M&T Laihorinne

One building solution that can promote more ecological construction is the PVC hall. They offer a versatile, energy-efficient alternative to traditional buildings.

A sustainability perspective, recyclability and energy efficiency.

 PVC halls have emerged as a significant option in sustainable construction. Their flexibility, fast installation and versatile uses make them an attractive choice for many sectors. In this article we look at how PVC halls can advance the green transition from the perspectives of recyclability and energy efficiency.

A sustainability perspective

PVC halls offer a durable solution for many building needs. The PVC halls manufactured by M&T Laihorinne Oy are designed to last decades, which reduces the need for new building materials and lowers the environmental impact of construction. In addition, their steel structure is CE-approved and made of high-quality Nordic steel, ensuring the structure's strength and longevity.

Recyclability of a PVC hall and reuse of materials

PVC material is recyclable and can be reused. This is especially important when aiming to reduce the amount of plastic waste and promote the circular economy. For example, the roof and wall fabrics of PVC halls can be recycled into new products, and the steel frames are also 100% recyclable.

Many industry players are developing ways to increase the reuse of PVC materials in construction. The recyclability of plastics has been improved, for example, through the Construction Plastics green deal agreement, which aims to promote a sustainable cycle for building materials.

Energy efficiency of a PVC tarpaulin hall

PVC halls can be energy-efficient for several reasons. Their structural design allows large, pillar-free spaces that improve space utilisation and logistics. The light-coloured roof fabric lets natural light in, reducing the need for artificial lighting during the day. If the hall's utilisation rate drops or ends entirely, the hall can be relocated to a new site, so new construction can be replaced by moving the existing building. Energy efficiency is taken into account already at the design stage, including the fact that the buildings require no special foundation but can be anchored directly onto frost-free asphalt.

Examples from practice

Many companies have already moved to sustainable construction by using PVC halls. Logistics and industrial companies, for example, use them as warehouses, because building them is fast and inexpensive and the buildings leave no non-recyclable waste at the end of their life cycle.

PVC halls are also popular in agriculture, as they offer an energy-efficient, durable alternative to traditional production and storage buildings.

Conclusion

PVC halls offer a durable and environmentally friendly option. Their longevity, recyclability, environmental friendliness and energy efficiency make them an excellent choice for companies and organisations that want to advance the green transition and reduce their environmental impact.

• Read our earlier article PVC hall storage solutions vs. traditional buildings

  In this article we cover topics such as:

  • Cost-effectiveness of PVC halls

  • Flexibility of building a PVC tarpaulin hall