The GRIPPAZ nitrile gloves feature a patented fish scale texture on both sides. This unique texture provides excellent grip, both in dry and wet conditions. This makes them ideal for tasks where precision and control are essential, such as in the automotive industry and assembly work.
Made from 100% nitrile, these gloves offer high tear resistance and are resistant to various chemicals, including brake and clutch fluid, hydraulic oil, and engine oil. The special organic composition ensures that the gloves are more durable in oily environments, making them last longer than standard disposable gloves.
The gloves have an ergonomic design with a snug cuff around the wrist and a rolled edge. This makes them easy to put on and prevents tearing. Moreover, they mold to the hand for a comfortable fit and maximum dexterity, reducing hand fatigue during prolonged use.
These nitrile gloves are completely latex-free, making them suitable for people with a latex allergy. They are powder-free and silicone-free, minimizing the risk of skin irritation. In addition, they comply with EN 455 standards for medical examination gloves and are suitable for contact with food.
Thanks to their chemical resistance and superior grip, these gloves are suitable for various applications, including:
The ambidextrous design also makes them cost-effective, as they can be worn on either hand.
The gloves are designed with a snug cuff and rolled edge, making them easy to put on and preventing tears. They can be easily worn under sleeves or over an inner glove, providing extra flexibility in various working conditions.
These FINIXA nitrile disposable gloves offer optimal protection and comfort, ideal for various applications.
These blue nitrile disposable gloves from FINIXA offer optimal protection and comfort for various applications.
Black nitrile gloves with fish scale texture for optimal grip and chemical resistance.
Professional nitrile disposable gloves with fish scale pattern for superior grip and comfort.
Orange nitrile gloves with fish scale texture for optimal grip and chemical resistance.