What is HSI Professional Heat Resistant Glove?
The HSI Professional Heat Resistant Glove is an essential tool for anyone who loves styling their hair with hot tools such as curling wands and flat irons. This glove is designed to protect your hand from the heat of the styling tool, preventing burns and discomfort.
The HSI Professional Heat Resistant Glove is crafted from a high-quality, heat-resistant material that allows you to comfortably handle hot styling tools without the risk of damaging your skin. This material is durable and long-lasting, providing you with protection for many styling sessions to come.
One of the key features of the HSI Professional Heat Resistant Glove is its unique fit. The snug, flexible design ensures that the glove stays securely in place, even as you move and manipulate the hot styling tool. This helps to prevent accidents and ensures that you have complete control over your styling technique.
The HSI Professional Heat Resistant Glove is also designed with style in mind. The sleek black color and comfortable fit blend seamlessly with your other styling tools, giving you a professional look and feel. Plus, it's easy to clean and maintain, making it the perfect addition to your styling kit.
Overall, the HSI Professional Heat Resistant Glove is a must-have accessory for anyone who wants to style their hair with ease and confidence. It's a small investment that can make a big difference in your styling routine, ensuring that you can achieve perfect curls, chic waves, and silky straight locks without the worry of burns or discomfort.
Frequently Asked Questions about hsi professional heat resistant glove
Heat resistant gloves are designed for protection from high temperatures found in laboratories. They are usually made of heat- and/or flame-resistant materials. Heat resistant gloves should be used for such tasks as removing hot objects from autoclaves and drying ovens.
Heat resistant gloves designed with tough materials including leather or Dupont™ Kevlar® that resist burning or charring, ideal for handling hot, heavy materials.
EN407 is recognized as an international standard for how well gloves protect from heat and/or flame (aka 'thermal risk'). The standard was developed in Europe, which explains the use of Celsius over Fahrenheit. Heat and flame protection on the job may seem fairly basic, but the dangers are actually multi-faceted.
So, for example, a glove material can be tested by putting it in contact with a surface pre-heated to 350 degrees Celsius. After 15 seconds, if the inside surface of the glove material does not increase by 50 degrees Celsius, that glove will be awarded a level three for contact heat.
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Welding Gloves – Leather can also withstand high temperatures: up to 430°F when untreated and as much as 600°F when tanned with chrome. This makes it suitable material for MCR Safety welding gloves and other jobs that involve exposure to heat.
Materials that are insulating and robust are best. Something like cotton is a big no-no when it comes to gloves. Materials like wool, acrylic, polyester, and nylon are things that work best for keeping hands warm.
ASTM D6319 | Medical Gloves | Tensile Testing
ASTM D6319 covers certain requirements for nitrile rubber gloves used in medical applications. Standard specifies various test methods including sterility testing, physical dimensions testing, physical requirements testing, powder residue, and powder limit testing.
−40 to 226 °F
You can wear nitrile gloves under work gloves to make your hands waterproof any time it is needed. Nitrile can withstands a temperature range of −40 to 108 °C (−40 to 226 °F), making them ideal for professions where you have to touch hot or cold surfaces.
Exposing natural leather to temperatures of 130-170°C for extended periods does not do any structural damage. Leather can resist short-time exposure to temperatures up to 200°C. Extended exposure to temperatures above 200°C results in pyrolysis (the material decomposes, or burns, which is obviously irreversible).
According to Smith, silicone and cotton mitts handle heat the best and provide protection up to 550 degrees Fahrenheit. Aramid fabrics or Kevlar mitts are ideal for commercial kitchens or grilling since they can tolerate extreme heat up to 900 degrees Fahrenheit.
What Does ASTM D6319 Test For?
- Exam gloves labeled as sterile must meet sterility requirements.
- Gloves must be free of holes.
- The inner and outer glove surfaces must be free of talc.
- Gloves must be measured from the middle fingertip to the outer cuff edge, and the length must be recorded in millimeters.
