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Heavy Duty Square Mesh FRP Walkway Panels

Heavy Duty Square Walkway Mesh FRP Panels

Heavy Duty Square Walkway Mesh FRP Panels

Heavy Duty Square Mesh FRP Walkway Panels

When it comes to providing secure and robust walkways in industrial settings, the Heavy Duty Square Mesh FRP Walkway Panels are unmatched in terms of safety and durability. Constructed from Fibreglass Reinforced Plastic, these walkway mesh panels offer a slip-resistant surface, ensuring workers have a dependable footing in various conditions, including wet or oily environments.

The material selection for this walkway system not only provides superior strength and impact resistance but also contributes to their longevity. Being UV-stabilized, the panels withstand the elements when used outdoors, resisting fading and degradation. Moreover, their high load capacity suits industrial applications perfectly, where heavy equipment and constant foot traffic are common.

The resilience of the Heavy Duty Square Mesh is further emphasised by its non-corrosive nature, making it suitable for chemical plants or coastal areas where saltwater can significantly shorten the lifespan of other materials. Its versatility is also seen in its non-conductive and non-magnetic properties, adding another layer of utility and safety in sensitive working conditions.

These sheets can be used as stair treads nosing, as a custom design to meet your site requirements.

Safety and Efficiency

The safety features of the Heavy Duty Square Mesh Walkway Panels are designed to meet the needs of modern industries, with an open structure that helps prevent liquid accumulation and allows airflow. With a primary focus on preventing falls and slips, the surface texture provides excellent grip.

They are also compliant with various safety regulations, ensuring that facilities meet the required safety standard, including AS 1657 in Australia, without considerable alterations or maintenance. The open pattern also supports quick drainage and helps prevent puddling in wet work areas.

These panels are often interchangeable with a wide range of our products if lightweight or insulated materials are required. Typically, our galvanised steel flooring or aluminium perforated flooring can be interchanged, with a design fee.

Usage Scenarios

  • Chemical Plants and Refineries: The chemical resistance of the panels is crucial where spills can create hazardous conditions. Perfect for industrial flooring settings.
  • Marine Applications: Their resistance to corrosion makes them ideal for docks, ships, and other areas with high exposure to saltwater.
  • Electricity and Telecommunication Housings: The non-conductive property prevents risk of electric shock, ensuring safety around electrical systems.
  • Transit Systems: Stations and platforms benefit from the durable, low-maintenance walkways able to withstand high foot traffic and environmental stress.

Why choose SafeSmart FRP panels?

FRP panels are made by combining fibreglass reinforcement with a resin system, then curing the material into a strong, rigid panel.

The fibreglass provides strength, while the resin binds the fibres together and helps protect the panel from moisture, chemicals and corrosion.

Depending on the application, FRP panels can be manufactured as solid sheets, structural panels or sandwich panels with a lightweight core. Different resin systems and surface finishes can also be used to suit the environment.

  • Can you drill FRP? Yes. FRP can be drilled, cut and machined with normal workshop tools, although carbide or diamond-tipped tooling is better for drilling because the glass fibres are abrasive. Holes should be drilled cleanly to avoid splintering or damaging the laminate. For structural applications, hole size, edge distance and fixing method still need to be considered.
  • What are the strands? The “strands” are glass fibres embedded in the resin. They are what give FRP much of its strength. Depending on how the panel is made, the fibres might be chopped randomly, woven into mats, or run continuously in specific directions. Continuous fibres generally give higher strength in the direction they run.
  • Are FRP panels good for ramps? Yes, but the right FRP product matters. FRP is commonly used for ramps because it is lightweight, corrosion-resistant, and can have a very good slip-resistant surface. For pedestrian or access ramps, FRP grating or FRP plate with a grit/anti-slip surface is usually more suitable than a smooth flat laminate.

For customers, the main benefit is a panel that is lightweight, corrosion resistant, electrically non-conductive and relatively easy to cut and install, making FRP well suited to industrial, infrastructure, mining, utilities and access applications.

  • This anti-slip surface is perfect for industrial purposes. It has a great coefficient of friction and will not reduce the load-carrying capacity like serrated steel grates can do.
  • Slip-resistant surface for enhanced safety
  • UV-stabilized for longevity in outdoor conditions
  • High load capacity for industrial use
  • Non-corrosive and chemical resistant
  • Light Weight, High Strength & Easy Installation
  • No hot work or welding is required
  • Environmentally friendly
SKU: CUSTOMMESH
Mesh Flooring
Customised FRP walkway mesh. Add to your cart to change out flooring on select products.

Product Description

When it comes to providing secure and robust walkways in industrial settings, the Heavy Duty Square Mesh FRP Walkway Panels are unmatched in terms of safety and durability. Constructed from Fibreglass Reinforced Plastic, these walkway mesh panels offer a slip-resistant surface, ensuring workers have a dependable footing in various conditions, including wet or oily environments.

The material selection for this walkway system not only provides superior strength and impact resistance but also contributes to their longevity. Being UV-stabilized, the panels withstand the elements when used outdoors, resisting fading and degradation. Moreover, their high load capacity suits industrial applications perfectly, where heavy equipment and constant foot traffic are common.

The resilience of the Heavy Duty Square Mesh is further emphasised by its non-corrosive nature, making it suitable for chemical plants or coastal areas where saltwater can significantly shorten the lifespan of other materials. Its versatility is also seen in its non-conductive and non-magnetic properties, adding another layer of utility and safety in sensitive working conditions.

These sheets can be used as stair treads nosing, as a custom design to meet your site requirements.

Safety and Efficiency

The safety features of the Heavy Duty Square Mesh Walkway Panels are designed to meet the needs of modern industries, with an open structure that helps prevent liquid accumulation and allows airflow. With a primary focus on preventing falls and slips, the surface texture provides excellent grip.

They are also compliant with various safety regulations, ensuring that facilities meet the required safety standard, including AS 1657 in Australia, without considerable alterations or maintenance. The open pattern also supports quick drainage and helps prevent puddling in wet work areas.

These panels are often interchangeable with a wide range of our products if lightweight or insulated materials are required. Typically, our galvanised steel flooring or aluminium perforated flooring can be interchanged, with a design fee.

Usage Scenarios

  • Chemical Plants and Refineries: The chemical resistance of the panels is crucial where spills can create hazardous conditions. Perfect for industrial flooring settings.
  • Marine Applications: Their resistance to corrosion makes them ideal for docks, ships, and other areas with high exposure to saltwater.
  • Electricity and Telecommunication Housings: The non-conductive property prevents risk of electric shock, ensuring safety around electrical systems.
  • Transit Systems: Stations and platforms benefit from the durable, low-maintenance walkways able to withstand high foot traffic and environmental stress.

Why choose SafeSmart FRP panels?

FRP panels are made by combining fibreglass reinforcement with a resin system, then curing the material into a strong, rigid panel.

The fibreglass provides strength, while the resin binds the fibres together and helps protect the panel from moisture, chemicals and corrosion.

Depending on the application, FRP panels can be manufactured as solid sheets, structural panels or sandwich panels with a lightweight core. Different resin systems and surface finishes can also be used to suit the environment.

  • Can you drill FRP? Yes. FRP can be drilled, cut and machined with normal workshop tools, although carbide or diamond-tipped tooling is better for drilling because the glass fibres are abrasive. Holes should be drilled cleanly to avoid splintering or damaging the laminate. For structural applications, hole size, edge distance and fixing method still need to be considered.
  • What are the strands? The “strands” are glass fibres embedded in the resin. They are what give FRP much of its strength. Depending on how the panel is made, the fibres might be chopped randomly, woven into mats, or run continuously in specific directions. Continuous fibres generally give higher strength in the direction they run.
  • Are FRP panels good for ramps? Yes, but the right FRP product matters. FRP is commonly used for ramps because it is lightweight, corrosion-resistant, and can have a very good slip-resistant surface. For pedestrian or access ramps, FRP grating or FRP plate with a grit/anti-slip surface is usually more suitable than a smooth flat laminate.

For customers, the main benefit is a panel that is lightweight, corrosion resistant, electrically non-conductive and relatively easy to cut and install, making FRP well suited to industrial, infrastructure, mining, utilities and access applications.

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