Skip to main content

ThermicBoard Pro

More insulation. More innovation.
More efficiency.

With ThermicBoard PRO, we set out to transform what seems like a simple element into an advanced construction system that incorporates maximum insulation, efficiency and innovation. The result of this ambitious vision is a panel characterised by a rigid EPS core, reinforced on both sides with fiberglass fabric and coated with high-performance adhesive cement. This combination of materials provides optimal support for finishing applications, ensuring a complete and highly performing system for your construction needs. ThermicBoard PRO is not just a panel but a step forward in the field of construction solutions, synthesising insulation quality, efficiency and innovation to meet the modern challenges of construction.

Certificates & Test reports

Marine Equipment Directive

Trade name

FoamMED


Up to 44 mm thickness according to the Solas directive.


High stability with low self-weight.


Innovative construction system for custom designs with thicknesses over 44 mm.

ASTM E 84 (USA)

Trade name

ThermicBoard FM


Fire reaction class with stoneware-type coating: “class A“.


High stability and thermal insulation capacity.


Perfect support for any finish up to 25 mm thick.

Small details
for a great system

Every tiny detail has undergone careful design process, aimed at ensuring optimal performance in terms of precision, speed and ease during the delicate installation phase. Let’s explore together some of the distinctive features that give our system unparalleled uniqueness in its kind.

Structure

F-joint interlocking

The concept appears simple but presents numerous details, such as the chamfer that facilitates the joining and gluing between the two panels without creating additional thicknesses.

Technologies svg+xml;charset=utf
Structure

Roof-to-wall joint

A simple detail, with surprising results, ensuring precise and easy installation, making our structures even more insulated and efficient.

Technologies svg+xml;charset=utf
Structure

Predisposition

Machined, milled, and integrated: this component is defined with a professional insertion designed to offer you extremely functional guarantees and performance.

Technologies svg+xml;charset=utf

What to insert is up to you.
As for the how, we've got it covered.

We make any insertion unique. Because our way of doing it is unique. Completely designed, developed, and assembled in Italy. Thanks to the innovative and technological capabilities of Foam Made LAB, we bring ideas and products to life, inserted with meticulous precision, into the embracing core of our panels.

Research & Development

Elegance infuses vapor

With neuve, we aimed to achieve the impossible: transforming a classic steam input into an elegant design object that encapsulates advanced solutions for your finishes. Its shell, with unmistakable lines, is made entirely of stainless steel, designed to withstand the test of time in high thermal stress environments. Available in both glossy and matte finishes, Neuve is highly versatile and adapts well to any type and thickness of coating you choose.

2-in-1 air and steam input

100
Stainless steel AISI 304
Technologies svg+xml;charset=utf

Why choose polystyrene for wellness structures

The choice of polystyrene for wellness structures can be motivated by several advantages this material can offer.

Thermal and acoustic insulation:

Polystyrene has excellent insulating properties, both thermal and acoustic. This is particularly important in wellness structures where thermal comfort and noise reduction can contribute to user well-being.

Lightness:

Polystyrene is a lightweight material, which facilitates transportation and handling during construction. This characteristic can reduce construction times and costs associated with material transportation and handling.

Design flexibility:

Polystyrene can be easily molded, allowing for greater design flexibility. This feature is useful for creating unique and customised architectural forms, which may be desired in wellness structure projects.

Eco-compatibility:

EPS has a lower environmental impact in production and processing compared to many other insulating materials.
It returns to the environment what is required in production with a significantly positive ecological balance thanks to guaranteed energy savings over the years.