Garden Gloves - Homegrown Lemon Drop | Women's Sized Gloves
Garden Gloves - Homegrown Lemon Drop | Women's Sized Gloves
Garden Gloves - Homegrown Lemon Drop | Women's Sized Gloves
Garden Gloves - Homegrown Lemon Drop | Women's Sized Gloves
Garden Gloves - Homegrown Lemon Drop | Women's Sized Gloves
Garden Gloves - Homegrown Lemon Drop | Women's Sized Gloves
Garden Gloves - Homegrown Lemon Drop | Women's Sized Gloves

Garden Gloves - Homegrown Lemon Drop | Women's Sized Gloves

Regular price$6.99 CAD
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Homegrown Lemon Drop 

Watson Gloves Lemon Drop women's gardening gloves bring a cheerful touch to garden work with their bright lemon-inspired pattern and comfortable, eco-conscious design. Made with a lightweight, seamless knit liner containing 16% ReStalk™ bio-based nylon derived from corn husks and stalk waste, these gloves offer four-way stretch for a flexible, comfortable fit. The molecule foam nitrile palm coating provides a reliable grip, while touchscreen-compatible palms and fingers make it easy to use your devices without removing your gloves. Ergonomically designed to help reduce hand fatigue, these gardening gloves feature a snug-fitting knit wrist that keeps dirt and debris out during planting, weeding, landscaping, and everyday yard work.

  • Bio-based nylon made from corn husks
  • 15gg seamless knit liner made from 16% ReStalk™ bio-based nylon, that is derived from corn husks and stalk waste
  • 4-way stretch for maximum comfort
  • Molecule foam nitrile palm coating
  • Touchscreen conductive coating on palm and fingers
  • Ergonomically formed
  • Snug-fitting knit wrist
  • OEKO-TEX STANDARD® 100 certified
  • Reduces 46.45g CO2 emissions per pair
  • Made for a woman’s hand

Molecule foam nitrile coating reduces water consumption by 80% during the manufacturing process versus regular nitrile.

***A bio-based product is comprised partly of either biological materials, including renewable domestic agricultural materials such as corn or sugar cane, forestry, or marine materials such as plants. Bio-based fibres provide an alternative to petroleum derived products such as virgin nylon. Using bio-based fibres reduces C02 emissions during production versus virgin nylon. ASTMD6866-18 shows 16% biobased carbon content.

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