White Self Adhesive Protection Foam with Non Residue Acrylic Adhesive
Part number: PS270
Self Adhesive Protection Foam provides high performance, clean and aesthetic protective packaging on fragile and even difficult surfaces, replacing standard protection such as film, bubble film, adhesive tape and protective tape.
PS270 Self Adhesive Protection Foam provides high performance, clean and aesthetic protective packaging on fragile and even difficult surfaces, replacing standard protection such as film, bubble film, adhesive tape and protective tape. It is quick and easy to apply, and reapply, and leaves no residue or adhesive marks.
Packstat PS270 is designed to adhere to a wide variety of substrates to form a protective barrier against scratches, bumps and general contamination of high value or sensitive materials in the aerospace industry such as aircraft seat shells. Apply at the start of a production line and dramatically reduce the number of defects and costly reworks due to surface damage. Can be left on for shipping purposes and removed cleanly when required.
A Lower tack alternatives suitable for sensitive finishes are also available.
Protection Foam can provide goods with protection during handling or transportation (as a packaging material) and is suitable for use on plastics, glass, ceramics, varnished woods, metalized surfaces, bi-composant varnishes, metal and even on very delicate or fragile surfaces. It is non-toxic, high performance and economical.
Its applications include:
PS270 is available in various size rolls to suite your requirements or cut to bespoke shapes through our CNC Waterjet System.
Features and Benefits
- Quick and easy to apply, and reapply
- Leaves no residue or adhesive marks.
- Colour: White
- Size: 2mm Thick x Upto 1250mm Wide x 25m Long
- Available on rolls or cut to bespoke shapes for all your protection needs.
- Reinforcement Polyethylene Film: 50 Micron
- Adhesive: Acrylic
- Total Thickness: 2.06 mm
- Adhesion to Steel: 4.5 N/25mm
- Tensile Strength: >30 N/25mm
- Elongation at Break: <200 %