TechnoAlpin, a leading company in this sector, has developed a technology that allows the collection of water during the warm seasons and its use during the cold seasons to ensure the correct snow coverage of the slopes and thus avoid unpleasant accidents to skiers.
Each snowgun must be positioned in such a way that it can work at its best. TT10's design is innovative because it combines turbine and support tower, creating a single body. Furthermore, the tower, being covered with a technical textile material and padded, avoids problems due to accidental impacts.
The shape of the TT10 expresses the sense of power of this snow-producing generator thanks to the front lines that blend into the front crown. Furthermore, in the lower part, a particular elastic material allows the movement of the gun up or down.
The front crown can be released to allow access to the nozzle area, while the tower can be folded down to allow easy maintenance by technicians. The new tilting tower made of steel and covered in textile material, on the other hand, combines the advantages of a tower-mounted machine with the maintainability of a mobile fan generator.
The front crown can be released to allow access to the nozzle area, while the tower can be folded down to allow easy maintenance by technicians. The new tilting tower made of steel and covered in textile material, on the other hand, combines the advantages of a tower-mounted machine with the maintainability of a mobile fan generator.
An extremely innovative concept allows TT10 to stand out from all competing products since the turbine, instead of being hinged on a technical part consisting of a compressor and electrical panel, is mounted directly on the tower, creating a whole with it. In this way costs and maintenance are optimized.
The bodywork of TT10 is made of rotational molding, contrary to what happened previously when fiberglass was used, which, due to the effect of ozone and UV rays, in a few years was damaged to the point that it was replaced, creating environmental damage, remarkable, given that fiberglass is not recyclable. The nozzle valve technology allows you to optimize energy efficiency while ensuring resource savings.
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