Panel (Pantyhose Construction)

A panel in pantyhose refers to the shaped fabric sections that form the brief/panty portion at the top. Understanding panel construction helps you choose more comfortable, better-fitting hosiery.

Panel

Types of Panel Construction

Sewn-In Panel

A separate piece of fabric sewn into the panty area.

  • Creates visible seam lines
  • Can provide better shaping
  • Common in control top styles
  • Usually heavier weight than leg

Knit-In Panel

Panel is knitted as part of the garment, not sewn.

  • Smoother appearance
  • No seams to show under clothes
  • Generally more comfortable
  • Found in higher-quality pantyhose

Sheer-to-Waist

No panel—sheer fabric continues all the way up.

  • Invisible under clothing
  • Best for form-fitting dresses
  • No control/smoothing
  • Most natural appearance

Panel Features

Cotton Gusset

A cotton-lined panel in the crotch area for hygiene and comfort.

  • Breathability in intimate area
  • Absorbs moisture
  • More hygienic than all-nylon
  • Look for "cotton-lined gusset" on packaging

Reinforced Panel

Heavier-weight fabric for durability and light control.

  • More durable than sheer
  • Slight smoothing effect
  • Common in everyday pantyhose

Shadow Panel

A nude-colored panel designed to be invisible.

  • Hides underwear lines
  • Smooths without compression
  • Good under light-colored clothes

Front vs. Back Panel

Some pantyhose have different front and back panels:

  • Front panel: May have tummy control
  • Back panel: May smooth bottom
  • Both: Full control brief styles

When Panel Matters

Situation Best Choice
Fitted dress Sheer-to-waist or seamless
Tummy smoothing Control panel
All-day comfort Cotton gusset
Light-colored outfit Nude shadow panel
Short skirts Extended panel or sheer-to-waist

Reading Labels

Look for these terms:

  • "Brief panty" = has panel
  • "Bikini" = smaller panel
  • "Sheer-to-waist" = no panel
  • "Control brief" = shaping panel
  • "Cotton gusset" = comfort feature

See Pantyhose Styles

Different constructions on live models

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