Fibre cement boards

Fiber cement boards are cladding panels manufactured from various fiber materials (glass fiber, mesh, etc.), which are hidden in a cement mixture, the finishing layer of which is either kept natural and toned using pigments or painted or structured.

Fire Reaction Class A2-s1,d0
Easy to install
Weather-resistant
Silbonit white and grey fibre cement board
Fibre cement boards – Tartu Lõunakeskus private school

We offer fibre cement boards from manufacturers – SVK, KIVEX, Swisssbearl

Weatherproof and Strong!

Fiber cement tiles are primarily composed of cement, mineralized cellulose fibers, silica, and water.

These tiles are highly durable and perfectly suited for outdoor applications and ventilated façades.

For stone chipping finishes, we offer KIVEX PLUS façade and plinth tiles. These tiles feature a cement fiberboard base coated with epoxy resin and covered with natural stone chippings, providing both strength and a unique aesthetic.

Advantages of fiber cement boards

Fiber cement boards are well-suited for outdoor environments and for the ventilated façades we offer.

  • Durable and low maintenance
  • Weather-resistant (moisture, mold)
  • Non-combustible (Fire reaction class A2-s1,d0)
  • Easy and convenient to install
  • Standard colors can be treated with a transparent anti-graffiti coating.

Applications of fiber cement boards:

  • Residential buildings
  • Office buildings
  • Industrial and warehouse buildings
  • Schools and kindergartens
  • Balcony railings
  • Plinths and foundation coverings
  • Noise barrier walls

Frequently asked questions

Fiber cement boards can be attached to various subframe solutions:

  • Wooden subframe
  • Metal subframe
  • Aluminum structure

The simplest and quickest solution is to use an aluminum profile system. These profiles must be installed vertically, with a maximum spacing of 600 mm between them. The aluminum profile system consists of brackets and L- and T-profiles, designed according to the specific project requirements.

Please contact us for more information.

The boards must be secured to the profiles using flat-head screws, rivets, or concealed fixings. The number of fasteners per square meter depends on the size of the boards, wind load, and usage conditions.

We assist in selecting and designing the appropriate subframe and fastening solution according to the preferences of the building’s architect, client, and structural engineer. At the same time, we consider the building’s budget, façade complexity, and exposure to weather conditions. Additionally, we help design the correct fastening intervals and methods and provide training for installation teams if necessary..

Please contact us for more information.

We help select and design the appropriate subframe and fastening solution according to the preferences of the building’s architect, client, and structural engineer, while considering the building’s budget, façade complexity, and location in relation to weather conditions. Additionally, we assist in designing the correct fastening intervals and methods, and, if necessary, provide training for installation teams. We can also help find installation teams if needed.

Please contact us for more information.

Request a quote

We assist in selecting and designing the appropriate subframe and fastening solution according to the preferences of the building’s architect, client, and structural engineer.