• Sandy coating enhances glove grip and slip resistance.

• Fully coating design prevents water, oil and other liquids from penetrating into the interior of the glove, making it suitable for humid environments.

• Nitrile is resistant to many chemicals, oils, and solvents, making these gloves suitable for tasks involving exposure to such substances.

• Nitrile is known for its durability and resistance to wear and tear. Foam nitrile gloves can withstand demanding work environments and repetitive tasks.

• 13G Knitting has good flexibility and flexibility, which can perform precise and delicate sports tasks.

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A: What is the “dipping” process for nitrile coated gloves?

Q: The knitted liner is fitted onto a hand mold, dipped into liquid nitrile compound, then processed through leveling, plastisol curing, vulcanization, and drying to form a durable protective coating bonded to the fibers.

A: What is the core difference between latex and nitrile gloves?

Q: Material source: latex (natural rubber) offers superior elasticity and comfort but may cause allergies and has poor oil resistance. Nitrile (synthetic rubber) is more oil/solvent-resistant, contains no allergy-causing proteins, and is better for chemical handling and precision work.

A: How to determine if glove samples are acceptable?

Q: Verify against product datasheets: measure thickness, check weight, compare color against standard; conduct wear tests for comfort/dexterity; perform basic friction and stretch tests; for professional data, send to third-party labs.

A: How good is the oil resistance of nitrile gloves?

Q: The polar groups in nitrile rubber’s molecular structure provide excellent resistance to mineral oils, animal/vegetable oils, greases, and most solvents, preventing coating softening or peeling when handling oily parts.