ANSI TYPE R CLASS 3 9oz Sustainable Sweatshirt
<div class="alt-part-number"> LUX-RYSWHZ</div> Next Generation Hi-Viz Sweatshirt made from 100% Post Consumer Recycled Materials. ANSI Class 3, 100% Post-Consumer Recycled Polyester Fleece 9 oz
Sustainability 5 Point Break-Away Vest
<div class="alt-part-number"> LUX-RY2MB</div> Sustainable Vest: Post-Consumer Recycled Polyester Mesh, 5-PT Breakaway
Sustainable Classic Mesh Safety Vest
<div class="alt-part-number">ECO-RYIMZ</div>100% Post-Consumer Recycled Polyester Mesh, ANSI Type R, Class 2, Recycled Polyester Thread
SUSTAINABLE HEAVY DUTY BLACK BOTTOM SURVEYOR
<div class="alt-part-number">SP-RHDS2B</div> High Visibility vest made from recycled heavy duty 600D Polyester Oxford. The ultimate blend of maximum durability, unparalleled functionality with its multitude of pockets and features and 30% less energy to make it reduces the amount of PET bottles in landfills.
Sustainable Hi-Viz T-shirt
<div class="alt-part-number"> LUX-RYSST2</div> Sustainable T-Shirt: 100% Post consumer recycled 3.8 oz polyseter birdseye
Sustainable Hi-Viz Long Sleeve Shirt
<div class="alt-part-number"> LUX-RYLST3</div> Sustainable T-Shirt: 100% Post consumer recycled 3.8 oz polyseter birdseye
SUSTAINABLE LITE BLACK BOTTOM SURVEYOR
<div class="alt-part-number">SP-RLTS2B</div>High Visibility vest made from recycled Polyester Mesh, . The ultimate blend of maximum durability, unparalleled functionality with its multitude of pockets and features and 30% less energy to make it reduces the amount of PET bottles in landfills.
Sustainable Two Tone Surveyor Vest
<div class="alt-part-number"> LUX-RYSM2T</div> Type R Class 2 with 2" Silver Reflective Tape with contrasting trim, 9 Pockets
Women’s Sustainable 2 Tone Surveyor
<div class="alt-part-number"> LUX-RYSMW</div> Post-Consumer Recycled Polyester Tricot - Womenswear designed to fit and optimize performance
Women’s Sustainable Classic Class 2 Vest
<div class="alt-part-number"> ECO-RYIMZW</div> Next Gen Women's sustainable Vest- Designed to fit and optimize performance