New Generation Polymer Construction Formwork Platform
What is Platform?
Thanks to its advanced polymer technology, it exhibits high resistance to impacts, is resistant to water and chemicals, and has a very low wear rate.
Plaform is one of the most efficient and durable formwork solutions for modern construction projects, making a difference in the sector by saving labor and time. Compared to traditional formwork, it requires less maintenance, reduces operational costs in the long run, and ensures you achieve excellent results in your construction projects.
Rediscover quality and durability in construction with Plaform!
Why Platform?
Features
Dimensions: 18 mm x 125 x 250 cm. Thickness between 12–21 mm, compatible with 18 mm plywood.
Usage
Provides ease of use and efficiency with ideal usage dimensions.
Convenience
It is different and more advantageous than first-generation PVC Polymer construction forms.
Durability
Maintains its resistance against hard collisions, impacts, and strikes.
Long-Lasting
Offers a service life of at least 3 years even under the most challenging job site conditions.
Recycling
Since recycling is weight-based (kg), it incurs no reduction or waste.
Frequently asked questions?
It is resistant to all types of climatic conditions and adverse weather.
Nailing and cutting operations can be performed just like with plywood material.
It can be stored and stacked in all kinds of environments and conditions. It is not affected by unfavorable environmental conditions (moisture, mold, water, pests, etc.).
With its convenient and ideal dimensions, it provides top-level efficiency in formwork, allowing combined use with 18 mm plywood.
Even under the toughest construction site conditions, the expected lifespan is a minimum of 3 years, making it as long-lasting as possible.
Its impact resistance is at the highest level; it does not break or crack upon dropping from high distances or receiving impacts.
Yes, it can. Considering the technical results obtained in test reports, it can be used horizontally and vertically with grid and ridge systems.