Chequered Steel Sheet Plate Hot Rolled Anti-Slip Checkered MS Steel Sheet
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Detail
Galvanized Patterned Steel Sheet is a high-performance metal product that combines the corrosion resistance of galvanized steel with the anti-slip functionality of patterned surfaces. It is manufactured by first embossing patterns on steel sheets through specialized rolling processes, followed by hot-dip galvanizing or electro-galvanizing to form a protective zinc layer. This product not only solves the problem of ordinary steel sheets being prone to rust but also enhances safety through its anti-slip surface, making it widely used in construction, transportation, industry, and decoration fields.
Core Features
1. Excellent Anti-slip Performance
The surface patterns (such as lentil, diamond, and round bean shapes) significantly increase the friction coefficient of the steel sheet. Even in wet, oily, or icy environments, it can effectively prevent pedestrians or objects from slipping, ensuring safety in high-traffic areas like stairs, platforms, and ship decks.
2. Strong Corrosion Resistance
The galvanized layer (with a thickness of 60-200g/m² for hot-dip galvanizing) acts as a physical barrier, isolating the steel substrate from air, water vapor, and corrosive media (such as acids and alkalis). According to tests, the service life of galvanized patterned steel sheets in outdoor environments can reach 15-30 years, which is 3-5 times that of ordinary ungalvanized steel sheets.
3. High Strength & Durability
Made of high-quality low-carbon steel (e.g., Q235, Q345) as the base material, the product has excellent tensile strength (≥375MPa) and bending performance. The combination of the galvanized layer and patterns also improves wear resistance, allowing it to withstand heavy loads (up to 500kg/m²) and frequent foot traffic without deformation or surface damage.
4. Aesthetic & Easy to Process
The diverse pattern designs (customizable for specific projects) add a modern and industrial aesthetic to the product, making it suitable for decorative scenarios. Additionally, it supports flexible processing such as cutting, welding, bending, and punching, enabling quick adaptation to different design requirements (e.g., curved stairs, irregular platforms).