The design of e-cigarette drippers directly affects the taste of the smoke, the comfort of use and the anti-condensation effect. The following are the key design elements and trend analyses:
First, core design elements
Caliber and shape
Small-diameter closing design: like a Gobang drip tip, by reducing the middle size to gather smoke and enhance the richness, it is suitable for texture-oriented atomizers.
Large-diameter straight-through design: such as UD Golia dripper, the 510 interface is consistent with the output diameter, reducing smoke resistance, suitable for large smoke atomizers.
Conical design: The corolla drip nozzle adopts a conical structure, effectively reducing the backflow of condensate and enhancing the user experience.
Length and flue design
Extended drip nozzle: By extending the flue, the smoke temperature is reduced, the risk of scalding the nozzle is decreased, and at the same time, the smoke fusion is enhanced.
Waist-cinching design: Like the nozzle of the Firebird atomizer, it contracts the smoke through the waist-cinching structure, enhancing the layering of the taste.
Material selection
Metal materials: such as stainless steel drippers, which conduct heat quickly but need to be protected from scalding, are suitable for users who pursue a metallic texture.
Resin/plastic material: Rich in color and good heat insulation, such as Teflon spouts, which do not freeze in winter and are suitable for users who pay attention to comfort.
Wood material: Natural heat insulation, but requires coating treatment to prevent moisture and mold, suitable for users who pursue a natural texture.
Second, design trends
Airway regulation function
Built-in interchangeable diameter design: For instance, the 510 has a combination of interchangeable drippers with straight-through diameters. Users can adjust the airflow rhythm according to their needs, enhancing the diversity of gameplay.
Multi-turn design: For instance, the KS multi-turn drip nozzle optimizes smoke flow through complex airway design, enhancing the smoothness of the taste.
Ergonomic optimization
Flat and circular design: Such as the VTV PHY-ANT drip nozzle, it conforms to the lip shape and enhances the suction comfort.
Duckbill design: Such as the VOOPOO VINCI drip nozzle, with a flat and long diameter and an internal condensate reflux design, taking into account both taste and practicality.
Anti-condensation and anti-leakage design
Semi-enclosed type dripper: By reducing the diameter difference between the dripper and the bottom chamber, the accumulation of condensate is decreased.
Condensate reflux structure: Such as the internal design of the VINCI drip nozzle, it effectively prevents condensate from flowing into the mouth.
Third, the impact of design on user experience
Taste optimization
The closing design and small-diameter dripper can enhance the intensity of the smoke, making it suitable for users who pursue a rich and mellow taste.
The extended flue and the cinched waist design can refine the smoke and enhance the layering effect, making it suitable for users who pursue a delicate taste.
Comfort in use
Insulation materials (such as resin and Teflon) can reduce the risk of scalding the mouth and enhance comfort during long-term use.
Ergonomic designs (such as flat round and duckbill styles) can enhance the fit of the mouth and reduce fatigue.
Anti-condensation and anti-leakage
The conical design and condensate reflux structure can effectively reduce condensate problems and enhance the user experience.
Semi-enclosed drip nozzles and leak-proof metal brackets can reduce the risk of oil leakage and extend the service life of the equipment.