Stay-in-place formwork for expansion joints Stremaform®
Decoupling of concrete components
Stremaform® formwork elements for expansion joints decouple components and absorb their movements within the joint. The elements are used as permanent formwork in floor slabs, ceilings and walls. The formwork elements are prefabricated by us to size, no stripping is required. Reinforcement and concreting can be continued independently and without interruption. We produce the expansion joint elements with the joint insert of your choice: Rigid foam, heat-resistant mineral wool or sound-insulating mineral fibre.
Faster and more cost-effective formwork compared to timber formwork
Reliable and functional formwork element
No dismantling or disposal of formwork material
Proven quality: Engineered in Germany for over 30 years
Impact sound insulation by bedding stair landings and arcades with the Egcotritt shear force dowel.
ProductImpact sound insulated shear force dowels Egcopal
Zemseal® sub-structure waterproofing system is the ideal sealing solution for high-grade basement applications. More information about the watertight system (white tank) from MAX FRANK.
ProductSub-structure waterproofing system Zemseal®
The transmission of vibrations emanated by rail vehicles is reduced by fixed tracks on floating bearings. The Egcodorn® DND shear force dowel is recommended for the coupling of the dynamically stressed joints.
NewsHow to: Decoupling of impact sound through mass-spring system in tunnel construction
MAX FRANK supplied Shearail® punching shear reinforcement and Stremaform® jointing formwork to Gallions Quarter – a multi-phase development, located in the Royal Albert Basin area of the Royal Albert Docks.
ProjectRoyal Albert Wharf: Gallions Quarter London
Select your type of structure in Max Frank Buildings to access the optimum technical product solutions for your construction project.
The joint designer facilitates the planning of working joints, controlled crack joints, expansion joints and functional joints in concrete - with and without water stop and force transmission