
Industrial 32*5 Welded Steel Bar Grating – Heavy-Duty Suspended Working Platform Solution
High-Strength 32*5 Welded Steel Bar Grating for Suspended Working Platforms: Precision-Welded, Load-Bearing & Anti-Slip, Ideal for Industrial Construction, Maintenance & High-Altitude Operations
Place of Origin | Anping,china |
|---|---|
Brand Name | TT |
Certification | ISO 9000-2015 |
Model Number | TT-1 |
Packaging Details | Wooden Pallet or Steel Pallet and plastic film(fiber glass) |
Delivery Time | 3-10 work days |
Payment Terms | L/C T/T |
Supply Ability | 100 TONS/DAY |
Product Details
Product Name | Industrial Steel Grating | Grating Standard | YB/T4001-2007 |
|---|---|---|---|
Size | As Per Drawing,commoned 32*5 | Type Bar | Flat Or Serrated Steel |
Product Process | Welding Or Press Locked | Packing | Wooden Or Steel Pallet |
Highlight | 32*5 welded steel grating, 32*5 welded grating | ||
Industrial 32*5 Welded Steel Bar Grating: Specialized for Suspended Working Platforms
Our 32*5 welded steel bar grating is a high-performance core component tailored for industrial suspended working platforms and load-bearing platforms. It is precision-manufactured from carbon steel or mild steel through grooving, lock-pressing, welding, and finishing processes. While copper and aluminum options are available, steel grating stands out as the preferred choice due to its cost-effectiveness and outstanding mechanical properties, providing reliable structural support for suspended operations.
Core Features for Suspended Working Platforms
Exceptional Structural Strength: Higher strength and toughness than cast iron, with excellent load-bearing capacity and large-span performance. Minimal load loss during suspension ensures stable support for high-altitude operations in terminals, airports, and other heavy-load scenarios.
Superior Corrosion Resistance: Hot-dip galvanized surface treatment delivers long-lasting rust protection, reducing maintenance frequency and extending service life—ideal for harsh construction and outdoor suspended environments.
Optimal Safety Design: 83.3% leakage area (more than twice that of cast iron) enables efficient drainage and ventilation, preventing water accumulation and reducing platform weight. Hinged joints between gratings and frames enhance security while facilitating easy access for inspection and maintenance.
Aesthetic & Practical Appearance: Modern design with simple lines and a silver finish complements industrial environments. Smooth or serrated surface options (serrated for enhanced anti-slip performance) adapt to different operation needs.
High Customization Flexibility: Supports customization of specifications (size, shape, span) and properties (load capacity, surface treatment) to match diverse suspended working platform requirements.
Key Applications
Beyond suspended working platforms and load-bearing platforms, its robust design and spanning capabilities make it suitable for multiple industrial scenarios requiring safe and stable support:
Elevated platform aisles and walkways in factories and construction sites
Ceiling structures and interior decoration in industrial buildings
Ventilation windows, wells, and equipment platforms
Advertising plaques and construction auxiliary structures
Detailed Specifications
No. | Item | Detailed Description |
|---|---|---|
1 | Bearing Bar | Common sizes: 25x3 to 100x10mm (32x5mm as core specification for suspended platforms); I-bar: 25x5x3 to 40x5x3mm; US standard: 1"x3/16" to 1 1/2"x1/4" etc. |
2 | Bearing Pitch | 12.5mm to 80mm (e.g., 30mm, 40mm); US standard: 19-w-4, 15-w-4 etc. |
3 | Cross Bar Pitch | 38.1mm to 120mm, 2" & 4" (US standard) |
4 | Steel Grade | ASTM A36, A1011, Q235, S275JR, SS304, mild steel, low carbon steel etc. |
5 | Surface Treatment | Black (self-color), hot-dip galvanized (recommended for suspended platforms), painted, spray coating |
6 | Grating Style | Plain/smooth, serrated/teeth (anti-slip), I-bar, serrated I-bar |
7 | Grating Standard | China: YB/T 4001.1-2007; USA: ANSI/NAAMM(MBG531-88); UK: BS4592-1987; Australia: AS1657-1985; Japan: JIS |
