Thickness: 0.5mm - 1.5mm (customizable based on usage requirements)
Width: 1000mm, 1050mm, 1200mm (common widths, customizable as needed)
Length: Customized according to construction needs, typically ranging from 3m to 15m
Wave Height: Commonly 30mm, 40mm, 50mm (customizable as needed)
Large Industrial Plants: Such as steel structure workshops, warehouses, production lines, etc.
Commercial Buildings: Such as shopping malls, supermarkets, commercial districts, exhibition halls, and other large-span roofs.
Agricultural Buildings: Such as modern greenhouses, livestock facilities, grain storage, etc.
Transportation Facilities: Such as airports, railway stations, subway stations, parking lots, and other large transportation structures.
Public Facilities: Such as stadiums, exhibition centers, convention centers, etc.
Due to its high-strength waveform design and adaptability to large spans, large-wave plastic-steel tiles are suitable for buildings with wide spans and heavy loads, offering excellent wind and earthquake resistance.
Large-Span Adaptability: The large-wave design provides enhanced load-bearing capacity under wide-span conditions, reducing the number of support structures and lowering construction costs.
Strong Waterproof Performance: The waveform design improves the overlapping sections between tiles, enhancing waterproofing to prevent rainwater infiltration and ensure a dry roof.
Excellent Corrosion Resistance: Surface treatments such as galvanization, color coating, or aluminum-zinc coating provide strong corrosion resistance, adapting to various harsh climates and extending service life.
Wind and Earthquake Resistance: The peak design increases wind pressure resistance while enhancing the roof's seismic performance, making it suitable for areas with high winds or frequent earthquakes.
High Strength and Lightweight Properties: The tiles are lightweight yet maintain high strength, reducing the load on the roof structure.
Large Wave Peak Design:
The large wave peak design not only enhances the load-bearing capacity of the tiles but also provides a modern, wave-like appearance that improves the aesthetic appeal of buildings.
High-Durability Coating:
The tiles feature a high-quality surface coating that offers excellent UV resistance, weather resistance, and corrosion resistance, enabling them to adapt to various climate conditions.
Diverse Color Options:
A wide range of colors and coating effects are available to meet the design needs of different architectural styles.
Tight Waveform Fit:
The wave-like design ensures tighter seams between tiles, providing superior waterproof performance and preventing water leakage.
Easy Installation:
Standardized installation accessories simplify the construction process, reducing the overall installation time.
Pre-Installation Preparation:
Check the structural stability of the roof frame to ensure its load-bearing capacity meets requirements.
Clean the roof substrate to ensure it is flat and free of debris, which could affect tile installation.
Determine the direction of tile placement based on the roof slope design and drainage requirements.
Installation Steps:
Identify the starting position for tile installation, typically beginning at the ridge and working downward.
Align the wave peaks of each tile to ensure sufficient overlap between tiles, enhancing waterproofing.
Secure the tiles to the roof frame using specialized screws, ensuring all fastening points are firm and free from looseness.
Apply sealant or waterproof tape at the seams to further enhance waterproof performance.
After installation, inspect the seams, fastening points, and waterproofing effectiveness to ensure no leakage or looseness.
Maintenance:
Regularly inspect the waterproof layer, seams, and screw fastenings of the tiles to ensure they are secure and undamaged.
Clear any accumulated water on the roof to maintain smooth drainage and prevent prolonged pressure on the tiles.
After severe weather events, check the roof for damage and perform repairs promptly.
Storage Conditions:
Large-wave plastic-steel tiles should be stored in a dry, well-ventilated area, avoiding prolonged exposure to humidity or corrosive substances.
Tiles should be placed flat on the ground or wooden pallets, avoiding direct contact with the ground to prevent rust caused by moisture penetration.
The storage area should be protected from direct sunlight and rainwater immersion to prevent coating fading or damage.
During storage, regularly inspect the tile surface coating for wear or damage to ensure they remain in optimal condition.
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