Nationwide Metal Stud Partitioning
At Construction Interior Design, we work across the UK and undertake all forms of metal stud partitioning work:
- Lightweight partition systems
- Curved partitioning
- Robust partitioning
- Extreme partitioning
- Sound rated partitioning
- Quiet wall partitioning
- Shaftwall partitioning
- Secure partitioning
- Firewall partitioning
Our varied systems are used in a wide range of premises including offices and homes, and may be used as part of new build or refurbishment projects. For further information on office partitions, we welcome you to contact us.
We have a dedicated team that has a great deal of experience in taking pre-designed projects and bringing them to life. We will tailor our builds to suit your exact requirements, and our systems may be designed to meet all thermal, sound, fire, and impact resistance specifications.
A wide variety of finishing techniques may be chosen from to complete your partitioning wall, including joint and taping, skim coat plaster, and Sheetrock Prospray. The chosen method will depend on your desired finish.
The Benefits of Metal Stud Partitions
At Construction Interior Design, we have a wealth of experience in creating metal stud partitioning to break up large rooms into multiple smaller dwellings.
As professionals in the construction industry, we have worked with a wide variety of materials and see firsthand the advantages of metal stud partitions. Being fixed in place with screws and weighing much less than their traditional, timber counterparts, the installation of these partitions is efficient to support the smooth running of the project. Furthermore, metal stud partitions are durable and economical, providing a great multi-purpose solution for your residential, commercial or industrial space.
Construction Interior Design
Based in Oakham, and with over our 25 years in the industry, we have worked in shopping centers, offices, new builds, and on numerous refurbishment projects. You can see examples of our work over on our dedicated project page.