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MADE FROM 100% CONCEPTAIRNATURE 

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MULTICLAIR  6400 ,8000, 9600, 12800

 

 




 

 




.Climatic Architecture
MULTICLAIR™ is a solution for creating and managing a high-level climatic environment required for agronomic performance.
• Aerodynamics
The aerodynamics of the structures is the key element.
It determines the temperature and hygrometry levels in the greenhouse. This is the reason why the geometry of MULTICLAIR™ arches and AMPLITUDE™ vent panels are calculated using a fluid mechanics software. MULTICLAIRs™ have exceptional ventilation power reserve. This power is now essential in the face of the challenge posed by the use of the Insect-proof biological protection system.
•  Photosynthesis
The calculations used for our structures are based on the climate load constraints of the location at which they are to be used. Our research and development primarily involves optimizing these constraints by promoting light and photosynthesis.
•  Climatic engineering
The control of condensation, irrigation and the collection
of rainwater are an integral part of our climatic engineering program.
Thermal and shade screens, cooling system, heating, computer-assisted climate control and monitoring software are used to offer you solutions for improving the climate.

Aerodynamics
Hygrometry and temperature
Airflows form a dynamic system that Filclair models using fluid mechanics software. The aerodynamic profile of the structures and the position and geometry of the vent panels have a direct impact on the hygrometry and temperature in the greenhouse.

MULTICLAIR™ geometry
The MULTICLAIR™ range of products offers you multiple solutions for projects of any size - from just a few hundred square meters to structures covering several hectares.
All the Filclair span greenhouses are based on the same frames, which means that spans of different widths can be used for the same project.
The aerodynamic qualities of MULTICLAIR™ give the highest performance levels.

Photosynthesis
The calculations used for our structures are based on the climate load constraints of the location at which they are to be used. Our research and development primarily involves the optimization of these constraints, by promoting light and photosynthesis.

The MULTICLAIR™ programme relies on DPS technology.
The DPS is a complete porch structure comprising a reinforced archlinked directly to the posts by a one-piece post head.

 

AERO™
• Exclusive arch design.
• The AERO™ program is protected by international patents.

EVEREST™
• Exclusive white polyester resin coating on structure.
• The EVEREST™ program is protected by international patents.

Bio-protection
MULTICLAIRs™ have exceptional ventilation power reserve. This power is now essential in the face of the challenge posed by the use of the Insect-proof biological protection system.
Our research has led to the development of the Climate Ready™ program
The priority is to strengthen the physical barriers that prevent the penetration of harmful predators and to control beneficial insects. From when it was first launched our Climate Ready™ program has brought together protection requirements using Insect-proof nets.
the CLIMATE READY program is protected by international patents
ALUCLAIR™ :
The first 100% aluminum Climate Ready™ vent panel
The first Climate Ready™ vent panel.
• Insect-proof pre-equipped.
• Air-proof pre-equipped,
• Condensation-proof pre-equipped,
Aluclair™ vent panels are entirely modular and provide control over air cleanliness, energy costs and the quality produced.
In architectural terms, the use of 100% aluminum provides exceptional qualities for easy implementation while ensuring outstanding service-life.
Aluclair™ opening panels are protected by international industrial property laws.
AIRBAR™ :
The first Climate Ready™ inflatable double-skin control measuring atmospheric pressure

 

Climatic engineering
The climatic project is based on architectural solutions which bring together all required technologies: power management (heating and cooling system), water management (irrigation and collection of rainwater) thermal and shade screens, computer-assisted climate control and monitoring software.
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TH CRISTAL COLOURLESS

THICKNESS:                                          0.180 mm
 IMPACT TEST:                                        > 1000 g
TENSILE AT BREAK :                            MD 28 Mpa
ELONGATION BREAK :                         MD 57
TOTAL LIGHT TRANSMISSION:            89%
DIRECT LIGHT TRANSMISSION:         60%
THERMICITY:                                            19%