Schwer AIR-SKIN ANSI A6 Cut Resistant Arm Sleeves for Men & Women S903, Non-PFAS Arm Protectors for High Risk Work, UPF50+ UV Protection Cooling Gardening Sleeves for Farming, Lightweight, Breathable

High-Risk Cut Protection - Our A6 cut-resistant sleeves offer superior protection, withstanding over 3000 grams of cutting load—more than 3 times the strength of common A3 sleeves. These sleeves are specifically designed for high-risk situations, ensuring robust defense against severe cut hazards. UPF 50+ Sun Protection - Say goodbye to reapplying sunscreen every 10 minutes! Our cooling arm sleeves offer professional-grade protection. Tested by certified institutions, these sun protection sleeves boast an average Ultraviolet Protection Factor (UPF) of 160.46, with a UVA blocking rate of 98.44% and a UVB blocking rate of 99.55%. Stay cool and confident no matter what you're doing. Lightweight & Breathable - Crafted with thinner, finer yarns and featuring more stitches per inch, our sleeves boast a tighter weave and weigh per unit area just 50% of common A3 cut-resistant sleeves. This makes them exceptionally lightweight and comfortable, providing a feather-like second-skin feel that keeps you cool even in hot weather. Comfortable Thumbhole Innovation - Our design eliminates the bulk and restrictiveness of traditional sleeves. The thin fiber knit palm with a thumb slot prevents the sleeve from riding up and reduces bulk, allowing you to work with precision and ease. PFAS & Fiberglass Free - Our cut-resistant sleeves are made without fiberglass and PFAS, ensuring a safer and more comfortable experience. This design reduces skin irritation and allergies, making them ideal for prolonged wear. Enjoy maximum protection without compromising on comfort and safety. Versatile Daily Applications - From Appliance Manufacturing to Automotive, Construction, Glass Handling, Machining, Metal Handling, Maintenance, and Assembly, these sleeves are designed to meet the diverse needs of various industries while prioritizing safety and visibility