Standing Seam Sheet Metal Fastener
SLIDING CLIP
Eurovent® SLIDING CLIP, made of stainless steel. It enables safe and durable fastening of standing seam sheet metal panels to roof or façade structures on boarded substrates or wood-based panels. The sliding clip is equipped with an element that allows limited movement of the roofing caused by the thermal expansion of the material. As a result, the roof covering or façade can move freely under changing temperature conditions, increasing durability and preventing waviness.
Advantages:
- Allows limited movement of the covering
- Quick and easy installation
- Stainless stee
Application and Technical Data
Eurovent® SLIDING CLIP provides safe and durable fastening of standing seam sheet metal panels to roof and façade structures. It can be used on boarded substrates or wood-based panels, especially in combination with a highly vapour-permeable roof membrane integrated with a separation mesh. The maximum distance between clips is 45 cm.
Fotos
System products
To achieve maximum durability and full functionality of the covering, Eurovent® SLIDING CLIP should be used together with:
- Eurovent® METALLIC roof membrane, recommended for standing seam sheet metal installations
- Eurovent® sealing and adhesive tapes
- Eurovent® vapour control membranes, which protect the roof structure from the inside
The use of complete Eurovent® system solutions ensures full watertightness, durability and safety of the entire roofing system.
Documents
GOOD TO KNOW
What is Eurovent® HAFTRA PRZESUWNA used for?
It fixes standing-seam metal sheets while allowing controlled longitudinal movement on roofs and façades.
Why must metal be able to move?
Metal expands and contracts with temperature changes. Preventing this movement can cause stress, buckling or waviness.
How does it differ from a fixed clip?
A fixed clip anchors the sheet, while a sliding clip allows controlled thermal movement.
What is it made of?
0.4 mm stainless steel.
What spacing should be used?
The product specifies up to 45 cm, but the actual layout should reflect wind and snow loads, sheet dimensions and system design.
