Pearl Izumi In-R-Cool Skull Cap (White)

Price: $22.00
Discontinued Online
This item is discontinued and no longer available for purchase. You may want to search our site for a similar item.

The Pearl Izumi In-R-Cool Skull Cap uses our super light and fast drying P.R.O. Transfer Dry and Transfer Lite fabrics to keep the sweat out of your eyes and provide protection for your head with the newest generation of super ventilated helmets.

Features:


  • P.R.O. Thermal Dry fabric powered by 37.5 Minerale™ provides optimal moisture transfer, dry time and odor absorption
  • Lightweight elastic band for secure fit
  • Anatomic paneling for a performance fit

Specifications:
Main Body:
70% 37.5 Minerale™ polyester 27% polyester 3% elastane 40 UPF,
Sides:
65% 37.5 Minerale™ polyester 23% polyester 12% elastane 8 UPF, Imported

Measurement Guide:

  1. Chest- Measure circumference around fullest part, across bust points, keeping the tape horizontal
  2. Waist- Measure circumference around the narrowest part (typically the small of the back where the body bends to the side), keeping tape horizontal
  3. Hips- Measure circumference around fullest part of hips keeping the tape measure horizontal

Measurement Guide Notes:

  • Use the chart to determine size
  • If measurements are between two sizes, sizing down will provide a tighter fit while sizing up will provide a looser fit
  • If the measurements for the chest and waist correspond to two different suggested sizes, choose the size indicated by the chest measurement
  • If measurements for hips and waist correspond to two different suggested sizes, choose the size indicated by the hip measurement
1. Chest (in)2. Waist (in)3. Hip (in)
XS33.5" - 35.5"27.5" - 29.5"33.5" - 35.5"
S35.5" - 37.5"29.5" - 31.5"34.5" - 36.5"
M37.5" - 40.5"31.5" - 34.5"36.5" - 39.5"
L40.5" - 43.5"34.5" - 37.5"39.5" - 42.5"
XL43.5" - 47.5"34.5" - 37.5"42.5" - 46.5"
2XL47.5" - 52"42" - 47"46.5" - 50.5"
3XL52" - 56"47" - 52"50.5" - 53.5"

Note: All measurements are provided by the manufacturer and may vary depending on how measurements are acquired.