Every construction project has one primary goal: to build a structure that is strong, safe, and durable. However, failure often does not stem from major mistakes, but rather from negligence of crucial small details. One such detail is the selection of grating without considering its load capacity. On the surface, grating may seem like a simple element, but if used without careful calculation, the consequences can be fatal—ranging from deformation and workplace accidents to structural collapse.

What Is Grating Load Capacity?

Grating load capacity refers to the ability of a grating panel to withstand a certain load without experiencing deformation or structural failure. Factors that affect this capacity include:

• Grating dimensions (selection of grating height H25, H30, H38, H50)

• Span length or distance between supports

• Type of load applied (concentrated or distributed load)

Data as presented in the Origa Mulia catalog shows comparisons between grating types, the maximum load they can support, and deflection values under each condition. This information serves as a crucial foundation in structural design.

Risks of Ignoring Load Capacity

Using grating without considering its load capacity can result in:

• Overloading that causes the grating to bend, crack, or even break

• Total collapse of the supporting structure, especially when used for heavy vehicles or industrial machines

Such errors often occur due to assumptions or failure to thoroughly read technical data.

Case Study Based on Load Capacity Table

For example, the HI-GRID MG38x38 H25 type is ideal for light-duty applications, while the HI-GRID MG38x38 H50 type has a higher load-bearing capacity, making it more suitable for heavy-duty requirements. Using a light-duty type for heavy applications not only accelerates damage but also poses a potential risk for workplace accidents.

The table provided by Origa Mulia also shows that span variation greatly affects the product's load-bearing capacity. The greater the span, the higher the risk of deflection or even collapse if accurate calculations are not made.

Solution: Use Valid and Tested Data

By using the load bearing capacity table provided by official manufacturers such as Origa Mulia, you can:

• Ensure the grating selection matches the actual load in the field

• Determine the ideal span to avoid deformation

• Guarantee long-term operational safety

Each project has different challenges, and selecting the correct grating is a fundamental step to ensure a safe and efficient structure.

Contact Origa Mulia for Industrial Grating Consultation

Origa Mulia provides a variety of FRP grating options with clear technical data that have been tested for durability. Our technical team is ready to assist you in determining the best specifications for your project needs.

Visit our website to view the complete catalog and get grating solutions that are safe, strong, and long-lasting.