SW Sustainability Solutions PowerForm PF-12WG Dual-color Sustainable Nitrile Gloves

Description

Engineered for our first responders, these durable nitrile gloves provide protection from chemicals without sacrificing the grip or dexterity you need to handle fine details in the healthcare setting.

• UL NFPA 1999-2018 certified
• Extended cuff provides extra coverage and protection
• Breach Alert™ Visual Detection Technology provides durable 2-ply construction and contrasting inner color
• Touch-screen compatible
• EnerGel™ Hand Conditioning Technology is clinically proven to hydrate and soothe skin
• Proprietary coating actively manages the skin's natural pH balance to discourage microbial growth that can lead to infection
• EcoTek™ Sustainability Technology accelerates landfill breakdown without any performance loss
• Fully textured surface for strong wet and dry grip
• Silicone-free to prevent contamination
• Tear-resistant beaded cuff eases donning
• 1.5 AQL exceeds laboratory standards
• SHA Dermatologically Approved

Specifications

• Certifications/Compliance: ASTM D5526-12, ASTM D6319-19, ASTM F1671-13, ASTM F739-12, FDA 21 CFR 177.2600, CAT III Complex Design, UL NFPA 1999-2018
• Certifications/Compliance (Europe): EN ISO 21420:2020, EN 455-2000-2015, Reach EU 1907/2006, EU 2016/425
• Accelerator Free: No
• Applications: Healthcare
• AQL: 1.5
• Color: White, Green
• Disposable: Single-use
• Exterior Finish: Fully Textured
• Finger Thickness (English): 7 mil
• Finger Thickness (Metric): 0.18 mm
• Latex Free: Yes
• Material: Nitrile
• Palm Thickness (English): 6 mil
• Palm Thickness (Metric): 0.15 mm
• Powdered: Powder Free
• Product Type: Nitrile Examination Glove
• Size: 3X-Large
• Sterility: Non-sterile
• Thickness (English): 6 mil
• Thickness (Metric): 0.15 mm
• FDA 510 (k): No
• Glove Cuff Style: Beaded
• Model: N188177
• Quantity: 90 Pk.
• Series: PF-12WG
• Length (English): 12 in.
• Length (Metric): 30.5 cm

Under test method ASTM D5526-12, a standard test method for determining anaerobic biodegradation of plastics in accelerated landfill conditions. Current biodegradation results do not predict future results.