GI Sheet Weight: Detailed Guide with
Thickness, Dimensions &
Applications




In case you’re into material, cladding, or auxiliary creation, you’ve
likely come over GI sheet very as often as possible. GI sheet stands
for Galvanized Iron sheet, a steel sheet that has been plunged in a
defensive layer of zinc.

This zinc coating ensures the metal from rust and corrosion,
making it a well known choice for both residential and mechanical
applications.

https://www.aesteiron.com/weight-chart-calculator/gi-sheet-weight-calculator.html

When planning a structure, choosing the proper GI sheet weight is
truly critical. It straightforwardly impacts not just the cost, but
moreover the stacking, solidness, and by and large solidness of
your venture.

Why GI Sheet Weight Matters

The weight of a GI sheet depends on two fundamental
components:

✅ Thickness of the sheet (Gage or mm), Thicker sheets weigh
more.
✅ Measure or measurements, The length and width of the sheet
influence add up to weight.

For engineers and builders, this implies choosing the right
thickness to handle stacking, wind weight, and other push
conditions, without including pointless weight to the structure.

Thickness, Dimensions & GI Sheet Weight Explained

Here are a number of common thicknesses of GI sheets and their
approximate weights per square meter (Kg/m²) to allow you a
clear picture:


➥ 0.5 mm thick GI sheet: generally 4–5 kg/m²
➥ 0.7 mm thick GI sheet: generally 5.5–6.5 kg/m²
➥ 0.8 mm thick GI sheet: generally 6–7.5 kg/m²
➥ 1.0 mm thick GI sheet: generally 8–9.5 kg/m²
➥ 1.2 mm thick GI sheet: generally 9.5–11 kg/m²

This implies a 1 m × 1 m sheet of 0.5 mm thick GI will weigh
approximately 4–5 kg, whereas the same measurements at 1.0
mm thick will weigh about 9–9.5 kg.

Applications Based on Thickness and Weight

✅ 0.5 mm – 0.7 mm:
Appropriate for lightweight applications, material, divider cladding,
untrue ceiling, where stacking isn’t a gigantic thought.

✅ 0.8 mm – 1.0 mm:
Gives a great adjust of quality and weight. Regularly utilized in
mechanical material, agrarian structures, carports, and little
capacity buildings.

✅ 1.2 mm and over:
Gives heavy-duty auxiliary quality. Perfect for overwhelming
mechanical buildings, manufacturing plant rooftops, and zones
with overwhelming snowfall or solid wind weight.


https://www.aesteiron.com/weight-chart-calculator/gi-sheet-weight-calculator.html


https://www.aesteiron.com/weight-chart-calculator/gi-sheet-weight-calculator.html

Why Galvanized Coating Adds Durability

The zinc layer on the GI sheet avoids the base steel from reaching
discuss and water specifically, which diminishes rust and erosion.

This makes GI sheets more strong, low-maintenance, and
cost-effective within the long term, particularly in muggy or
coastal regions where standard steel would rust rapidly.

The GI sheet weight straightforwardly depends on its thickness and
measurements.

➥ More slender sheets (like 0.5 mm or 0.7 mm) weigh less and are
appropriate for lightweight structures.
➥ Thicker sheets (like 1.0 mm or 1.2 mm) weigh more and are
utilized where more prominent quality and steadiness are
required.

Utilizing the proper thickness spares you from over-engineering
and including pointless stacking to your structure, whereas making
beyond any doubt your building is solid sufficient to handle all
conditions.

Visit here for detail guide on GI Sheet:-
https://www.aesteiron.com/weight-chart-calculator/gi-sheet-wei
ght-calculator.html