PRO.TECT Black Chemical-Resistant Disposable Nitrile Gloves
The PRO.TECT Black Chemical-Resistant Disposable Nitrile Gloves are a box of 100 thick gloves designed to enhance hygiene and protect your hands in a range of industries. The powder-free and silicone-free design helps to minimise cross-contamination, while the textured surface improves grip, making these gloves ideal for automotive, pharmaceutical, tattooing, utilities, cleaning, and agricultural industries. To ensure suitability for a wide range of users, these gloves are also latex-free.
Key Information
- Product Codes:
- GA0042
- GA0043
- GA0044
- GA0045
- EN ISO 374-1: Type C
- EN ISO 374-5
- EN11186
- Available Sizes: 6.5 - 10
Resistance of the PRO.TECT Disposable Nitrile Gloves
EN ISO 374-1: Chemical Resistance
Chemical | Resistance Level | Chemical Breakthrough Time |
Sodium Hydroxide 40% | 6 | > 480minutes |
EN ISO 374-5: Resistance to Micro-organisms
These gloves meet the European Standards for resistance to bacteria, fungi, and viruses.
EN1186: Food Safety Declaration
These gloves meet the European Standards for safe and hygienic direct contact with foodstuffs.
Uses of the PRO.TECT Black Mechanics Gloves
These gloves are designed to ensure optimal hygiene during use, both for the wearer and any materials they may come into contact with. The thick and textured-grip design also makes it ideal for a wide range of tasks. Suitable applications for these gloves include (but are not limited to):
- Automotive / Mechanics
- Product Inspection
- Engineering
- Light-Duty Maintenance
- General Assembly
- Light-Duty Maintenance
- Painting and Decorating
- Domestic Cleaning and Janitorial Work
- Utilities
- Tattoo Artists
- Cosmetics Industry
- Agricultural Tasks
- Pharmaceutical Industries
- Light-Duty Laboratory Tasks
- Light-Duty Chemical Handling
- Food Handling, Processing, and Packaging
Key Features and Benefits
- Box of 100 disposable nitrile gloves
- Ideal for use in automotive, chemical, pharmaceutical, engineering, and utilities industries
- Perfect for enhancing hygiene and reducing the risk of transferring contaminants / cross-contamination
- Conforms to the shape of the wearers hand to ensure optimal comfort
- Ambidextrous design is comfortable for wear on either hand
- Thick nitrile construction ensures a hard-wearing design for longer-lasting wear
- Textured surface improves glove grip for reduced risk of slippage
- Touchscreen compatible for optimal convenience
- Beaded cuff helps to prevent liquid-rollback onto your wrist and arm
- Chemical-resistant design protects hands when working with substances like sodium hydroxide
- Powder-free design helps to minimise the risk of contact-contamination
- Silicone-free construction reduces the risk of contamination, or leaving marks on metal or glass surfaces
- Latex-free design is suitable for latex-allergy sufferers
- Chlorinated finish helps to reduce glove tackiness for easier donning and enhanced grip
- Available in a range of sizes suitable for adult users
Sizing of the PRO.TECT Chemical-Resistant Gloves
These disposable gloves are available in a range of sizes suitable for adult users. To determine the best size for your hands, start by measuring the length of your hand and the circumference of your palm at the knuckle (as seen below). Once you have these measurements, you can compare them to the table below to identify the best fit for you.
Size | Palm Circumference | Hand Length |
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 |
Alternative Glove Option
The UniGloves Pink Pearl Powder-Free Nitrile Examination Gloves are a fantastic alternative to this PRO.TECT model, designed in a lighter shade that more easily displays dirt and stains. The pink gloves are also great for colour-coding hygiene equipment in a range of environments.
Technical Specifications and Materials
- Materials: Nitrile
- Thickness:
- Cuff: 0.08mm
- Palm: 0.09mm
- Fingertip: 0.13mm
- Finish: Powder-free, chlorinated
Additional Documentation