Please note that all custom imprinted, FR rated, or closeout items are all non-returnable items.
FR96 Class 3 FR CAT 2 Hi-Vis Long Sleeve T Shirt
SKU
POR-FR96
As low as
$119.99
MSRP: | $140.49 |
HiVis Savings: | $20.50 |
- ASTM F1959/F1959M-10A
- ATPV 9 cal/cm²
- ARC 2
- NFPA 2112
- NFPA 70E
- ANSI/ISEA 107-2015 Type R Class 3
- 8 oz. Modaflame Knit Fabric
Stay safe and seen with the Portwest FR96 Flame Resistant garment. Constructed from a blend of Modacrylic, cotton, and carbon fiber for strength and safety, this ANSI Class 3 compliant piece features reflective 2" bands that wrap around the torso and arms for maximum visibility in any lighting condition. The vibrant high-visibility yellow coloring will ensure you’re seen no matter what. Plus, it maintains its flame-resistant properties so you have peace of mind. Available in sizes MD-6X – stay safe with the FR96.
***FR-Rated Products are Non-Returnable***
- ANSI/ISEA 107-2015 | Type R, Class 3
- ASTM F1959/F1959M-10A | ATPV 9 cal/cm²
- NFPA 70E | ARC 2
- 2" Flame Resistant Reflective Tape Material
- 8 oz. Modaflame Knit 60% Modacrylic and 40% Cotton 8oz Fabric
- Crew Neck with Generous Fit
- Inherently Flame Resistant
- Lightweight with High Insulation
- 40+ UPF Rated to Block 98% of UV Rays
- Available in High Visibility Yellow
Modaflame™ Knit
The Portwest FR96 is designed from a Modaflame Knit fabric, an inherently fire-resistant yarn created from a combination of 60% Modacrylic, 39% Cotton, and 1% Carbon Fiber. The Modaflame™ interlocked knitting is strong, durable, and highly innovative to meet EN and US Safety Standards.
This Product Contains The Following SKUs:
HiVis Yellow
POR-FR96-LM-MD | POR-FR96-LM-LG | POR-FR96-LM-XL | POR-FR96-LM-2X | POR-FR96-LM-3X | POR-FR96-LM-4X | POR-FR96-LM-5X | POR-FR96-LM-6X |
California Residents: Click Here for Proposition 65 Warning |
ANSI Class
107-2020 | Type R, Class 3
Reflective Tape
Solid | Sewn | Silver Glass Bead | Single Stitched
Brand
Portwest
Machine Wash Warm
Do Not Bleach
Do Not Dryclean
Hang Dry
Iron On Medium Heat