RK 679 High-Performance Protective Film - 50 mm x 3 m

Overview of RK 679 high-performance protective film

RK 679 high-performance protective film is a single-sided adhesive protective film with a stainless steel backing and rubber adhesive. It comes in 50 mm width and 3 m length and is 0.9 mm thick, allowing flexible use while reliably protecting closely fitting surfaces.

Its temperature resistance ranges from -30 °C to +80 °C, so the protection remains firmly attached during hot or cold work processes. The combination of stainless steel backing and rubber adhesive provides a robust, residue-free protective solution for stainless steel surfaces during assembly, transport or processing.

Temporary surface protection made of stainless steel

The film reliably protects stainless steel surfaces from scratches, dirt and marks. The robust stainless steel backing provides stability, while the rubber adhesive enables even adhesion and controlled removal without damaging surfaces.

Application tips

1. Clean the surface thoroughly before application.
2. Cut a piece to size and determine its position.
3. Place the protective film and press it down evenly, avoiding bubbles.
4. If necessary, peel it off slowly and reapply it to secure the edges.

Dimensions and specifications of RK 679

• Width: 50 mm
• Length: 3 m
• Thickness: 0.9 mm
• Backing material: Stainless steel
• Adhesive: Rubber
• Temperature range: -30 °C to +80 °C
• Article number: 41609

Construction: stainless steel backing with rubber adhesive

The construction of a robust stainless steel backing with rubber adhesive provides a reliable barrier against damage to metal surfaces. This combination is suited to applications requiring temporary protection without leaving residue.

Practical benefits of the material selection

The stainless steel backing provides stability under mechanical stress, while the rubber adhesive enables strong adhesion and removal without residue. The film is particularly suitable for short to medium-term use where space requirements must be minimised.