The AUTO MOSSA HyperChill is a new generation High Speed Chiller Door designed for chilled storage applications. The door blade is constructed from two layers of a PVC coated woven fabric. The insulation is two layers of twin wall foil separated by air. Integrated into the door blade is the patented AirStrip system. The rubber AirStrip design allows the door to roll-up without loading or compressing the insulation in the door blade, this enables the door blade to maintain its full insulation performance over its lifetime. It also allows the door to operate at faster speeds with a smoother operation. The door comes standard with a soft bottom edge and automatic curtain relocation function.
Door Blade Construction
Door Components
Control and Drive
Safety
Optional Equipment
Thermal Advantage
The door blade insulation offers an overall U value of 1.7 W/m2C which means its one of the best performing High Speed Chiller Doors on the market.
Patented Airstrip
Designed to extend the life of the door, constructed from extruded rubber with reinforced webbing, ensures there is a 20mm separation between the door blade layers as it rolls up. The glide strip also allows the door to operate smoothly at speeds of >3.0m
per/sec.
Knock-out Function
The HyperChill has a built-in crash function which allows the door blade to be dislodged and then automatically realign itself on the next down cycle.
With over 20 years of experience in the high performance door industry, some of Australia and New Zealand’s industry experts have come together to establish AUTO MOSSA, an organisation with a passion for design that continuously strives for innovation.
We pride ourselves on pushing the boundaries when developing ideas and through the process of exploration we often find new ways of doing things. It is our intention that every product we launch to the market will also come with an ‘international patent pending’, further emphasising our drive for innovation and added customer value. We are also able to work with architects and specifiers early on in the design stage, to develop working models and concepts.