Baumit StarSystem Nature - Sustainable Thermal EWI System

Baumit StarSystem Nature:
Renewable resource

Meeting the strictest health and environmental standards, the Baumit NatureSystem is an ecological alternative. Wood, a sustainable material, is the central component of this system. This protects valuable natural resources and helps to reduce CO2 emissions.

  • Wood fibre for natural insulation
  • Highly breathable
  • Noise reduction

The ecological way to insulate

This natural insulation stands out over the entire life cycle, from production to disposal, due to its low environmental impact, making it an environmentally friendly alternative.

The good thermal values, vapour permeability, noise reduction capabilities and ecological reasons make this environmentally friendly insulation very attractive.

Breathable insulation

The Baumit StarSystem Nature has good thermal insulation values, is water vapour permeable and is environmentally friendly due to wood being a renewable resource. 

The components not only have a high heat storage capacity, they are also breathable.


A natural system

Baumit StarSystem Nature uses wood fibre insulation to provide a highly vapour-permeable solution with excellent thermal performance and a focus on natural, sustainable construction. Furthermore, Baumit StarSystem Nature is a European Technical Assessment (ETA), and KIWA approved system.

With ETA and KIWA certification, the Baumit StarSystem is an external wall insulation system that you can rely on. 


Benefits

  • Sustainable and environmentally friendly
  • Improves the sound insulation
  • Good thermal values
  • Vapour permeable

System Components

Free from additives

The core of the system is made up of the  StarTherm Wood-fibre insulation boards. The multi-layered insulation boards are produced without any artificial binders. The timber’s own lignin serves to bind the wood fibres together. During production, the fine wood fibres are heated whilst being pressed so that the lignin becomes fluid and glues the wood particles together during cooling.