Unigloves Pink Pearl Nitrile Examination Gloves
Offering excellent grip to reduce slippage and injuries, while also providing resistance to products that contain sodium hydroxide, the Unigloves Pink Pearl Nitrile Examination Gloves are perfect for use in healthcare, food handling and cosmetic environments. Other essential features include their latex-free construction to accommodate for those with sensitive skin, and a powder-free design to reduce the risk of contact contamination.
Purchase Quantity
Each purchase includes one box of 100 gloves.
Sizing Information
The Unigloves Examination Gloves are available in a range of sizes, making it easier to find the right fit for you. To discover which glove size you should be wearing, start by measuring the length of your hand and the circumference of your palm (as seen below).
Once you have your hand measurements, compare them to the table below to find out which glove size is best for your hands. If your measurements fall between two sizes, we recommend choosing the larger option for the most comfortable fit.
Size | Palm Circumference | Hand Length |
Size 5.5 - 6 | 139.5 - 152mm | 155 - 160mm |
Size 6.5 - 7 | 165 - 178mm | 165.5 - 171mm |
Size 7.5 - 8 | 190.5 - 203mm | 176.5 - 182mm |
Size 8.5 - 9 | 216 - 229mm | 187 - 192mm |
Size 9.5 - 10 | 241.5 - 254mm | 198 - 204mm |
Read our guide to sizing for more information about finding your perfect size.
How Do the Pink Nitrile Gloves Protect Your Hands?
These handy disposable gloves are ideal for use in healthcare and beauty industries, particularly where hands-on contact with a patient or client is required. Protective features of these glove include:
- Type C chemical resistance protects the skin while handling sodium hydroxide, a common ingredient found in cleaning products, soaps, and dyes
- Resistance to bacteria, fungi, and viruses helps to minimise the risk of contamination and germ-spread through direct contact with the hands
- Textured fingertips elevate grip for reduced risk of slippage and accidents
- Designed for safe and hygienic contact with foodstuffs
- Latex-free construction helps to prevent irritation and allergy flare-ups
To ensure users are aware of the level of protection their profession requires them to have, these gloves have been tested to a variety of different standards. The results of these tests are listed below.
Performance Ratings
EN ISO 374-1 (Chemical Resistance)
Chemical | Resistance Level | Chemical Breakthrough Time |
Sodium Hydroxide 40% | 6 | > 480 minutes |
Other
- EN ISO 374-5: Resistance to Micro-organisms
- EN 1186: Food Safety Declaration
Key Features and Benefits
- Box of 100 single-use nitrile examination gloves
- Ideal for use in healthcare and beauty industries
- Suitable for dentists, doctors, tattoo artists, piercers, and more
- Can be used for direct contact with a wide variety of foodstuffs
- Pink design makes these good for colour-coding in food, cleaning, and healthcare environments
- Meets medical standards for pinholes, ensuring a quality product is delivered
- Designed to conform to your hands for a comfortable fit
- Ambidextrous construction enables a good fit on either hand
- Offers some chemical resistance to protect skin when handling detergents and cleaning products
- Textured fingertips offer optimised grip for reduced risk of slippage, even in wet or oily conditions
- Chlorinated finish reduces friction on the glove surface
- Lightweight construction provides enhanced tactile sensitivity
- Touchscreen compatible for convenience
- Latex-free to reduce the risk of skin allergy flare-ups
- Powder-free design reduces the risk of contact contamination
- Beaded cuff offers extra strength and helps to protect against liquid roll-back
- Available in a range of sizes so that you can find the most comfortable fit for you
Who Can Use the Pink Pearl Gloves?
The Unigloves are suitable for the following applications:
Specifications
- Materials: Nitrile
- Cuff Thickness: 0.05mm
- Palm Thickness: 0.08mm
- Fingertip Thickness: 0.10mm
- Finish: Powder-free, chlorinated
- Product Code: GP005
Additional Documentation