Click to enlarge
Previous product
Kimberly Clark KLNGD G40 Gloves Nitrile Foam 9 - 40227
$255.57
Back to products Back to products
Next product
Blue Cleanroom Nitrile Glove 9”, Large, 100/pk - CRP0165-L-BLUE-100 $44.00 $35.20

Blue Cleanroom Nitrile Glove 9”, X-Large, 100/pk - CRP0165-XL-BLUE-100

$44.00 $35.20
Add to wishlist
Add to compare
SKU: CRP0165-XL-BLUE-100
California prop 65
Description

Description

Description

  • Key Performance Benefit: Blue Cleanroom Nitrile Gloves are manufactured to provide the lowest levels of particulates and extractables possible. Inherently anti-static, they are ideal for use in Electronics, Semi-Conductor Industries, and Biotechnical Laboratories.
  • Material & Construction: Made from 100% nitrile (latex free). DI wash processed and double poly-bagged. Ambidextrous design with fully textured fingers for sure wet and dry handling.
  • Risk Reduction/Compliance Benefit: Contains no latex protein, providing an allergen-free alternative for latex-sensitive users. Resistant to a wide range of chemicals including Acetic Acid, Ethylene Glycol, MEK, and Sodium Hydroxide.
  • Protection Level: Resists Acetic Acid, Ethylene Glycol, MEK, and Sodium Hydroxide.
  • Comfort & Usability: Available in 9" length option (also available in 12" length). Ambidextrous fit. Fully textured fingers for enhanced grip.
  • Safety & Compliance Assurance: Latex-free construction. DI wash processed and double poly-bagged packaging.

Recommended For

  • Electronics industry
  • Semi-conductor industry
  • Biotechnical laboratories
  • Cleanroom environments
  • Chemical handling applications
  • Latex-sensitive users

Product Details

  • Material: 100% Nitrile (Latex Free)
  • Length: 9" (12" option available)
  • Sizes: Large, Medium, Small
  • Texture: Fully textured fingers
  • Design: Ambidextrous
  • Packaging: 100 per pack
  • Processing: DI Wash Processed, Double Poly-Bagged
  • Chemical Resistance: Acetic Acid, Ethylene Glycol, MEK, Sodium Hydroxide

Primary Industries

  • Electronics
  • Semiconductor
  • Biotechnical Laboratories
  • Cleanroom Applications
SHOW MORE
Reviews

FAQs

What makes these gloves suitable for cleanroom environments?

These gloves are manufactured to maintain extremely low particulate and extractable levels, making them appropriate for controlled cleanroom environments where contamination control is critical. They are DI-washed and double-poly-bagged to reduce surface contaminants and protect product integrity during storage, transfer, and use in sensitive applications.

Are these gloves latex-free and safe for users with latex allergies?

Yes, these gloves are made from 100% nitrile and contain no natural rubber latex proteins. This eliminates the risk of latex-related allergic reactions and makes them suitable for users sensitive to latex. The latex-free construction also supports facilities that prohibit latex products in controlled manufacturing and laboratory environments.

What chemicals do these nitrile gloves resist?

These nitrile gloves provide resistance to a range of commonly handled chemicals, including Acetic Acid, Ethylene Glycol, MEK, and Sodium Hydroxide. Nitrile provides reliable barrier protection across many laboratory and industrial applications. Always confirm chemical concentration and exposure duration for your specific use requirements.

Are these gloves anti-static for electronics applications?

Yes, nitrile is inherently anti-static, making these gloves suitable for environments where electrostatic discharge can damage sensitive components. This makes them a reliable choice for electronics manufacturing, semiconductor fabrication, and other static-controlled environments that require both contamination control and electrostatic performance.

What are the size and packaging details?

These gloves are 9 inches in length and come in X-Large size. Each package contains 100 gloves and is double poly-bagged to help maintain cleanliness prior to use. The ambidextrous design supports operational efficiency and simplifies inventory management in high-volume cleanroom environments.