The Mission Workshop Gradient Everyday Performance Glove is a versatile, style-conscious accessory being offered just in time for the cold weather season to help stave off the chill.
The gloves are constructed with a blend of polyamide, polyurethane and polyester as well as a bit of neoprene that work together to achieve solid insulated properties with flexibility to boot. The gloves are accented with water-resistant leather on the palms to further elevate grip and comfort, while the above-the-wrist cut length makes them suited for a wide range of outfits and scenarios.
The Mission Workshop Gradient Everyday Performance Glove is handmade in California and is limited in numbers due to the small-batch manufacturing process. Priced at $165 per pair, the gloves strike a balance between detail, sturdiness and flexibility.
Why This Trend Is Growing
- Handmade Performance Gloves
- The Mission Workshop Gradient Everyday Performance Glove is a versatile, style-conscious accessory being offered just in time for the cold weather season to help stave off the chill.
- Solid Insulated Properties
- The gloves are constructed with a blend of polyamide, polyurethane and polyester as well as a bit of neoprene that work together to achieve solid insulated properties with flexibility to boot.
- Limited Batch Manufacturing
- The Mission Workshop Gradient Everyday Performance Glove is handmade in California and is limited in numbers due to the small-batch manufacturing process.
Industries Being Reshaped
- Fashion Accessories
- The Mission Workshop Gradient Everyday Performance Glove is a versatile, style-conscious accessory being offered just in time for the cold weather season to help stave off the chill.
- Textile Manufacturing
- The gloves are constructed with a blend of polyamide, polyurethane and polyester as well as a bit of neoprene that work together to achieve solid insulated properties with flexibility to boot.
- Handmade Goods
- The Mission Workshop Gradient Everyday Performance Glove is handmade in California and is limited in numbers due to the small-batch manufacturing process.
