Product overviewNitto 5015P is a high-performance double-coated tape with a PET carrier coated on both sides with pressure-sensitive acrylic adhesive. It delivers a well-balanced combination of holding power, adhesion, and tack, ensuring strong and reliable bonding across a wide range of substrates, including those with low surface energy. The tape offers excellent repulsion resistance over a broad operating temperature range, while the PET carrier provides dimensional stability and easy converting.
Features- High adhesion on low surface energy substrate
- Polyvalent on different substrates
- Excellent ageing properties
- Wide operating temperature range
- Excellent repulsion resistance
- Dimensional stable liner
- Easy converting
StructurePET carrier coated on both sides with pressure-sensitive modified acrylic adhesive; siliconized white PE coated paper release liner (125g/m²).
PropertiesTape thickness: 0.100 mm — Test Method: EN 1942
Adhesive type: Modified acrylic — Test Method: n/a
Release liner type: Siliconized white PE coated paper (125g/m²) — Test Method: n/a
Carrier type: PET (0.012 mm) — Test Method: n/a
Adhesion to BA steel: 1600 cN/20mm — Test Method: EN 1939 / ISO 29862
Adhesion to ABS: 1500 cN/20mm — Test Method: EN 1939 / ISO 29862
Adhesion to PP: 1000 cN/20mm — Test Method: EN 1939 / ISO 29862
Static shear: 1 mm/3h — Test Method: EN 1943
Saft test: 135°C — Conditions: +0.5°C/min, 20x15mm, 200g
ApplicationsNitto 5015P is a mounting tape used to bond graphic overlays, plastic plates and molded parts, including low surface energy materials.
Caractéristiques / spécifications techniques- Tape thickness: 0.100 mm (total thickness without liner)
- Adhesive type: Modified acrylic
- Release liner: Siliconized white PE coated paper (125g/m²)
- Carrier: PET (0.012 mm)
- Adhesion to BA steel: 1600 cN/20mm (EN 1939 / ISO 29862)
- Adhesion to ABS: 1500 cN/20mm (EN 1939 / ISO 29862)
- Adhesion to PP: 1000 cN/20mm (EN 1939 / ISO 29862)
- Static shear: 1 mm/3h (EN 1943)
- Saft test: 135°C (+0.5°C/min, 20x15mm, 200g)