Do you have a job requiring a high degree of dexterity and expert grip. Look no further than these KincoPro™ synthetic gloves. If you worry about mishandling valuable merchandise, fear not thanks to the gloves' slipNOT!® dots designed to give you better control of and a commanding grip on, anything you're handling. Quick-drying terry cloth on the thumb wicks away sweat, while a mix of MiraG2™ grain synthetic leather and polyester-Lycra fabric delivers durable, breathable protection.
- Form-fitting four-way stretch pink print polyester-spandex fabric back-of-hand provides a comfortable, soft and snug-fit
- Durable Tan MiraG2™ grain synthetic leather provides flexible, long-lasting palm protection
- slipNOT!® silicone dots on palm and fingers provide additional grip control and allow for comfortable hand movement
- Easy-On™ cuff with double shirred elastic wrist facilitates quick on and off use, while tightening the shell material to the hand for a secure-fit and providing an additional preventative measure to block debris from further entering the glove
- Pull-tab on cuff helps reduce stress on wrist seams when pulling gloves on and off
- Purple pieced fabric hem incorporates an added piece of material, which creates a finished look and prevents fraying
- Conjoined fourchette finger design utilizes polyester and spandex fabric proximal to the hand to offer a snug-fit and to help eliminate bunching between fingers, along with MiraG2™ grain synthetic leather on the distal ends of each finger to provide additional durability
- Tan MiraG2™ grain synthetic leather patches at the end of the fingers provide a protective barrier around the fingernails and fingertips, which reinforces the base material and seams for added wear
- Angled wing thumb design, which is seamless between the palm and thumb, offers additional flexibility and comfort
- Tan MiraG2™ grain synthetic leather reinforcement patches, sewn-into the critical wear zone between the thumb and index finger, guards seam from thread failure and provides additional protection against base material failure