Steel and Stainless Steel Grating - CUBE® Oyster
Plank grating with standard Oyster pattern for enhanced slip resistance acc. to BS 7976. Available in hot-dip galvanised steel (B-CUBE) or stainless steel (C-CUBE).
Walkway, platform or covering? Let us help you with your next project!
CUBE® gratings were introduced in April 2019, and immediately the success was evident.
Today, CUBE® gratings, treads and planks are used for various applications such as access walkways on bridges or as a strong platform with airflow in data centres or as decorative covering for facades and ceilings.
Due to the clean look and the high strength to weight ratio many engineers and architects are prescribing the CUBE® gratings for various projects where safety, design and cleanability are stated criteria.
As a new cost-efficient alternative to the traditional mesh grating, the PcP CUBE® grating series is suitable for various industrial applications such as building, construction and for the food and pharma industries.
Plank grating with standard Oyster pattern for enhanced slip resistance acc. to BS 7976. Available in hot-dip galvanised steel (B-CUBE) or stainless steel (C-CUBE).
Stairtread with anti-slip nosing and Oyster pattern for enhanced slip resistance. Available in hot-dip galvanised steel (B-CUBE).
Build your own grating or let us help you customise your project with mill finish steel planks (B-CUBE). Standard Oyster option for enhanced slip resistance.
C-CUBE® stair treads have a better strength-to-weight ratio than traditional mesh grating treads which means that strength is maintained while weight is reduced
To support you in the best possible way, we've made a documentation package available for you to download. The bundle contains 3D drawings of CUBE planks and treads ready to import into your own drawings. Also included are datasheets with standard dimensions and 2D drawings. In addition, we've added the presentation brochure and product certificates in PDF format. Don't hesitate to contact us, we're here to help.
CUBE gratings offer the highest safety, the best quality and many design possibilities. And guess what? It's more affordable than you think.
Mesh gratings have been the traditional choice for projects in the past decade.
For many years, mesh gratings have been used for projects in the building- and industry sectors for walkways, access platforms and stairs and numerous other applications. The new CUBE grating offers a new design and tested according to European standards allowing you to apply it as a better alternative to the traditional mesh grating.
Rethinking the traditional mesh grating
We have been in the market of gratings for more than a decade, always offering the same traditional mesh gratings. But last year, we decided it was time to create a new, improved grating series that offers the same physical properties as the traditional mesh gratings, but with a completely new and more appealing design.
The new CUBE® grating series represents the new alternative to mesh gratings and improved according to design and slip-resistance so you can apply it for any project where the traditional 33x33 mesh gratings are normally used.
No matter the industry or application, CUBE® is an improved alternative to mesh gratings and provides you with the benefit of high safety combined with a unique design at affordable prices.
Let us help you with your next project.
The slip resistance offered by the CUBE® is tested in accordance with BS 7976-2 and with DIN 51130.
Designed by PcP, the CUBE® is the latest innovation, new to the world and comes with a unique and modern design and manufacturing technology.
The CUBE® grating has the optimal balance between weight and strength making it a suitable and cost-efficient solution for all types of industrial applications.
We designed the CUBE® gratings to be simple and easy to install - saving valuable time and enabling quick commissioning.
In food and beverage industries where hygiene is important, the C-CUBE® grating is suitable and easy to clean.
CUBE® gratings comply with the European standard EN ISO 14122 for loading and BS 4592 Part 0: 2006 + A1:2012.