Oglaend System AS has been EN 1090-1 Certified
From now on Oglaend System can CE mark all products that are going to be used as structural components in buildings and structures in the EU and the EEA.
From now on Oglaend System can CE mark all products that are going to be used as structural components in buildings and structures in the EU and the EEA.
The economical and low weight cable ladder, LOE75, is now available in the corrosion resistant material ZM (Zinc-aluminium-magnesium) from our factory in Norway. ZM coated material has superior corrosion resistance compared to traditional hot dipped galvanization (HDG) and is more cost effective. It even has a self-healing effect, which provides protection to cut edges and perforations. One of many reasons why we recommend ZM material for environments up to C4 classification.
By utilizing our raised cover clamp solutions together with our cable trays with covers you are rewarded with more available space inside the tray and significantly improve ventilation to keep cabling cool.
Sometimes a complex challenge can be solved with only a few innovative products! Our new interface brackets are testament to that philosophy as they open for endless possibilities to install Mekano® triangular channels to rock bolt supports in tunnels. Now it's easy to apply our MultiGrid® installation system using rock bolts too!
Our new Equipment Towers are designed to withstand vibrations in some of the world's most harsh environments and are equipped with a range of smart solutions for safe and cost-efficient installation.
The flexible elbow for FTE50 cable trays in FRP material makes it easy to create horizontal direction changes on the tray’s span. You simply form it by hand in any angle from 0-90°. In addition, it can be used to create side steps. There are covers available that fit all installation angles.
We offer a complete system containing cable ladders, cable trays and support profiles – all produced in corrosion resistant fibreglass reinforced plastic (FRP/GRP). This system is designed to provide a substantial weight reduction, while maintaining strength and maximizing load capacity.