AeroSkin
- Air pocket
- 0.6–0.9 mm
- PHBH membrane
- ≈0.30 mm
- Solid topcoat
- 2–5 µm
- Retained water
- −60% target
01
PRODUCT · FUNCTIONAL ARCHITECTURE
Seven systems integrated into one body.
Grip, condensation management, temperature indication, opening, ingredient access, stability and compaction are developed as coordinated parts of a single concept.
P01Distinctive identity.
PRIMARY GEOMETRY
Distinctive identity.
Guided grip.
The organic triangular section resists rolling. Structural ribs carry loads around the recesses, while the vertical window keeps the water and fill level visible.
500 mL208 × 76 × 60 mm34–40 g
Body technical data ↗
01 · STRUCTURAL SHOULDER02 · WATER WINDOW03 · ANTI-ROLL SECTION04 · CONTINUOUS BASEAEROSKIN + THERMOSNOW
Grip control.
Visible temperature cue.
AeroSkin is intended to reduce retained water in the grip zone; ThermoSnow converts surface temperature into a passive visual signal.
ThermoSnow
- Active symbol
- 10 mm
- Transition
- 8 ± 2 °C
- Response
- ≤15 s target
- Electronics
- 0 components
REFERENCE CONDITION
25 °C · 60% RH
DEW POINT
≈16.7 °C
With water at 4–8 °C, condensation forms. AeroSkin acts specifically in the finger-contact zone.
OPENING · ACCESS · STABILITY
Open, add,
filter and close.
The actuator releases the tethered lid. With the insert removed, the mouth accepts compact ice cubes. FlowCrown operates as a filter or funnel, while the continuous base stabilises the bottle.
clear opening
Closure ↗target opening
One-hand ↗compatible ice cube
FlowCrown ↗continuous 360° ring
Base ↗FLOWCROWN · FILTER
Controls ice
and ingredients.
The concave basket remains below the rim, retaining ice, fruit and mint while limiting external dripping.
≈38 mmFLOWCROWN · FUNNEL
Guides powders
into the bottle.
The same part provides a conical surface and an approximately 18 mm target outlet. No mesh or small components.
1 MACRO-PART