Two of these shelters are installed on a stainless-steel support.
The third and fourth are complete, its polyester structure goes down to the bottom.
The dimensions are:
Technical characteristics of polyester:
– Shelter or cabinet all fiberglass reinforced polyester
– double insulated cabinet (class II)
– Degree of protection IP 65 (according to standard EN 60529)
– Resistance to mechanical impacts IK 10 (according to standard EN 62262)
– Electrically insulating material
– Resistant to extreme temperatures – 35° to + 100° C
– RAL 1013 color – other colors possible
– Anti-graffiti and anti-poster coating
– Either a base + self-supporting floor, insulated
– Or a base + insulated self-supporting floor + technical floor raised by 300mm
Thermal conductivity or lambda (λ)
is the amount of heat W/(m.K) that can be transferred in a material in a given time. The smaller the value & lambda is, the more insulating the material. Thermal insulators have λ less than 0.060 W/(m.K).
This coefficient of thermal conductivity measures the ability of the insulation to conduct heat. It is represented in watts/meter and in degrees Kelvin: W/m.K.
To evaluate the performance of an insulator, it is always necessary to consider the thickness and the intrinsic thermal conductivity of the insulator.
The lower the coefficient, the more insulating the material.
For example:
Coefficient of thermal conductivity in W/mk
Aluminium 205,
Steel 50,
Stainless steel 16,
Polyester 0.23
Polyester + MPU de 37mm 0.021
The advantage of using a cabin with a low thermal insulation coefficient and therefore high thermal resistance is:
Advantage of using polyurethane foam with polyester skin:
Below is a typical drawing that our design department offers you for validation before manufacturing
Gensollen, a company of the Europoly Group.
Gensollen is a company specializing in the production of cabins, shelters, technical shelters and protective canopies made of fiberglass-reinforced polyester and thermal insulation.
+33 (0)4 78 19 33 33
contact[@]gensollen.com
