NEAFS TEO Heating Device
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Description
NEAFS TEO Heating Device – 1700mAh Heat-Not-Burn System (Ireland)
The NEAFS TEO is a rechargeable heat-not-burn (HNB) tobacco heating device designed for use with compatible heating sticks. The system applies electronically regulated thermal energy without open combustion.
NEAFS TEO – Technical Quick Summary
- System Type: Heat-Not-Burn (HNB)
- Battery Capacity: 1700mAh Integrated Lithium-Ion
- Heating Temperature: Approx. 350°C (Controlled)
- Sessions per Charge: Up to 20 heating cycles
- Session Duration: ~5 minutes or 14–16 puffs
- Stick Compatibility: 7.2mm–7.5mm diameter
- Charging Interface: USB-C (5V regulated input)
What’s in the Box
- 1 × NEAFS TEO Heating Device
- 1 × USB-C Charging Cable
- 1 × Dedicated Cleaning Tool
- 1 × User Manual
Heating Architecture
The NEAFS TEO utilises a chipset-regulated heating chamber calibrated to operate at approximately 350°C. This controlled temperature range thermally processes tobacco material without initiating open flame combustion.
Heating Chamber Diameter: Optimised for heating sticks measuring approximately 7.2mm–7.5mm. Non-standard formats may result in improper seating or inconsistent thermal contact.
Operational Cycle
- Average session duration: ~300 seconds (~5 minutes)
- Puff limit per session: Approximately 14–16 puffs
- Up to 20 sessions per full battery charge
Session timing and heating behaviour are electronically controlled to maintain consistent thermal delivery.
Hardware Specification Matrix
| Component | Technical Specification | Operational Impact | Compliance Notes |
|---|---|---|---|
| Battery | 1700mAh Integrated Li-Ion | Up to 20 sessions per charge | WEEE disposal required |
| Heating Chamber | ~350°C regulated range | Controlled non-combustion heating | Factory calibrated |
| Session Timing | ~300 seconds (chipset controlled) | Standardised heating cycle | User puff cadence dependent |
| Charge Cycle Life | 300–500 full recharge cycles (nominal) | Long-term battery durability reference | Capacity degradation expected over time |
| Charging Interface | USB-C (5V input) | User rechargeable | Do not exceed manufacturer input limits |
Maintenance Protocol
- Use the supplied cleaning tool after approximately every 20 sticks.
- Remove residue from the heating chamber.
- Ensure the device is fully cooled before cleaning.
- Avoid applying mechanical force to internal components.
Regular maintenance supports consistent heating performance.
Battery & Charging Guidance
- Use regulated 5V USB charging source.
- Recommended charging current: 1A–2A.
- Avoid exceeding manufacturer specifications.
Cold Climate Guidance (Ireland)
- Below 10°C, battery discharge efficiency may decrease.
- Allow device to stabilise to room temperature before operation.
Regulatory Stability – Ireland (2026)
This product is intended for adult users (18+) in Ireland. Tobacco heating devices are regulated under Irish tobacco control legislation. No health or risk-reduction claims are made. Dispose of the battery unit via authorised WEEE Ireland recycling channels at end of life.
Batch-Specific Variance Clause: Batch-specific variance may apply; verify parameters printed on physical packaging before activation and use.
Frequently Asked Questions
Each session lasts approximately 5 minutes or 14–16 puffs, whichever occurs first. The 1700mAh battery supports up to 20 heating sessions per full charge under standard conditions. The heating chamber is optimised for sticks measuring approximately 7.2mm–7.5mm in diameter. It is recommended to use a regulated 5V charger within manufacturer specifications. Avoid exceeding recommended input limits.How long does one session last?
How many sticks can I use per charge?
Are all heating sticks compatible?
Can I use a fast charger?
Compatibility Last Verified
Configuration verified for NEAFS TEO Ireland retail format. Packaging specifications remain authoritative.
Technical Synergy
The 1700mAh battery combined with a chipset-regulated ~350°C heating chamber enables up to 20 controlled heating cycles per charge while maintaining consistent thermal behaviour across the operational lifespan.
Document Update Notice: This product description was last reviewed and updated on 16 February 2026.