Australian project reference

FRP grating and access systems for industrial projects

High-Mat supplies FRP grating, handrails, structural profiles and access systems in Australia. A useful enquiry describes the full access route, support arrangement, loads, environment, dimensions and connections before individual components are selected.

High-Mat FRP crossover platform product rendering with stairs, grating and handrails
High-Mat crossover platform product rendering from the company website.

Access systems

Plan the complete route, not only one component

An FRP access arrangement may bring together stairs, platforms, grating, handrails and structural members. The approach, climb, crossing, descent and connection to the surrounding site should be described together.

High-Mat circular FRP handrail system and access stairs product rendering

FRP handrail systems

For a handrail enquiry, identify straight runs, corners, stairs, changes in level, key dimensions and the available fixing surfaces. This helps explain the required layout before posts, rails and fittings are reviewed.

View High-Mat FRP handrails
High-Mat FRP crossover structure over an industrial pipe product rendering

FRP crossover structures

Start with the obstacle: record its dimensions, required clearances, approach and exit routes, available footprint and known connection points. The frame, stairs, grating and handrails can then be considered as one access system.

View High-Mat crossover structures

Access planning checklist

Details that make an access-system enquiry clearer

Use a site sketch or marked-up drawing to show how people will approach, use and leave the access system. Final dimensions and connections require project-specific review.

Read the High-Mat access-system design checklist
  1. Route: approach, climb, crossing, descent and exit direction.
  2. Obstacle: width, height, nearby services and required clearances.
  3. Geometry: levels, available footprint, platform size and stair orientation.
  4. Interfaces: supporting structure, fixing surfaces and known connection points.
  5. Use: expected users, access frequency and any materials carried along the route.
  6. Environment: exposure conditions and project-specific performance requirements.

Product comparison

Moulded and pultruded FRP grating

Moulded fibreglass reinforced plastic grating by High-Mat

Moulded FRP grating

Bidirectional reinforcement can suit panel layouts that require practical cutting around penetrations and changes in direction. Final selection still depends on span, load, resin, mesh and surface requirements.

View moulded FRP grating details
Pultruded fibreglass reinforced plastic grating by High-Mat

Pultruded FRP grating

Continuous glass reinforcement gives pultruded grating directional stiffness along the bearing-bar direction. Support layout and orientation should therefore be confirmed during specification.

View pultruded FRP grating details

Enquiry checklist

Information to confirm before requesting FRP grating

Record these details on drawings or in the project enquiry so the grating type and panel arrangement can be reviewed against the actual application.

  1. Application: walkway, platform, access area, trench or drainage cover.
  2. Geometry: clear span, support width, bearing direction and required panel dimensions.
  3. Loads: uniform, concentrated and any project-specific load cases.
  4. Environment: chemical exposure, moisture, UV and relevant fire-performance requirements.
  5. Configuration: panel depth, mesh, resin system and surface profile.
  6. Installation: cut-outs, edge support, fixing type and site tolerances.

Next step

Prepare a clearer FRP grating enquiry

High-Mat Pty Ltd supplies moulded and pultruded FRP grating, handrails, structural profiles and access systems for Australian projects. Share the checklist information with project drawings so the relevant options can be discussed.

High-Mat Pty Ltd
Unit 3, 7 Sefton Road, Thornleigh NSW 2120
1300 474 715 ยท info@high-mat.com.au