Designed for high-visibility work zones, the Cornerstone CS205 CornerStone ANSI 107 Class 2 Short Sleeve Mesh Blocked Tee combines breathable comfort with dependable compliance. The birdseye mesh construction promotes airflow and moisture management, helping teams stay cooler and more focused during long shifts and active jobs.

Built with a clean, professional look, the black bottom front helps reduce the appearance of dirt and scuffs—ideal for crew uniforms and facility-wide programs. A left chest pocket supports everyday utility, while the reflective tape configuration provides 360-degree visibility that supports consistent brand presentation when paired with company logos and identifiers.

• ANSI/ISEA 107 Class 2 design for enhanced on-the-job visibility
• 4.1-ounce, 100% polyester birdseye mesh for lightweight breathability
• Moisture-wicking performance to help manage sweat during active wear
• UPF 30 rating for UV-blocking coverage in outdoor environments
• Durable 2-inch reflective tape meets ANSI 107 requirements and supports 360-degree visibility with ease of movement
• 1x1 rib knit neck for a comfortable, stay-put fit
• Back neck tape for added comfort and durability
• Left chest pocket for convenient storage and jobsite practicality
• Black bottom front panel for a cleaner appearance in demanding conditions

Q: What makes this tee a strong option for uniform and branding programs?

A: The high-visibility, Class 2-compliant design supports consistent team presentation, while the professional color-blocked front helps maintain a cleaner look across a crew—ideal for company identification and logo placement.



Q: Is the fabric comfortable for warm or physically demanding environments?

A: Yes. The 100% polyester birdseye mesh is breathable and moisture-wicking, helping workers stay cooler and more comfortable during active use.



Q: How does the reflective detailing support visibility on the job?

A: The durable 2-inch reflective tape meets ANSI 107 requirements and is arranged to provide 360-degree visibility on the body while still allowing natural movement.