We use cookies on our website. For more information visit our Privacy Policy.

Close

Dyneema® Diamond Technology

Built using advanced cut-resistant
fiber technology

Listening to workers who regularly wear cut-resistant gloves reveals one consistent demand: make gloves more comfortable. Dyneema® Diamond Technology revolutionizes hand safety by allowing workers to perform more confidently, comfortably, and with free hand movement. Workers know that their hands are protected all day by gloves made with the world’s most advanced cut resistant fiber. 

Superior cut protection, comfort and dexterity

Gloves made with Dyneema® Diamond Technology benefit from a single yarn solution that is much thinner than conventional fibers – innovated to deliver similar cut protection performance, without glass, basalt or steel fiber reinforcements. 

The result is gloves that feel like a second skin, yet still deliver a high level of cut protection. 

  • 2x more cut resistance than generic HPPE fiber
  • 40% thinner and 30% lighter than gloves made with generic HPPE fiber
  • More flexible and comfortable than gloves engineered with glass, basalt and steel fibers, and less likely to cause skin irritation 
Find out more

From work requiring speed and precision, to the most heavy duty tasks, see how gloves made with Dyneema® Diamond Technology provide users with unmatched levels of reliable cut protection, comfort and dexterity. 

Dexterity and protection

Whether designing thinner gloves with the same cut protection, or gloves of the same thickness but with twice the cut protection – Dyneema® Diamond Technology enables glove manufacturers to create the perfect products to protect workers, whatever their industry. 

Where to buy

Only Cut Resistant Gloves made with Dyneema® bear the Dyneema® diamond. Only our licensed partners make them. Find your Cut Resistant Glove with Dyneema® by clicking on one of our official partners, below.

Get in touch with our High-Performance Textile experts

Find out how Dyneema® could optimize your business.