
Portwest AP15-SG LR18 Micro Foam Nitrile Coated Gloves
Boost precision with Portwest AP15-SG LR18 Gloves. Recycled 18G liner, 360° breathable micro-foam grip, and touchscreen tips. Shop eco safety PPE!
Equipment Analysis
Eco-Friendly Engineering and High-Precision Dexterity
The Portwest AP15-SG LR18 Micro Foam Nitrile Coated Gloves deliver an ideal balance of high-performance tactile precision and sustainable development. Constructed using an ultra-thin 18-gauge liner spun from recycled plastic bottles, these eco-friendly safety gloves actively reduce global environmental footprints by saving 227g of CO2 per pair during production. The moisture-managing property of the advanced PET yarn structure ensures that hands stay fully dry, ventilated, and comfortable through intense manual work.
Industrial Benefits and 360-Degree Breathable Grip
Featuring a premium micro-foam nitrile palm coating, these safety gloves offer 360° breathability alongside exceptional sensitivity for ultra-high dexterity applications. To combat bacteria and odor build-up, the fabric is treated with a specialized Texpel Micro anti-microbial finish that kills 99.9% of bacteria. Engineered with a unique knitting pattern that includes a dropped little finger, the glove mimics natural hand anatomy for a snug, fatigue-reducing fit. A reinforced thumb crotch delivers vital structural resilience in a high-wear area, increasing the product's overall operational lifespan.
Specific Applications and Compatibility
Electronics & Component Assembly: Precision finger sensitivity paired with a completely silicone-free build to prevent component contamination.
Automotive & Paint Application: LABS-conformity tested design prevents finish defects on critical metal and plastic automotive body parts.
Glass Handling & Manufacturing: Secure anti-slip tool grip blended with ANSI Cut Level A2 barrier protection against sharp edge risks.
Digital Workplace Integration: Full touchscreen compatibility across index fingers and thumbs allows smooth operation of mobile devices and industrial interfaces.
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