Nitrile Gloves (Nitrile, Powder Free, Fingertip Texture)
These nitrile gloves are disposable protective gloves made of synthetic rubber (NBR), offering excellent chemical resistance without the latex-allergy risk. With powder-free and fingertip-textured finishing, they ensure operator safety and hygiene in a wide range of cleanroom and general work environments such as semiconductor, pharmaceutical, biotechnology, and food applications. With a 10-inch length and 6 mil thickness, they provide optimal protection and fit, and are supplied in 100 pieces per box.
Features
- Protein-free - prevents allergic reactions associated with latex gloves
- Outstanding chemical resistance
- Versatile use across laboratories, food industry, and cleaning applications
Specifications
| Material | Nitrile (NBR) |
| Length | 10 inch (254mm) |
| Thickness | 6 mil (approx. 0.15mm) |
| Input | 100 sheets / box |
| Size | S / M / L |
| Powder | Powder Free |
Frequently Asked Questions
- What environment is the 6 mil thickness of these nitrile gloves suitable for?
- A 6 mil thickness provides sufficient protection for general laboratory work or food-processing operations. For specific environments that require higher chemical resistance or physical strength, a glove of suitable thickness should be selected accordingly.
- What is the main reason to use powder-free products?
- Powder-free gloves prevent fine powder particles from contaminating the working environment or products. This is especially essential in cleanroom environments sensitive to particulates, such as semiconductor, display, and pharmaceutical manufacturing.
- What are the benefits of fingertip texture treatment?
- Fingertip texture prevents slippage during precision work and improves grip so that tools or samples can be handled stably. This is an important factor for raising work efficiency when handling small parts or working with liquid samples.
- What are the main advantages of nitrile gloves over latex gloves?
- Nitrile gloves carry no risk of allergic reaction caused by latex protein, making them safer for users, and they offer superior chemical resistance compared with latex, providing more reliable protection when handling various chemicals.