Pros
- Water pipe compatible at a very affordable price
- Ceramic heating chamber for clean draws
- Vibration notification at target temperature
Cons
- Minimal international community support
- Limited temperature control
- 50-second heat-up slightly longer than competition
BLK Nova — Price Comparison (1 Shop)
Last updated: 30/04/2026, 10:39 AM
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Specifications
| Specifications | |
|---|---|
| Heating Method | Convection |
| Device Type | Portable |
| Brand | BLK |
| Power Source | Battery |
| Heat-up Time | 50 seconds |
| Battery Capacity | 1600 mAh |
| Weight | 80 g |
| Warranty | 1 year |
| Water Pipe Compatible | View water pipe adapters |
| Session Mode | Session |
| Vapor Path | Isolated |
| Replaceable Battery | No |
| Passthrough Charging | No |
Source: BLK VapeOfficial, Vape4EverOfficial, VapesourcingRetailer · Verified 19.02.2026
About this vaporizer
The BLK Nova by Kingtons is an affordable portable convection vaporizer in aluminum with a U-shaped heat dissipation system, ceramic heating chamber, and water pipe compatibility. For under €50 it offers vibration notification when target temperature is reached, anodized aluminum housing, and basic temperature control — ideal as an entry device with bong adapter.
- Water pipe compatible at a very affordable price
- Ceramic heating chamber for clean draws
- Vibration notification at target temperature
- Minimal international community support
- Limited temperature control
- 50-second heat-up slightly longer than competition
Der BLK Nova von BLK ist ein tragbarer Vaporizer mit Konvektion-Heizung und 1600 mAh Akku. Maximaltemperatur 220 °C. Aufheizzeit liegt bei 50 Sekunden. WPA-kompatibel für Wasserpfeifen. Dosierkapseln werden unterstuetzt. Unser Preisvergleich zeigt die aktuellen Angebote aus verschiedenen Online-Shops in Europa. Seit 2024 vergleichen wir Preise für den BLK Nova aus über 60 Shops in Europa.
How Portable and Ergonomic Is the Design?
Research context: A study in the Journal of Pharmaceutical Sciences (Hazekamp et al., 2006) showed that vaporisation at controlled temperatures releases over 95% of target compounds while largely avoiding combustion by-products. Source: PubMed 16637053
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