Item: Marshfield High School Girls Hockey Richardson Laser Perf R-Flex Snapback Cap #632
Stock Number: 632
Color: Dark Green, White
Imprint: TWO OPTIONS, EMBROIDERED LOGOS:
Option 1: Center Hat Location Embroidered “M” Logo with “RAMS” across it and “GIRLS HOCKEY” text below it.
Option 2: Center Hat Location, CIRCULAR logo, Girls Rams Hockey With Centered Ram Head
Size: Small-Medium Adjustable, With Adjustable Backstrap, Medium-Large Adjustable, With Adjustable Backstrap (NOTE: GREEN AVAIILABLE IN MEDIUM-LARGE ONLY)
Description:
Under the bright lights of the big game or putting in work in the offseason, the 632 is a performance take on our classic six-panel, Mid Pro baseball cap. A laser-perforated body made from Ignite LT performance fabric ensures maximum airflow, while a Stay-Dri sweatband keeps players dry.
PRODUCT FEATURES:
Laser-perforated panels allow for optimal airflow
R-Flex technology stretches for simpler sizing and an ideal fit
Stay-Dri sweatband wicks moisture for game-long comfort and an optimal fit
Item: Marshfield High School Girls Hockey Richardson Laser Perf R-Flex Snapback Cap #632
Stock Number: 632
Color: Dark Green, White
Imprint: TWO OPTIONS, EMBROIDERED LOGOS:
Option 1: Center Hat Location Embroidered “M” Logo with “RAMS” across it and “GIRLS HOCKEY” text below it.
Option 2: Center Hat Location, CIRCULAR logo, Girls Rams Hockey With Centered Ram Head
Size: Small-Medium Adjustable, With Adjustable Backstrap, Medium-Large Adjustable, With Adjustable Backstrap (NOTE: GREEN AVAIILABLE IN MEDIUM-LARGE ONLY)
Description:
Under the bright lights of the big game or putting in work in the offseason, the 632 is a performance take on our classic six-panel, Mid Pro baseball cap. A laser-perforated body made from Ignite LT performance fabric ensures maximum airflow, while a Stay-Dri sweatband keeps players dry.
PRODUCT FEATURES:
Laser-perforated panels allow for optimal airflow
R-Flex technology stretches for simpler sizing and an ideal fit
Stay-Dri sweatband wicks moisture for game-long comfort and an optimal fit
