Kevlar® - What makes it unique?

Kevlar^® gloves and sleeves are industry-leading PPE products from DuPont. Safety gloves and sleeves made out of Kevlar^® fiber offer unmatched protection against cuts and abrasions and are very popular among front-line workers across all industries Automotive, Emergency Response and Industrial Manufacturing.

Kevlar^® was created as a result of thousands of hours being put into research and development. DuPont scientists put in all the efforts in research labs into creating a fiber that would be strong, durable, and offer high protection against puncture and cuts. These hours of research, development, and testing eventually lead to the discovery of Kevlar^®.

What makes Kevlar® different from the competition?

Heat Resistance

The heat resistance of Kevlar^® is exceptional, regardless of the temperature. It does not lose much strength in cold temperatures, nor it does so in very high temperatures. This characteristic allows for Kevlar^® to be used in a wide range of applications that require protection from high heat. Kevlar^® can resist a thermal hazard of up to 900 degrees Fahrenheit, making it perfect for personal protective equipment that is required in industrial settings.

Flexibility

Kevlar^® is a fiber that allows you to make goods that are extremely firm and flexible. Because it can be cut and molded into form-fitting shapes, Kevlar® is perfect for apparel applications. Workers in a variety of sectors don't have to give up dexterity in order to be safe at work while wearing Kevlar^® PPE; as a result, they won't feel restricted. As a result, gloves, protective clothing, and other products made of this lightweight yet highly protective material are ideal for all kinds of industrial use.

Cut/Puncture Resistance

Due to the chain links that Kevlar^® fibres are made up of, it is not easily cut or punctured. That translates to even more protection for law enforcement and military applications. It also makes it an excellent choice for gloves since employees handle sharp objects on a regular basis. Workers operating metal shavings off of a manufacturing machine won't have to worry about injuring their hands, as an example.

Tensile Strength

Another benefit of Kevlar^® is its tensile strength. During use, protective gloves made out of this material may stretch to meet the demands of the job. The result will be an optimal fit that doesn't impair dexterity or compromise safety. The tensile strength of Kevlar^® means that the material is difficult to tear. That makes it a great choice for applications such as bulletproof vests and ballistic armor, which require materials that will protect firearm users against projectiles.

What is Kevlar^® used for? 

Gloves made of Kevlar^® find a range of applications across various industries. The workforce in alco-bev and automotive industries trust Kevlar^® gloves for their reliable protection against cuts, abrasions, sharp edges of broken glass bottles, metal sheets, and heat. The gloves are lightweight, flexible, and extremely comfortable to wear. Kevlar^® gloves have proven themselves in the most hazardous conditions due to their high breathability and less rigidity, as compared to polyester or nylon or poly-ethylene gloves.

Sleeves made of DuPont Kevlar^® engineered fiber are used to protect against cuts and tears. In the glass and steel industries, Kevlar® sleeves help prevent workers from wounds and other injuries while allowing them to focus on their work instead of worrying about safety.