e-slide joint
The e-slide floor joint is our new solution for concrete industrial floors with lower load requirements.
The appropriate choice for a construction joint should always happen at the design stage.
The strength of the floor is determined by how two slabs are connected. The difference between joint solutions is happening below the surface.
Why e-slide?
We developed e-slide construction armoured joint for concrete industrial floors that do not require very high load transfer capacities for slabs of up to 200mm thickness. The e-slide construction joint has a continuous "omega" load transfer mechanism and also uses the continuous 3D anchorage system.
Depending on the load requirements, you can then choose which joint is better for your industrial floor. HCJ provides the necessary (and free design checks to choose the right product.
Value to the customer:
✅ Continuous "omega" load transfer system (no dowel technology)
✅ 3D anchorage system
✅ Shock and vibration-free
✅ Less repair cost
Video
Load transfer performance calculator
Check load transfer performance of your systems
Documentation
Installation instruction for e-slide/e-straight
e-slide brochure
e-slide technical data sheet
e-slide load transfer capacity
CE certificate e-slide joint
Declaration Of Performance e-slide joint
Related products
HC Mini Omega
The range of the HC-Mini Omega joint is especially designed for applications in industrial floors on elevated bearing slabs, stage floors, parkings on roofs and also in small industrial floors in buildings and private houses.
Cosinus Connect joint
A special joint with a 2mm connecting plate which enables the anchorage to connect into existing concrete floor slabs.
Sinus Slide repair joint
In cases where serious damage has occurred at joint in the industrial floor, only a durable repair is of any use. It is important to eliminate the cause of the damage, which is often the impact of passing wheels. The application of the Sinus Slide solution in this instance has been shown to be a highly effective method of reparation at joint.