- Steel
- Made in the USA or Imported
- Shoes climbing crampon:made of durable non-slip material, maintains strong performs in a cold environment,anti-skid shoes grippers
- Portable shoes crampon:the traction spikes use the special ground-gripping stainless steel studs offer excellent traction on ice and snow to prevent you from ,snowfield crampon
- Ice ground anti-skid nails:lightweight and portable design, make them easy to use, easy to carry, skates are great for outdoor workers, anyone who needs extra stability and traction, heel and forefoot coverage to reduce injury,practical shoes crampon
- Shoes anti-skid spikes:hard anti-slip nails can be installed under a super flexible rubber strap band, it will make your walking and climbing more flexible,non-skid snow spikes
- Ice ground shoe nails:easy to store and clean, this shoe nails can be washed directly with water,reserved shoe crampon
Package Include
20 x Shoe Nails
Characteristics
-Color:Silver shoes pegs
-Material:Steel anti-skid shoes grippers
-Size:1.00X1.00X1.00cm/0.39X0.39X0.39in ice ground anti-skid nails
-The crampon shoes nails are made of high-class stainless steel material for safe and durable use ice grippers.
-Great for winter outdoor enthusiast sportsmen, workers, ice fisherman or those shoveling snow ice ground shoe nails.
-Easy to store and clean, this shoe nails can be washed directly with water non-skid snow spikes.
-Lightweight and portable design, make them easy to use, easy to carry. Skates are great for outdoor workers, anyone who needs extra stability and traction. Heel and forefoot coverage to reduce injury shoes crampon.
-Suitable for boots, sports shoes, casual shoes and dress shoes, can be widely used anti-slip grippers.
Goods Description
crampon spike want to have a pair of anti-slip shoe nails for your shoes? Then you miss our product.snowfield shoe nails It will help you prevent from when you are in outdoor activities, such as hiking, fishing and climbing.shoe grippers It has great slip-resistant performance, easily usage and durability