How to Choose the Right Leather Glove

Selecting the right leather type means understanding each hide’s distinct characteristics and how they suit various applications.

*Leather Grading: Is set up on a universal scale. A hide is divided into three grades, A,B,C. A=TOP grade and is softer with few surface flaws.

The way a glove is cut helps determine the dexterity and comfort. There are two basic patterns used for cutting gloves.

The design of a glove’s thumb might seem like a minor detail, but it plays a significant role in the glove’s overall functionality and comfort. While there’s no one-size-fits-all answer, the best thumb design ultimately depends on the user’s preference and what feels most comfortable for them.

The choice in your glove cuff depends greatly on your application; for example: welding may require extended forearm protection, while power tool may require easy removal in case of an emergency.

Depending on the hazards you come across on the jobsite – you may need extra levels of protection. Like cut resistant liners, oil and water treatments, heavy duty rubber components, or even warm insulation to protect from winter elements.

Cutshield™ is a cut resistant linear made from a blend of P-aramid, glass and polyester fibres. Available in cut levels A5, A6, A7.

Leather has excellent abrasion resistance, evident in its widespread use in motorcycle gear and construction wear. When faced with the roughness of construction materials or the rugged pavement during a bike skid, leather provides superior protection from abrasive forces. However, it’s crucial to note that while leather might excel in resisting abrasion, its cut resistance is very poor and, surprisingly, not much better than cotton. To address this, we incorporate a Cutshield™ liner in select gloves, elevating them to cut levels A5, A6, A7.

Natural leather is limited when protecting against liquids; some leather types become stiff upon drying, reducing its flexibility and tactile sensitivity. Moreover, it provides no thermal protection when wet, leading to wearer discomfort and reduced mobility. To counter this, we apply our Dryhide™ treatment to certain gloves, ensuring up to 3 hours of water resistance.

Contrary to popular belief, thicker leather doesn’t necessarily offer better protection than its lighter counterpart. In reality, heavier leather can hinder grip, movement, and dexterity, complicating tasks that involve tools or small components.