VieTape AT5301 employ strong acrylic adhesives with exceptional long-term holding capabilities. The peel adhesion and tensile holding power of VieTape AT5301 surpass those of ordinary pressure- sensitive tape products. Furthermore, VieTape AT5301 are resistant to solvents, extreme temperatures, and UV light, making them suitable for a wide range of indoor and outdoor applications
APPLICATIONS
- This tape is versatile and appropriate for numerous indoor and outdoor industrial applications, often as a substitute for permanent fasteners like rivets, spot welds, and liquid adhesives. However, users must thoroughly test the tape in actual use conditions with intended substrates, particularly in extreme environmental conditions.
- This tape is capable of bonding various substrates, including sealed wood, many plastics, composites, and metals. However, some plastics, such as polyethylene, polypropylene, teflon, silicones, and other low surface energy materials, can present bonding challenges. Additionally, galvanized surfaces should be assessed carefully as they can pose potential issues. Evaluations are necessary when bonding to any questionable surface.
| Properties |
Value |
Note |
|
Adhesive Type |
Acrylic |
|
|
Thickness (ASTM D-3652) • Tape • Liner • Total |
1.1 mm 0.08 mm 1.18 mm |
|
|
Foam Density |
800 kg/m³ |
|
|
Adhesive Carrier |
Acrylic Foam cc |
|
|
Release Liner |
Printed Paper |
|
|
Tape Colour |
White |
|
|
Peel Adhesion to Stainless Steel |
44 N/10mm |
90° peel @ room temp, 72 hr dwell, jaw speed 300mm/min |
|
Static Shear Strength |
1500 g @ 20°C 500 g @ 66°C 500 g @ 93°C |
weight held for 10,000 mins to stainless steel with ½ sq in (3.23 sq cm) overlap |
|
Normal Tensile (T Block) |
970 kPa |
to Aluminium at room temp, 6.45 sq cm, jaw speed 50 mm/min |
|
Temperature Performance (Minutes/Hours) (Days/Weeks) |
150 °C 90 °C |
|
|
Solvent Resistance |
Most solvents, including gasoline, JP-4 jet fuel, mineral spirits, motor oil, ammonia cleaner, acetone, and methyl ethyl ketone, did not seem to cause any deterioration upon exposure to splash testing. The drying time required was only 20 seconds. |
|
|
UV Light Resistance |
Excellent |
|
