Antistatic knitted glove made of polyester/carbon - palm coated with nitrile foam - 15 gauge gray-black 10 VV722ESD10

Protective gloves for precision work and ESD environments

Antistatic gloves, knitted from a combination of polyester and carbon fiber, provide reliable hand protection during precision work and in environments sensitive to electrostatic discharge. Made with comfort and safety in mind, they are ideal for electronics, laboratories, or handling delicate components.

The glove features a nitrile foam coating on the palm and fingertips, providing a secure grip even in difficult conditions. A 15 gauge knit ensures good dexterity and a snug fit. The inner lining made of polyester knit enriched with carbon fiber provides antistatic properties, minimizing the risk of damage to sensitive elements.

Construction and application

The combination of polyester knit with carbon fiber is key to effective protection against electrostatic discharge. Nitrile foam on the palm not only increases grip but also provides resistance to abrasion and oils. These gloves are used in many industries:

• Electronics: Assembly and service of electronic devices, where ESD protection is crucial.
• Precision industry: Handling delicate tools and components requiring precision.
• Laboratories: Laboratory work requiring protection against contamination and electrostatic discharge.
• Mechanical assembly: Assembly work where protection against dirt and a secure grip are important.
• Inspection work: Quality control of electronic and mechanical components.

Advantages and benefits

• Antistatic protection: Carbon fiber effectively dissipates electrostatic charges, protecting sensitive components.
• Secure grip: Nitrile foam coating provides excellent grip even in difficult working conditions.
• Comfort: Polyester knit provides comfort and breathability during prolonged use.
• Durability: Nitrile foam is resistant to abrasion, oils and greases, extending the life of the gloves.
• Dexterity: 15 gauge knit provides good manual dexterity and precision of movement.
• Versatility: Suitable for a wide range of applications in various industrial and laboratory settings.