686 Men's Lets Go Tech S/S T-Shirt

Sale price
$59.95
Color:Purple Haze
Size:S
Only 1 left in stock!
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Details


DETAILS

  • Recycled Stretch Polyester Fabric
  • 9.84 Japanese sourced plastic bottles made this Tech T-Shirt
  • Fabric Makeup: Lightweight 96% Recycled Polyester / 4% Polyester
  • Quick-Drying
  • Moisture Wicking
  • Breathable
  • Comfortable
  • Sun Protection UPF 50+
  • Hidden Side Stash Pocket
  • Laser Cut Pit Vents w/ Bemis® Overlay Taping
  • Laser Cut Waist and Sleeve Hems w/ Bemis® Overlay Taping
  • Style: KCRGNS16

FEATURES

RECYCLED FABRIC

 

Single-use plastic is used in the recycled yarn and the fabric is made of over 50% recycled cationic dyeable polyester.

STRETCH

 

Some 686 garments come in either 2-way and 4-way stretch allowing for ultimate freedom of movement.

BREATHABLE

 

The ability of a fabric to allow moisture vapor to be transmitted through the material.

MOISTURE WICKING

 

Fabric that lets your body regulate its temperate by moving sweat to the outer surface and drying quickly.

UPF 50

 

A UPF 50 rating on a garment indicates the fabric will allow 1/50th (roughly 2%) of available UV radiation to pass through.

 

TECHNOLOGY

LET'S GO

 

Sourced from 9.84 plastic bottles, this 96% recycled performance polyester garment transitions seamlessly from the gym to the workplace to the trail and is the perfect travel companion.

UPF

 

Ultraviolet Protection Factor rated clothing enhances your safety from the harsh sun.

RECYCLED FABRIC

Single-use plastic is used in the recycled yarn and the fabric is made of over 50% recycled cationic dyeable polyester.

STRETCH

Some 686 garments come in either 2-way and 4-way stretch allowing for ultimate freedom of movement.

BREATHABLE

The ability of a fabric to allow moisture vapor to be transmitted through the material.

MOISTURE WICKING

Fabric that lets your body regulate its temperate by moving sweat to the outer surface and drying quickly.

UPF 50

A UPF 50 rating on a garment indicates the fabric will allow 1/50th (roughly 2%) of available UV radiation to pass through.

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