Areas of Expertise > Materials

Positive societal impacts with innovative and sustainable materials

We develop exciting materials using the latest research

Innovation in sustainable materials is an ongoing process and new developments are being made all the time. Some recent examples of innovative sustainable materials include:

  • Biobased materials
  • Nanocellulose
  • Smart textiles
  • Graphene and other 2D-materials

These are just a few examples of the many innovative sustainable materials currently being developed. Materials do not only offer exciting research opportunities. They are also creating great added value that will transform the world to a better world. At Chalmers Industriteknik we bring together cutting-edge research with real-world applications. Through collaborative innovation projects we empower research, industry and the public sector by introducing new exiting sustainable materials. We are committed to pushing state-of-the-art research & development to higher levels of readiness to generate positive impacts on society. Our experts have strong academic backgrounds in multiple material areas and will guide you in your material journey.

In our Areas of Expertise, we cover material development from ideation to deployment and make use of a range of different research results.

Ceramic materials have several important properties such as high strength, hardness and thermal stability. By developing new ceramic materials, it is possible to improve both performance, durability and cost-effectiveness within a range of different products and technologies.
Read more about Ceramic Materials
2D materials, including graphene, are an exciting new class of materials. Unique properties enable multifunctional applications, such as stronger plastics with good thermal conductivity. We work to speed up the commercialization of sustainable 2D material innovations.
Read more about Graphene & other 2D materials
Chalmers Industrial Technology works with sustainable chemistry to promote efficient use of resources and to reduce pollution, hazardous substances, energy consumption and waste.
Read more about Sustainable chemistry
Choosing more sustainable materials in design and manufacturing is an important part of reducing the carbon footprint of industry. Today, there are many opportunities to invest in, for example, renewable or recycled polymeric materials.
Read more about Plastics & Composites
Cellulose is the most common biopolymer on earth. It is a renewable and sustainable resource, making it an environmentally friendly choice. Cellulose is ideal for a wide range of applications, from packaging, paper, and disposable products to building materials, textiles or new advanced materials.
Read more about Cellulose-based materials
Chalmers Industrial Technology works with sustainable chemistry to promote efficient use of resources and to reduce pollution, hazardous substances, energy consumption and waste.
Read more about Textile
Ceramic materials have several important properties such as high strength, hardness and thermal stability. By developing new ceramic materials, it is possible to improve both performance, durability and cost-effectiveness within a range of different products and technologies.
Read more about Ceramic Materials
2D materials, including graphene, are an exciting new class of materials. Unique properties enable multifunctional applications, such as stronger plastics with good thermal conductivity. We work to speed up the commercialization of sustainable 2D material innovations.
Read more about Graphene & other 2D materials
Chalmers Industrial Technology works with sustainable chemistry to promote efficient use of resources and to reduce pollution, hazardous substances, energy consumption and waste.
Read more about Sustainable chemistry
Choosing more sustainable materials in design and manufacturing is an important part of reducing the carbon footprint of industry. Today, there are many opportunities to invest in, for example, renewable or recycled polymeric materials.
Read more about Plastics & Composites
Cellulose is the most common biopolymer on earth. It is a renewable and sustainable resource, making it an environmentally friendly choice. Cellulose is ideal for a wide range of applications, from packaging, paper, and disposable products to building materials, textiles or new advanced materials.
Read more about Cellulose-based materials
Chalmers Industrial Technology works with sustainable chemistry to promote efficient use of resources and to reduce pollution, hazardous substances, energy consumption and waste.
Read more about Textile

Do you want to know more?

Sofia Kihlman Öiseth

Group Leader Grafen

Contact me
Philip Gillgard

Group Manager Materials

Contact me

We are a research and development organization with a focus on innovation for a sustainable society. In close collaboration with researchers, academia, and industry, we develop new technical solutions, environmentally friendly materials, and circular business models that provide real benefits to our society.

Stiftelsen Chalmers Industriteknik

Sven Hultins Plats 1
412 58 Gothenburg
Sweden

info@chalmersindustriteknik.se

© Copyright Stiftelsen Chalmers Industriteknik 2025