Product Description
Multipower panels
Paneltim multipower panels are the strongest and most robust panels in the Paneltim plastic sandwich panel assortment.
Antislip panels
Paneltim antislip panels can heavy loads and are suitable for anti-slip floors in many applications.
Venti panels
Paneltim venti30 panels are very light and strong and have vertical slots, offering good air circulation.
Plus open slats
paneltim plus open closed slats are very light and yet have high resistance to dynamic shocks.
Plus closed slats
Paneltim plus closed slats are very light and yet have high resistance to dynamic shocks.
Delta senior slats
Paneltim Delta senior slats are light, strong and yet have high resistance to dynamic shocks.
Engineered for Precision and PerformanceThese sandwich panels are meticulously manufactured to meet a wide range of construction demands. Their customizable thickness, width, and length make them an adaptable solution for diverse installation requirements. The panels' high-density PUF core and robust metal facings guarantee superior structural integrity, while advanced joining systems like tongue & groove or cam lock provide seamless installation and enhanced strength.
Superior Insulation and Fire SafetyThe panels are distinguished by their low thermal conductivity, ensuring effective thermal regulation and energy efficiency for any structure. With a self-extinguishing core meeting Class 1 fire ratings, they offer crucial protection against fire hazards. Water absorption remains minimal, while varied surface finishes and color options support both aesthetic and functional needs, aligning with modern building standards.
FAQ's of Sandwich Panels:
Q: How are sandwich panels installed for roofing and wall cladding applications?
A: Sandwich panels are typically installed using tongue & groove or cam lock fixing systems, which ensure secure alignment and tight joints. They can be customized in size to fit the project's layout, and their lightweight yet sturdy construction allows for fast and straightforward installation on a variety of structures.
Q: What benefits do sandwich panels provide in cold storage and industrial buildings?
A: Thanks to their high-density insulation core and low thermal conductivity, these panels effectively minimize heat transfer, maintaining precise internal temperatures. The panels' strong acoustic performance and fire resistance also contribute to a safer and quieter environment, increasing overall operational efficiency.
Q: When should a specific core material (PUF, PIR, EPS) be chosen for a project?
A: Selecting a suitable core depends on the project's requirements: PUF is ideal for general insulation and strength, PIR offers enhanced fire resistance, and EPS is cost-effective for applications where high fire resistance is not the primary concern. Consultation with a supplier or manufacturer can help determine the best option.
Q: Where can these sandwich panels be used aside from traditional construction?
A: In addition to conventional roofing and wall cladding, sandwich panels are widely used in modular buildings, prefabricated cabins, controlled environment rooms, clean rooms, and temporary project sites due to their versatility and ease of customization.
Q: What process is involved in customizing panel size and finish?
A: Panel thickness, width, and length can be tailored during manufacturing based on client specifications. Clients can also select surface finishes (embossed, smooth, or corrugated) and color options from standard RAL shades to match design or branding requirements.
Q: How does the fire resistance of these panels enhance building safety?
A: Featuring a self-extinguishing insulated core and meeting Class 1 fire ratings, these panels significantly reduce fire spread risk, providing crucial time for evacuation and minimizing property damage, which is especially important in high-occupancy or sensitive facilities.
Q: What is the structural strength of sandwich panels, and what materials are used?
A: The panels are composed of galvanized steel or aluminum sheets with a high-density insulation core, giving them excellent load-bearing capacity. This construction makes them suitable for both demanding industrial uses and architectural projects requiring robust, long-lasting materials.