Product details
Product information
At a glance
Brand
Indalex
Product type
Storage Containers & Pallets
SKU
PROPG
Availability
Available to order
Catalogue details
- Catalogue configurations
- 1
Description and applications
A high tensile aluminium safety gate built to secure the entry point of platform ladders on elevated work platforms and mezzanine floors. The gate mounts directly to the ladder structure, creating a positive barrier that stops workers from stepping into an open void when accessing upper levels. Its aluminium build keeps weight low while delivering the strength needed for daily industrial traffic.
The self-closing hinge action returns the gate to the shut position after each pass, removing the reliance on operators to latch it manually. This matters on busy sites where hands are full and attention is divided. The high tensile alloy resists deformation from repeated impact, and the aluminium finish withstands outdoor exposure without rust. Maintenance crews, warehouse pickers and plant operators all benefit from a gate that stays functional without constant adjustment.
The unit suits platform ladders in warehouses, factories and rooftop plant rooms where fall protection at access hatches is required. Safety officers specifying fall arrest upgrades and maintenance managers retrofitting existing ladder runs will find it a direct fit for the job.
- High tensile aluminium construction
- Self-closing hinge mechanism
- Mounts to platform ladder structures
- Corrosion resistant finish
- Lightweight for simple installation
- Suits industrial and rooftop access points
A high tensile aluminium safety gate built to secure the entry point of platform ladders on elevated work platforms and mezzanine floors. The gate mounts directly to the ladder structure, creating a positive barrier t...
Delivery, freight and returns
Lead time Available to order — call 1300 078 277 to confirm lead time
Delivery options depend on the product, quantity and postcode. Review delivery information or ask us to confirm bulky-item and site-access requirements.