|
model |
Applicable packaging tape size |
Maximum tensile force |
air pressure |
Tool size |
weight |
|
|
bandwidth |
tape thickness |
|||||
|
QT-19 |
13-19mm |
0.5-1.2mm |
3500N/6000N |
0.5-0.7Mpa |
279*150*173mm |
3.8kg |
|
QT-25 |
16-25mm |
0.5-1.2mm |
3500N/6000N |
0.5-0.7Mpa |
279*150*173mm |
3.8kg |
|
QT-32 |
25-32 |
0.8-1.2mm |
4000N |
0.5-0.7Mpa |
279*150*173mm |
4.2kg |
Principle:
1. The pneumatic strapping machine is of the friction hot melt type, which uses high-speed friction to overlap plastic strips and generate heat for bonding, hence it is called friction hot melt.
2. Introduce compressed gas into the cylinder piston, which is connected to the upper part of the vibrator by a shaft bolt. The vibrator vibrates back and forth and presses the friction plate together to bond the overlapping part of the binding tape.
3. There is an elliptical hole in the middle of the vibrator, where the eccentric shaft of the fan blade motor rotates back and forth.
4. The air motor rotates at high speed, with a maximum speed of 10000rpm, causing the vibrator to move at high speed like a pendulum.
5. The lower binding tape is fixed on the plywood by the triangular teeth of the bottom die; The upper strapping is bonded due to the intense vibration of the triangular teeth of the vibrator and the heat generated by friction with the lower strapping.
Operational advantages:
1. Pneumatic tensioning, bonding, and tape cutting. The joint does not require iron buckles, but is bonded by friction heating, which makes the joint firm and beautiful, and meets international environmental protection requirements.
2. Pneumatic motor drive, low noise, extremely low failure rate. Easy to use, no need for power supply, high operational safety.
3. Patent application, fatigue free design, lightweight machine, can be carried or hung for use.
4. The machine has high durability, and all the body and components are made of high-strength alloy materials.
5. Strong tightening force, especially suitable for packaging products such as steel, aluminum profiles, wood, stone, chemical fibers, etc.
