TIGRES T-JET technology
Corona for heat-sensitive surfaces
TIGRES T-JET offers indirect corona treatment with very little heat being transferred to the surface. This technology is ideal for pretreating heat-sensitive substrates.
Corona T-JET
T-JET head, close-up
T-JET generator
Head in action
Overview
The corona discharge is generated inside of the head between two electrodes and conveyed onto the surface by an air stream.
Whether using a single head for a processing width of 20 - 60 mm or using multiple heads lined up together for wider applications - this proven technology offers a solution for many different purposes. The innovative feature of this technology is the modulated, high-frequency electrical voltage. One generator can supply up to two nozzles.
Different process gases such as nitrogen can be used here, too.
Technical data Corona T-JET
| Output: | Approx. 400 W per head |
| Channels: | Max. 2 |
| Temperature: | Approx. 40° C |
| Carrier gas: | Air, nitrogen |
| Potential-free: | No |
| Transformer: | Internal |
| EDC technology: |
No |
| NDC2 technology: |
No |
Scalability
The technology can be adapted to any material width by varying the number of heads. Depending on the process parameters, the plasma treatment has an effective range of 10 - 40 mm.
Process integration
The supply lines to the Corona T-Jet heads can run parallel or perpendicular to the head.
Model
- Single head
- Two heads on one generator
Essential features of T-JET technology
The electrode generates a discharge (corona) that an air stream conveys onto the surface to be treated.
- A single generator can feed one single head or two heads
- Extremely powerful due to high-frequency modulation
- The system is suitable for all non-conducting substrates
- Proven, durable and inexpensive system solution
- Integrated fan means no compressed air is needed
