Air Straightener Thermal & Airflow Physics Profiler

Hair Substrate & Aerodynamics Physics Model

Hair Type & Pattern Type 3B Curly

Cuticular Porosity High Porosity

Initial Moisture Level 75% (Towel Wet)

Interchangeable Comb Attachment

🪮 Fine Micro Detangle

▮▮▮ Dense Tension Gloss Smooth

⫚ Wide Flute Coil Tension

Chamber Air Temperature 125°C

Airflow Velocity (m/s) 18.5 m/s

Glide Pass Speed 4.5 cm/s

Pass: 1 of 3

Keratin Temp: 98°C

Evap Rate: 24.2 mg/s

Drag across canvas to manually glide comb

High-velocity hot air breaks transient hydrogen water bonds while aerodynamic tension flattens the cuticular scale layer.

Thermodynamic Telemetry ● Thermal Safe

Residual Moisture

18.4%

Target: < 15%

Cuticular Gloss Index

86 / 100

High Specular Reflect

Keratin Bond Reset

92.5%

H-Bond Alignment

Thermal Delta Safety

+32°C

Below 155°C Alpha Limit

Keratin Thermal Safety Monitor Safe Operating Zone

Pass-by-Pass Regimen Guide ~4.2 min total

Air Straightener Thermodynamics & Keratin Safety

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Read the explanation

Wet hair is stabilized by transient hydrogen bonds. High-velocity heated air drives moisture evaporation, permitting realignment without hot-plate scorching. When you execute a glide pass, convective airflow at eighteen point five meters per second evaporates water while evaporative cooling buffers keratin temperature below denaturation. Aerodynamic tension and comb teeth compress cuticular scales. As moisture drops below fifteen percent, alpha-keratin bonds lock into aligned, glossy straight geometry.