Ribbed metal sheet JID 200-375-750

galvanized steelfor roof

Product overview
The JID 200-375-750 is a load-bearing steel roof deck designed for flat roofs with a minimum slope of 3%. Intended for long spans, it is suitable for industrial, commercial and logistics buildings such as warehouses, production facilities and distribution centres. Available in multiple steel thicknesses and coil coatings to meet project requirements.

Applications

• Industrial buildings
• Commercial buildings
• Logistics buildings (warehouses, distribution centres)
• Production facilities

Dimensions
Length: Min. 1500.0 mm / Max. 23800.0 mm
Width: Max. 750.0 mm

Thickness & weight

• 0.75 mm: 11.78 kg/m²
• 0.88 mm: 13.82 kg/m²
• 1.00 mm: 15.7 kg/m²
• 1.25 mm: 19.63 kg/m²
• 1.50 mm: 23.55 kg/m²

Material & finish options

• Material: Steel S320 GD
• Available thicknesses: see Thickness & weight
• Coil coating options (example: Interieurcoating 912, 15 µ for indoor use)

Reference standards
Galvanized steel: EN 10346:2015 / EN 1090-4:2018 - tolerances according to EN 10143:2006
Coil coating: EN 10169:2022 / EN 1090-4:2018
Geometry tolerances: EN 1090-4:2018
Calculations: EN 1993-1-3:2006

Notes
Designed for flat roofs with a minimum slope of 3% and optimised for long spans to reduce secondary framing. Select coating and thickness according to building environment and applicable standards.

Technical specifications

• Model: JID 200-375-750
• Type: Highdeck / load-bearing steel roof deck
• Minimum roof slope: 3%
• Material: Steel S320 GD
• Length range: 1500.0 mm – 23800.0 mm
• Maximum width: 750.0 mm
• Available thicknesses & surface weights: 0.75 mm = 11.78 kg/m²; 0.88 mm = 13.82 kg/m²; 1.00 mm = 15.7 kg/m²; 1.25 mm = 19.63 kg/m²; 1.50 mm = 23.55 kg/m²
• Typical coatings: coil coating systems (e.g. Interieurcoating 912, 15 µ for indoor use)
• Reference standards: EN 10346:2015, EN 1090-4:2018, EN 10169:2022, EN 1993-1-3:2006
• Typical uses: industrial, commercial, logistics and production facilities where long spans and high mechanical resistance are required
• Reduces need for secondary framing, optimising structural cost