7 Ways in Which the Fairphone Uses Plastics Sustainably
The Fairphone as a model for more sustainable electronics
Exclusively for K-Mag
14.01.2026
When high-tech creates major hurdles: smartphones consist of complex material composites made of metals, rare earths, glass and plastic. This makes recycling difficult. Resources are also lost when a phone is replaced after just a few years. Fairphone makes its smartphones sustainable and minimizes the environmental impact of a phone – with a modular design and recycled plastics.
In seven points, we show you why the Fairphone is a role model for sustainable design and how plastics play a key role in this. It turns out that the sustainable smartphone can also be an example for other electronics.
1. Material Efficiency and Modular Design
The modular architecture of the Fairphone extends the service life of key components. Phone parts such as the display, camera or speaker can be replaced individually. This reduces the need for new phones and therefore also plastic parts. Users only replace the defective element. The material intensity per life cycle is reduced.
According to Fairphone, the repair-oriented design leads to measurable reductions in material turnover and environmental cost.
2. Recyclates in the Housing
Fairphone integrates a high proportion of post-consumer recycled plastics in the smartphone housing. This reduces the demand for primary plastics and strengthens recycling processes.
3. Transparency in Material Procurement
The company publishes detailed information on the origin of relevant raw materials. This also includes polymer components and facilitates the traceability of material-related decisions.
4. Take-back Programs
Fairphone recycles phones from its own portfolio and from third-party suppliers. Plastics and other materials such as glass and metal are returned to recycling streams.
5. Packaging with Reduced Plastic Content
Fairphone mainly uses paper-based packaging for its smartphones. Plastics are avoided or replaced by recyclates.
6. Ecobalance Assessment Over the Entire Life Cycle
Fairphone documents CO₂, resource consumption and material efficiency in the Impact Report. The data also includes plastics as a separate material category: in 2024, the company consumed around 3,200 kg of plastics. Around 2,645 kg (83%) of these were recyclates.
7. Driving Force for Sustainable Plastic Applications
The design principles of the Fairphone show how polymer-based components can be made to last. With its own accessories (headphones/ear buds, chargers, cables), Fairphone also demonstrates the transferability from a phone to other electronic products.
Overview: Impact Key Figures of Fairphone
| Key figure (2024) | Value/ savings |
| Reduction of greenhouse gas emissions compared to 2022 | –48% |
| CO₂ equivalents saved through extended use | approx. 1,540 tons of CO₂e |
| Avoided freshwater consumption through extended use | > 550,000 m³ |
| Avoided consumption of raw materials | approx. 9 tons |
| Share of fair and recycled materials in the latest product | 69.5% |
A complete overview about the environmental cost can be found in Fairphone's Impact Report 2024.
The Fairphone Compared to Conventional Smartphones
The average service life of smartphones is around three years. If a smartphone is replaced during this period, significantly higher quantities of plastic and electronic waste are generated compared to five to six years of use.
The approximately 50% reduction in CO₂ emissions from Fairphone (compared to 2022) is an indicator that longer use and recycling of materials have a concrete effect on the environment.
Concrete comparative figures for the plastic and life cycle footprint of smartphones from larger manufacturers are rarely made public. This is precisely where Fairphone's value lies: through transparency and documentation, the company provides an accessible database that is otherwise rarely available in the smartphone industry.
Of course, the Fairphone is not one hundred percent sustainable, if only because there are limits to the recycling and reusability of materials. Fairphone admits this itself. Nevertheless, the company's devices are practical examples of material-efficient design that makes phones and other electronics sustainable and reduces the environmental impact.
Fairphone also demonstrates how plastic components and electronics can be seen not only as a short-lived consumer good, but also as a resource within a cycle. Modularity, durable design and recycling reduce the consumption of materials and the carbon footprint. Fairphone thus provides a model for a sustainable product strategy.
Timo Roth (Editorial team K-Mag)
