Support green endeavours and enhance your company’s ecological efforts with our biodegradable disposable gloves.

Not only are these gloves comfortable and grippy but they also contain biodegradable technology that after use, naturally breaks the glove fibres down to limit environmental harm.

Choosing an environmentally friendlier option doesn't mean compromising on quality. The manufacturing process of these gloves ensures you will receive the same excellence and reliability as other Unigloves products but you'll have a greener footprint.

• Environmentally friendly nitrile material
• Flexible and comfortable fit - soft nitrile conforms to your hand making it comfortable for longer wear
• Textured fingertips give a secure grip, especially in wet or oily environments
• Chemical protection - Resistant to a range of chemicals
• Foodsafe - suitable for contact with food
• Beaded cuff to increase glove strength and prevents liquid rollback
• Touchscreen compatible so you can use mobile and tablet displays
• Black finish offers a cleaner and discreet appearance than standard blue nitrile
• Biodegradable technology in the nitrile organically breaks down much faster than regular nitrile, which can take over 100 years
• The biodegradation process results in >81% biodegradation within 490 days and only starts when disposed of in an active landfill environment
• Ideal for tattooists, automotive, manufacturing, construction and engineering industries where staining substances like inks and oils are expected

Click Here For Size Guide

• Glove Type: Nitrile
• Colour: Black
• AQL (Freedom from Holes): 1.5
• Length (mm): 240
• Palm Thickness (mm): 0.07
• Finger Thickness (mm): 0.10
• External Surface: Micro-roughened
• Design: Ambidextrous
• Cuff Type: Beaded
• Sterile: No
• Latex-Free: Yes
• Powder-Free: Yes
• Accelerator-Free: No
• Silicone-Free: No
• Phthalate-Free: Yes
• Tested for Use with Chemotherapy Drugs: No
• Anti-static: No
• Touchscreen compatible: Yes
• Tested to EN374
• Tested to ASTM D5511: 81% biodegradation in 490 days and ASTM D5526: 30% biodegradation in 202 days
• Tested to EN1186