Plaform

What is Plaform?

Plaform is a next-generation polymer construction formwork that introduces revolutionary innovations to the construction industry.
It is a much more durable, long-lasting, and environmentally friendly alternative compared to plywood, plastic, and traditional formwork systems.

Thanks to its advanced polymer technology, it offers high impact resistance, 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 industry by saving both labor and time.
Compared to traditional formwork systems, it requires less maintenance, reduces operational costs in the long run, and helps you achieve excellent results in your construction projects.

Rediscover quality and durability in construction with Plaform!

Why Plaform?

Features

Size: 18 mm × 125 × 250 cm. 12–21 mm thickness options, compatible with 18 mm plywood.

Usage

Its ideal dimensions provide easy handling and greater
efficiency.

Ease of use

It differs from and outperforms first-generation PVC polymer construction formworks.

Durability

It maintains its durability against hard collisions, impacts, and blows.

Long-lasting

It provides at least 3 years of use even in harsh site conditions.

Recycling

Since recycling is based on weight (kg), there is no loss or waste.

FAQ

It is resistant to all kinds of weather conditions and adverse effects.

Nailing and cutting can be done just like with plywood material.

It can be stored and stacked in all types of environments and conditions.
It is unaffected by adverse conditions such as moisture, mold, water, pests, etc.

With its practical and ideal dimensions, it offers high efficiency in formwork and can be used together with 18 mm plywood.

Its expected lifespan is at least 3 years even under the toughest construction site conditions, making it highly durable.

It has top-level impact resistance and does not break or crack when dropped from significant heights or subjected to impacts.

It can be used. Based on technical test results, it is suitable for use both horizontally and vertically with grid and ridge systems.

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