Stremaform® Stay-in-Place Formwork Australia
Stremaform® formwork elements are prefabricated, stay-in-place formwork systems used to create construction, working, expansion and controlled crack joints in reinforced concrete structures.
Designed for slabs, walls, foundations and major structural concrete applications, Stremaform® provides a fast and efficient alternative to conventional temporary formwork. Wright Stone Construction Systems supplies Stremaform® solutions for projects throughout Australia.
What is Stremaform®?
Stremaform® is a prefabricated stay-in-place formwork system designed for forming joints between separate concrete pours. Once positioned within the reinforcement, the formwork remains permanently within the completed concrete structure.
Unlike conventional temporary formwork, Stremaform® does not need to be stripped after concreting. This can simplify construction sequencing, reduce on-site labour and minimise the additional materials and handling associated with traditional joint formwork.
Stremaform® Joint Solutions
Construction & Working Joints
Stremaform® provides an efficient solution for forming defined construction and working joints between separate concrete pours while accommodating reinforcement where required.
Expansion Joints
Prefabricated Stremaform® expansion joint elements can separate concrete components where movement is required and can accommodate project-specific joint configurations.
Controlled Crack Joints
Stremaform® can also form predetermined controlled crack joints in reinforced concrete construction and can be integrated with suitable sealing solutions where required.
Stremaform® for Slabs, Walls and Foundations
Concrete Slabs
Ideal for dividing large slab areas into controlled concreting sections while accommodating reinforcement and required joint arrangements.
Concrete Walls
Used within reinforced concrete walls to create working, construction or expansion joints without conventional joint formwork removal.
Foundations
Particularly useful in heavily reinforced foundations where conventional formwork installation and stripping can be difficult or time-consuming.
Infrastructure
Suitable for complex civil and infrastructure projects requiring efficient concrete sequencing and reliable joint formation.
Benefits of Stremaform® Stay-in-Place Formwork
No Formwork Stripping
Stremaform® remains permanently within the concrete structure, eliminating the need to remove conventional joint formwork.
Faster Installation
Prefabricated elements reduce the amount of on-site fabrication and adjustment required during construction.
Reduced Labour
Less fabrication, stripping and disposal can reduce labour requirements associated with concrete joint formwork.
Custom Solutions
Stremaform® can accommodate different structural dimensions, joint configurations and complex project-specific requirements.
Stremaform® vs Conventional Formwork
Conventional Joint Formwork
- Fabricated and adjusted on site
- Requires supporting and fixing
- Must be stripped after concreting
- Additional labour and handling
- More temporary material usage
Stremaform®
- Prefabricated stay-in-place system
- Installed directly within reinforcement
- No stripping required
- Reduced on-site fabrication
- Consistent joint formation
Stremaform® Technical Support and Project Solutions
Not every concrete joint has the same requirements. Joint type, concrete dimensions, reinforcement, waterproofing, structural loading and construction sequence can all influence the appropriate Stremaform® solution.
Wright Stone Construction Systems works with contractors, engineers and project teams to identify suitable Stremaform® solutions for project-specific construction requirements.
Stremaform® Australia
Wright Stone Construction Systems supplies Stremaform® formwork solutions for reinforced concrete construction projects throughout Australia. From standard construction joints through to complex project-specific applications, our team can assist with your project requirements.
Contact Wright Stone with your drawings, specifications or project requirements.