> Compliant and safe
- Wide range of connection components
- Safety components
- H20 formwork beams made from solid wood
> Wide range of applications
- Bridge construction, Single-sided formwork, Large-area wall formwork, Climbing formwork, Working and formwork platforms, Column formwork
> Time- and cost-efficient
- Optimized transport dimensions and on-site assembly reduce transportation costs.
- Fast, simple and flexible panel connections minimize the need for filler elements.
> Versatile and adaptable to any geometry
- Different lengths of FK profiles and H20 formwork beams allow virtually any dimension.
> Long service life
> Optimized for architectural concrete
- Plywood with freely selectable surface finishes can be mounted on H20 formwork beams, providing maximum control over the final concrete finish.
> Adaptable to the required concrete pressure
- Targeted structural design ensures the required load-bearing capacity, even with faster concrete placement and higher loads.
FK Walings
FK Walings consist of two UPN 100 steel sections and are available in lengths from 50 to 600 cm in 25 cm increments. Continuous boreholes allow easy attachment of props and connection components.
For higher load capacities, FormKIT can be upgraded with heavier double UPN steel sections featuring web heights from 120 to 160 mm.
FormKIT - Multifunctional formwork system
The multifunctional formwork system is highly adaptable, making it ideal for complex formwork applications in commercial, residential and infrastructure construction.
FormKIT enables fast execution, outstanding flexibility for demanding architectural designs, while reducing the required space on site.
A comprehensive range of well-designed system components ensures easy handling, minimizes additional work and increases flexibility on the jobsite.
With the support of experienced RINGER experts, you receive tailored solutions that optimize time, space and costs—ensuring safe, efficient and high-quality project execution.
Applications
RINGER FormKIT is the modular solution for customized formwork structures and infrastructure projects.
Bridge superstructure construction
FormKIT is suitable for bridge structures with constant and variable cross-sections, as well as solid and hollow sections and variable-depth structures. Formwork for the bridge deck and for straight or inclined walls can be assembled simultaneously. In addition, integrated components allow suspended cantilever formwork to be attached to previously cast girders, for applications such as wing walls and parapets.
Single-sided formwork with support frames
Where double-sided formwork or tie rods cannot be used, single-sided formwork provides an effective alternative. For lower walls, the FormKIT system can be used to create single-sided support frames. The system is anchored using tie loops, anchoring plates or threaded rods installed at a 45° angle to the wall.
Flexible large-area wall formwork
FormKIT is ideal for large-area wall formwork with high requirements for concrete surface quality and can be flexibly adapted to complex geometries. The system can be tailored to the required concrete pressure by varying the spacing and number of H20 formwork beams and FK Walings. Custom element sizes enable the realization of demanding architectural designs.
Climbing formwork for high-rise structures
For tall vertical structures without intermediate slabs, the formwork is suspended from the previously completed concrete section. This provides easy access to the concrete surface for reinforcement work and finishing operations. At the same time, the climbing formwork serves as a safe working platform. Additional safety is provided by concreting brackets on top of the formwork and suspended scaffolds below.
Fast and safe column formwork
FormKIT is also ideal for constructing large and tall columns exposed to high concrete pressures. Its high load-bearing capacity allows columns to be cast in a single pour over their full height—without construction joints or tie holes. This speeds up the construction process and ensures a uniform concrete finish throughout the entire column height.
