Product Description
FRP Curve Panel (Dome-Covering) is a light weight hemispherical sheet which is designed and developed by our team of highly skilled professional by using fiber reinforced plastic which offers higher impact resistance and prevent damages due to atmospheric conditions which includes moisture, water, sunlight etc. It is widely used to make sheds in parking areas, bus stops and waiting areas of the commercial buildings such as school, hospital, universities and many more.
Product details
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Color
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Blue, Green, Black etc
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Design
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Traditional, Western
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Material
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FRP
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Shape
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Dome
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Type
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Security Cabin
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Exceptional Durability and LongevityFRP Curve Panels boast a lifespan ranging from 15 to 25 years, thanks to their robust tensile and flexural strength. With less than 0.5% water absorption and excellent weather resistance, they remain reliable under harsh outdoor conditions. Optional fire-retardant grades further enhance safety, making these panels suitable for demanding environments.
Flexible Design and CustomizationThese panels are available in a wide range of colorsincluding natural, clear, sky blue, green, and fully customized huesallowing architects and designers to match aesthetic requirements. Sizes, thickness, and edge finishes can be tailored as per dome or roofing specifications, providing versatility for a variety of installation scenarios.
Efficient Light Transmission and Thermal ControlWith a configurable light transmission rate of 60% to 85%, FRP Curve Panels allow for energy-efficient daylighting solutions. Their low thermal conductivity (0.200.35 W/mK) helps maintain comfortable indoor conditions, while the UV-resistant gel-coated surface prolongs the integrity and appearance of the panels.
FAQs of FRP Curve Panel (Dome-Covering):
Q: How are FRP Curve Panels installed for dome and canopy applications?
A: FRP Curve Panels are designed for easy onsite installation using bolt-on or screwed methods, typically with sealing accessories to ensure a weather-tight fit. Installation may vary based on the dome curvature and structure, but the panels customizable finish and dimensions simplify adaptation to project requirements.
Q: What types of color and surface options are available for these panels?
A: The panels are offered in natural, clear, sky blue, green, as well as fully customized colors. Surface treatments include smooth finishes, UV-protected coatings, and gel coatings. This allows for both functional and aesthetic customization, meeting diverse architectural preferences.
Q: Where are FRP Curve Panels most commonly used?
A: They are prominently used in architectural dome coverings, skylights, roof panels for industrial and commercial buildings, canopy coverings, and various outdoor installations where weather resistance, light transmission, and structural strength are crucial.
Q: What is the process behind customizing the shape and size of the panels?
A: Customization utilizes hand layup and moulding techniques, ensuring the panels can be shaped and dimensioned according to specific project blueprints. Clients can specify length, width, height, and thickness, enabling seamless integration into unique dome or curved roof structures.
Q: When should fire-retardant FRP panels be selected for a project?
A: Fire-retardant grades should be selected when safety regulations or site conditions demand enhanced fire resistance, such as for public buildings or in areas where elevated fire risks exist. These options help projects meet code compliance while maintaining other performance attributes.
Q: What are the primary benefits of using FRP Curve Panels in construction?
A: Key benefits include high impact resistance, excellent weatherability, low water absorption, customizable aesthetics, and long service life. Their light weight simplifies installation and reduces structural load, and their broad operating temperature range makes them suitable for varied climates.
Q: How does light transmission vary with panel color and thickness?
A: Light transmission rates range from 60% to 85%, influenced directly by the panels color and thickness. Lighter and thinner panels typically transmit more light, while darker hues or increased thickness reduce transmission, offering options for precise daylight control.
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