Galvanized Perforated Steel Plank Catwalk for Construction
| Material | Q235, Q195 |
|---|---|
| Surface treatment | Galvanized Zinc |
| Advantage | Anti-slip, Heavy Duty, Fire and corrosion resistance |
| Thickness | 1.2mm-2.0mm |
| Length | 400mm-6000mm/as Customer's Requirement |
| Width | 240mm/250mm/as Customer's Requirement |
| MOQ | 1000 PCS |
| Supply Ability | 110000 pieces per month |
Product application scenarios: Galvanized perforated steel planks are ideal for use in demanding industrial environments. They are perfect for construction of scaffolding systems, bridging, and walkways on construction sites. Their anti-slip surface ensures safety, even in wet conditions, making them particularly suitable for outdoor industrial projects.
Product Seeking cooperation: We aim to establish long-term cooperation with professionals in the construction industry. Our factory provides customizable, high-quality steel planks that meet industry standards. Contact us to benefit from competitive pricing and tailored order solutions, optimized for large-scale projects.
Product Packaging Details: Each steel plank is packaged individually with dimensions of 24x4.5x50cm and a gross weight of 2.0kg. Our packaging ensures maximum protection, minimizing damage during transit and storage. Bulk orders are palletized and shrink-wrapped for added security.
Product Environmental Protection FAQ:
- Q: How does galvanization contribute to environmental protection?
A: Galvanization provides a rust-resistant coating, extending the plank's lifespan over 5 years, reducing waste, and minimizing environmental impact, making it a sustainable choice from the factory. - Q: Are these steel planks recyclable?
A: Yes, the steel planks are fully recyclable, aligning with sustainable practices. Choosing reusable materials from a reliable manufacturer reduces environmental footprint significantly. - Q: How does using galvanized steel planks reduce construction waste?
A: By choosing durable steel planks with customization options, construction projects benefit from long-lasting materials that require less frequent replacement, effectively minimizing waste.
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