Safety gloves are essential personal protective equipment used in the production industry to keep workers' hands safe. Depending on their protective function, protective gloves can be divided into various types such as cut resistant, chemical resistant, waterproof, thermal resistant gloves, etc. Among them, cut resistant gloves are the most widely used.
Cut resistant gloves are designed to provide exceptionally strong protection against cuts and abrasion. They can effectively protect users' hands from sharp and pointed objects, such as metal shards, glass fragments, and knives, that can cause serious injuries. They are widely used in the food processing, glassware, metalworking, and firefighting industries and are an essential part of ensuring safety in the workplace.
One of the reasons why cut-resistant gloves are so hard to cut is due to the materials . Cut-resistant gloves are made of high-performance fibers. These fibers are tightly knitted together to create a strong, interlocking structure that can resist cuts and tears.
Cut resistant gloves are usually made of wrapped yarns, which include some filling materials such as nylon, polyester or spandex to make the gloves more elastic. The wrapped yarn that provides higher cut resistance protection for the gloves can be made of any of several different materials, and even a combination of materials, to achieve a certain level of cut resistance while maintaining a lightweight and comfortable feel.
In addition to offering protection, cut-resistant gloves are designed to be comfortable to wear, enabling workers to perform tasks with ease and confidence. The use of lightweight and breathable materials also reduces the risk of workers suffering from sweat buildup and skin irritation.
Anti cut material 1:
Steel Fiber
Steel fibers are made from stainless steel materials, which offer high tensile strength and excellent cut-resistant properties. However, due to their weight, which is much heavier compared to other fibers, steel fibers are typically combined with other cut-resistant fiber materials to provide high-level cut-resistant performance.
Steel fibers have several unique characteristics that make them an ideal material for applications that require a high level of cut resistance.
First and foremost, they offer exceptional cut-resistant properties, even when exposed to extreme environments.
Additionally, they have excellent corrosion resistance, making them an ideal choice for outdoor applications where they will be exposed to moisture, wind, and other environmental factors.
Furthermore, steel fibers are extremely durable, which means they can withstand even the most demanding conditions without losing their performance properties. They are also heavier compared to other fibers, which provides an added layer of physical protection.
Additionally, steel fibers have a harder texture compared to other fibers, which ensures they maintain their performance properties for longer periods.
Anti cut material 2:
Glass fiber
Glass fiber is a well-known type that is widely used in anti-cut gloves. The surface is smooth and cool to the touch, and gloves made from this material have higher wearing comfort and user acceptance. In addition to its silk-like feel, glass fiber also boasts several beneficial characteristics.
Firstly, it is highly anti-cutting, making it a perfect choice for gloves that need to provide optimum protection against sharp objects.
Additionally, it is fire-resistant, ensuring that gloves made from this material can protect users in hazardous situations.
Furthermore, it is highly resistant to water, making it perfect for use in environments where gloves may be exposed to moisture. It also has excellent insulating properties, providing extra warmth and comfort to the wearer.
One of the biggest advantages is its affordability. Despite its many beneficial properties, it remains relatively affordable, making it accessible to a wide range of consumers who need reliable and effective anti-cutting gloves.
Anti cut material 3:
HPPE fiber
HPPE fibers are extremely strong, about 15 times stronger than high-quality steel of the same quality. It is also flexible, lightweight and durable due to its low fiber density. According to EN388:2016, gloves made entirely of HPPE can usually achieve class B-C cutting resistance.
HPPE fibers have many unique properties that make them popular in many different applications.
First, this fiber has high strength, high modulus and high tensile strength. Its density is very low, so it is lighter than other fibers in the same weight range. This makes it a great advantage in many applications where heavy objects are required, such as seat belts, ropes, and ship cables.
In addition, it fibers have excellent cutting resistance and excellent properties such as wear resistance, corrosion resistance, seawater resistance, UV resistance and aging resistance. This makes it the first choice for protective clothing, gloves, ropes and other applications that require a high degree of reliability and durability.
HPPE fibers have excellent impact resistance and low temperature resistance. This makes it potentially useful in vehicle crash testing, aerospace, and other scenarios that require high reliability and durability.
