Material Science, Not Beauty Claims
Why Silk Is Better for Hair
The material science behind smoother contact, lower friction, and breathable comfort.
The 3 properties that matter
These are the mechanisms that impact how a lining behaves against hair during real-world wear.
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LOCKS IN MOISTURE
Silk helps reduce moisture loss, unlike cotton and synthetics that absorb it.
What it doesMoisture regain / water retention behavior of silk vs common fibers.Why it mattersLess moisture loss can mean softer, more flexible strands and less dryness over time.Higher = more moisture-friendly behavior.SilkCotton -
NO SNAGS, LESS FRIZZ
A smoother surface means less friction on strands—helping reduce snagging and frizz over time.
What it doesHair–fabric friction (tribology) comparing smoother vs rougher fibers (e.g., silk vs cotton/polyester).Why it mattersSmoother contact can reduce snagging, frizz, and breakage—especially on textured hair.Higher = smoother contact (lower friction).SilkCotton -
COOL & BREATHABLE
Comfort without the hot, sweaty buildup common in many synthetic linings.
What it doesThermal comfort: vapor exchange / heat retention characteristics in fabric systems.Why it mattersBetter vapor movement can feel cooler at the scalp—especially in warm weather.Higher = more breathable / less heat buildup.SilkPolyester
Research & citations
Independent research we reference to explain fabric properties (not beauty claims).
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1
Moisture regain and fiber absorbency properties.Coats — Textile Fibre Properties
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2
Hair–fabric friction (tribology) and surface roughness comparison.Textile Research Institute — The Fabric Factor
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3
Thermal comfort, vapor exchange, and heat retention in fabrics.PLOS ONE — Thermal Comfort Study
