgart), applying the European EN 14037 standard. The painting process, using an epoxypolyester resin powder coat dried in a furnace at 180°C, ensures high resistance over time, in compliance with the international standard ISO 2409, certified by tests performed at the Milan Polytechnic University.
The Duck Vap radiant heating panels have been designed to respond to the need to ensure optimum comfort from a radiant system in all industrial environments where a traditional heating plant is not feasible. One or more steam generators under vacuum, or VAS, installed in a sheltered location outside, cause the steam to expand inside the suitably modified pipes of the radiant heating panels, with condensate return by gravity. The circuit is closed and sealed, there is no consumption of steam and consequently no need to top up the water. The vacuum system steam to be produced at a maximum temperature of 110°C, corresponding to a relative pressure of 0.45 bar (1.45 bar absolute). The main advantages involve exceptionally uniform temperature in the environment, fast stabilisation of the operating conditions, and a particularly simple and long lasting system with reduced energy consumption (almost no power consumption). The Sabiana Duck Vap radiant panels are produced in 6 different models, with 2 standard colours, and others upon request. Each model features elements measuring 4 and 6 metres in length (3 and 5 metres upon request). Each element can be easily connected by welding the pipes supplied with belled ends. The first and last elements are fitted with welded headers and tested in the factory using advanced automated processes. The painting process, using an epoxypolyester resin powder coat dried in a furnace at 180°C, ensures high resistance over time, in compliance with the international standard ISO 2409, certified by tests performed at the Milan Polytechnic University.
The Pulsar ceiling mounted radiant panels a are made in 4 sizes, with a width of 600 mm and a length between 1.2 and 3 m, in 2 standard colours, and others upon request. The panel has a very elegant design, perfectly matching the false ceiling, features simple maintenance, very long life and can be connected in series or in parallel to others panels using flexible pipes supplied upon request. The panels feature a very interesting construction: modern welding units, without leaving any visible traces, press the copper pipes into the thick electro-galvanised steel panel, guaranteeing an optimum heat output and a uniform temperature across the entire radiating surface. The product is ideal for many types of environment, especially schools and hospitals. The panel can be supplied with hot or cold water: in the summer, it should be used together with a primary air system, as only sensible cooling is provided. The heating capacity values have been certified by the leading European laboratory in the sector (University of Stuttgart), applying the European EN 14037 standard. The painting process, using an epoxypolyester resin powder coat dried in a furnace at 180°C, ensures high resistance over time, in compliance with the international standard ISO 2409, certified by tests performed at the Milan Polytechnic University.
