Description
Spacious Non-Conductive Platform for Electrical Work
Electricians and maintenance teams require a stable low-level platform that provides secure footing near live equipment without the conductivity risks of metal alternatives. The TB Davies INSUL8-MWP-SQ Square Fibreglass Work Platform is manufactured from GRP fibreglass, offering insulation properties suitable for electrical and industrial environments. Its square 600 x 600mm anti-slip platform creates a more spacious standing area than narrower designs, supporting better balance and reduced fatigue during tasks. Locking clips secure the unit firmly when set up and allow rapid folding for transport, while the overall lightweight construction makes it practical to carry between jobs.
Practical Design for Site Mobility
The square platform combines a stable base with a fold-flat profile for compact storage in a van or workshop. GRP construction resists corrosion and weathering, supporting use in varied indoor and outdoor conditions. Rated to 150kg and covered by a 1-year warranty, the INSUL8-MWP-SQ provides a straightforward solution for professionals who need reliable, non-conductive access at modest heights without the bulk of larger equipment.
Quick-Read Summary
- GRP fibreglass construction suitable for electrical environments
- Spacious 600 x 600mm square anti-slip platform for improved footing
- Locking clips for secure setup and quick folding
- Folds flat for easy transport and storage
- 150kg load capacity and 1-year warranty
The HSE Store Advantage
Ordering the INSUL8-MWP-SQ through HSE Store provides practical support for professional buyers. Complimentary UK mainland delivery, 5-star rated service and technical assistance, and the knowledge that every order funds a native UK tree via Ecologi help streamline procurement. Over 95% of the wider range is British manufactured, and the team can assist with bulk quantities or specific requirements. Clear specifications and reliable availability support trades that need non-conductive square platforms without unnecessary delays.






















