Product Description
Venti Panels
Thickness
Wall thickness : 3,5 mm (0.14")
Material : PP COPO
Vertical slots : 30 mm x 350 mm per 100 mm (1.18" x 13.78" per 3.94").
Internal structure : 100 mm x 50 mm (4" x 2")
Standard dimensions- 1200 mm x 800 mm (47.24" x 31.50")
- 1200 mm x 1000 mm (47.24" x 39.37")
Weight- 35 mm ± 8 kg/m²
- 50 mm ± 11 kg/m² (2.66 lb/ft²)
Colours (US:Colors)- PP near to prime:Light grey (RAL 7001), white (RAL 9010), blue (RAL 5002)
- PP recycled:Light green, black
- Other colours (colors) possible on request.
- Paneltim advises against using dark colours (colors) for outside use.
No internal accumulation of dirt : The internal cell structure ensures that the panels are always closed all around, even when cutting to size, avoiding ingression of dirt or moisture into the panels.
Processing- The panel can be processed using regular technic to make plastic constructions: butt welding, extrusion welding or hot air welding. The short welding cycle considerably improves overall processing time.
- The panels being manufactured in prime polypropylene or polyethyleen, joining with solid panels, tubes, etc is possible.
Available on request- Structural analysis
- Technical files
Advice and support- Paneltim strongly recommends avoiding dark colors for outside use.
- Paneltim strongly recommends prime material for structural applications.
- Technical datasheets are only available for panels in prime material.
Superior Corrosion ResistanceVenti Panels come with a protective zinc coating over galvanized steel, ensuring a high level of resistance against rust and corrosion. This makes them perfectly suited for industrial applications where durability and longevity are essential, even in areas exposed to moisture and challenging conditions.
Optimized Ventilation PerformanceThe perforated vent design facilitates efficient airflow, making Venti Panels a reliable choice for HVAC systems and industrial air distribution. Their rectangular shape and customizable diameter ensure that airflow needs are met precisely, contributing to improved energy efficiency and environmental control.
Flexible Installation OptionsVenti Panels are suitable for both wall and ceiling mounting, providing versatility in installation across various settings. Their lightweight design, combined with a range of thickness and surface finishes, allows easy adaptation to project-specific requirements.
FAQ's of Venti Panels:
Q: How are the Venti Panels installed for wall or ceiling mounting?
A: Venti Panels can be securely mounted on walls or ceilings using standard hardware suitable for galvanized steel. Ensure the mounting surface is stable and follow installation guidelines for optimal performance and safety.
Q: What makes these panels highly resistant to corrosion?
A: The panels are made from galvanized steel with a protective zinc coating, which shields them from moisture and corrosive industrial environments, enhancing their longevity and reliability.
Q: Where are Venti Panels commonly used in industrial settings?
A: Venti Panels are typically utilized in HVAC systems, industrial ventilation, and air distribution setups where perforated panels are essential for maintaining proper airflow and environmental conditions.
Q: What is the benefit of a pre-coated or galvanized surface finish on these panels?
A: A pre-coated or galvanized finish increases surface durability, reduces maintenance needs, and enhances resistance to weathering, ensuring the panels remain effective over time.
Q: Can the diameter of the Venti Panel perforations be customized for specific projects?
A: Yes, the diameter of the perforations can be tailored according to client requirements, ensuring optimal airflow and compatibility with diverse industrial systems.
Q: What process is used to apply the zinc coating on Venti Panels?
A: Zinc coating is applied through a controlled galvanization process, which bonds a protective layer to the steel, preventing oxidation and delivering reliable corrosion resistance.
Q: What is the operating temperature range for these Venti Panels?
A: Venti Panels function effectively in environments with temperatures ranging from -10C up to 100C, suitable for most industrial ventilation and HVAC applications.