Heat-resistant gloves are mainly used in high-temperature environments. Different heat-resistant materials are suited to different tasks, such as welding, grilling, and cooking. They slow down heat transfer, helping to protect hands and reduce the risk of burns. Many types of heat-resistant gloves are available on the market. This article will show you how to choose the right heat-resistant gloves in just five minutes.
What factors should be considered when choosing heat-resistant gloves?
You should also consider whether other types of protection are needed, along with contact temperature and hand mobility. When choosing, focus on the following points:
- Heat-resistant materials: Common options include leather, aramid, aluminized aramid, and cotton.
- Heat source type:Identify whether the risk comes from contact heat, radiant heat, convective heat, or molten metal splash.
- Heat protection rating: Check the EN 407 and ANSI/ISEA 105 ratings and match them to your actual temperature and contact time.
- Grip performance: If you handle hot tools, baking trays, or metal parts, choose heat-resistant gloves with a non-slip grip.
What are the types of heat-resistant gloves?
Common heat-resistant glove materials include aramid, leather, and neoprene. Different applications involve different types of heat hazards, so choosing the right glove is important. For example, barbecue work often requires flame-resistant BBQ heat-resistant gloves. Other common types include silicone, fiberglass, carbon fiber, and Nomex heat-resistant gloves.
Aramid / Kevlar Heat-Resistant Gloves:
Made from aramid or Kevlar fibers, these gloves offer excellent heat resistance and cut resistance. They also provide good flame resistance and will not easily melt or drip when exposed to heat. They are suitable for welding, glass handling, and high-temperature material handling.
Aluminized Heat-Resistant Gloves:
These gloves feature an aluminized surface that helps reflect radiant heat and reduce heat transfer. They are suitable for furnace work, metallurgy, casting, and other extremely high-temperature environments.
Leather Heat-Resistant Gloves:
These gloves are mainly made from cowhide or pigskin. Common leather options include split cow leather, full-grain cow leather, and goatskin leather. They combine heat resistance, abrasion resistance, and durability, making them widely used in welding, metalworking, and heavy-duty applications.
Terry Cotton Gloves:The terry cotton lining creates an insulating air layer that helps slow down heat transfer. These gloves offer good insulation and sweat absorption, making them suitable for baking, kitchen work, and light high-temperature contact.
Neoprene Heat-Resistant Gloves:
These gloves use a neoprene coating and may include a cotton liner. In addition to heat resistance, they also provide water resistance, oil resistance, and chemical resistance, making them suitable for food processing and cleaning work.
Other Heat-Resistant Gloves:
Other common options include silicone heat-resistant gloves, fiberglass heat-resistant gloves, carbon fiber heat-resistant gloves, and Nomex heat-resistant gloves.
Essential Selection Knowledge:
- The heat resistance of the liner usually depends on its weight, thickness, and gauge. Pay attention to the EN 407 heat resistance rating.
- Aluminum foil heat-resistant gloves protect against radiant heat only. So, choose gloves with an insulated liner for extra safety.
- Goatskin leather is softer than cowhide, which makes it ideal for precision tasks and welding. But cowhide is better at resisting heat.
- Cotton loses a lot of its insulation ability when wet. So, it’s best to use it in dry places.
- Using gloves that are much too heat-resistant can slow down work efficiency and lead to more frequent glove removals.
Which one should you choose? Select based on your actual application. The table below can help you identify the most suitable option more quickly.
| Application | Recommended Glove Type | Reason |
|---|---|---|
| Glass manufacturing, high-temperature handling, welding support | Aramid / Kevlar Heat-Resistant Gloves | Good heat resistance, suitable for strong radiant heat, while also offering some cut resistance and flexibility for all-around protection. |
| Metallurgy, casting, furnace work | Aluminized Heat-Resistant Gloves | Effectively reflect radiant heat and help protect against heat splash, making them suitable for extremely high-temperature and high-radiation environments. |
| Welding, metalworking, heavy-duty handling | Leather Heat-Resistant Gloves | Provide protection against flame heat, splash heat, and contact heat, while offering strong abrasion resistance and durability. |
| Baking, kitchen work, removing hot trays from grills or ovens | Terry Cotton Gloves | Help protect against contact heat and convective heat, while also offering good sweat absorption for light to medium heat contact. |
| Food processing, hot-water cleaning, chemical cleaning | Neoprene Heat-Resistant Gloves | Resistant to steam heat and contact heat, while also offering water, oil, and chemical resistance for wet working environments. |
| Adjusting stage lighting angles | Lightweight Leather Heat-Resistant Gloves | Provide effective heat protection while remaining flexible enough for installation and angle adjustment work. |
| Opening ceramic kilns, handling fired items | Multi-Layer Heat-Resistant Gloves | The multi-layer structure helps slow down heat transfer, making them suitable for longer contact and extended handling tasks. |
How long can heat-resistant gloves be gripped?
“Most heat-resistant gloves seem useful, but comfort can turn to pain in a second.”
I often hear customers ask, “Heat-resistant gloves are great, but why does comfort fade to pain so fast?” People often ask me if there are heat-resistant gloves for extended gripping.
Heat resistance rating doesn’t mean you can grip for that long at that temperature. Actual protection time is affected by contact temperature, grip strength, glove thickness, and dryness. Consider the following rules when selecting gloves:
- For short contact tasks, choose gloves rated above the actual object temperature. Confirm the corresponding heat-resistance rating.
- Frequent contact: Look beyond the maximum temperature and also consider contact time, liner material, and insulation structure. Prioritize gloves with multilayer insulation structures.
- Prolonged delicate handling: While ensuring temperature protection, consider the gloves’ flexibility and grip.
What is the best rating for heat-resistant gloves?
What is the best rating for heat-resistant gloves? A higher rating is not always the best choice. The rating must be appropriate for the actual application. Factors such as the actual temperature, type of heat source, and contact time need to be considered. Common standards currently available are as follows.
ANSI/ISEA 105 Contact Heat Resistance Levels
| ANSI Level | Common Test Temperature |
|---|---|
| Level 1 | 80°C |
| Level 2 | 140°C |
| Level 3 | 200°C |
| Level 4 | 260°C |
| Level 5 | 320°C |
EN 407 Contact Heat Resistance Levels
| EN 407 Level | Test Temperature |
|---|---|
| Level 1 | 100°C |
| Level 2 | 250°C |
| Level 3 | 350°C |
| Level 4 | 500°C |
| Level 5 | 320°C |
EN 407 uses six symbols, each representing a different test category.
| Symbol | Test Item | Applicable Risk |
|---|---|---|
| A | Flame resistance | Open flames, sparks |
| B | Contact heat | Direct handling of hot objects |
| C | Convective heat | Hot air, hot steam |
| D | Radiant heat | Furnaces, near molten metal |
| E | Small splashes of molten metal | Small molten metal splashes |
| F | Large quantities of molten metal | Casting, smelting operations |
The protection levels range from 1 to 4, with higher numbers indicating stronger protection against different types of thermal hazards. X indicates untested.
Why choose M-Tide for your heat-resistant gloves?
M-Tide focuses on developing heat-resistant gloves with excellent thermal insulation performance. Our R&D team simulates different high-temperature work scenarios. These gloves are designed for hazardous high-heat environments and hot materials. Our heat-resistant gloves are tested in labs multiple times. This ensures their quality and effectiveness. You can feel more at ease when you wear them. If you would like to learn more about heat-resistant gloves, or want to know how to choose the right ones, please feel free to contact us!
Frequently Asked Questions
What are the best gloves for heat resistance?
There is no single best glove for heat resistance. Each glove has a different combination of materials and manufacturing processes. They all determine and influence the heat resistance of a glove.
In comparison, leather gloves are very well insulated and durable. They can effectively protect against heat. And the durability is outstanding to prevent wear and tear. But leather gloves are not suitable for direct contact with flames or more extreme temperatures. You can choose gloves with a higher heat resistance rating.
How to tell if gloves are heat-resistant?
Usually, heat-resistant gloves are labeled with a heat-resistant rating. However, it is possible to make a simple judgment and test for yourself. Find a surface with a temperature of 350 degrees Celsius. Place the surface of the glove in contact with it. If the surface temperature of the glove does not rise to 50 degrees Celsius after 15 seconds, then the glove’s heat resistance is level three. Similarly, a 100-degree Celsius surface that does not rise to 50 degrees Celsius after 15 seconds is a level
What are the gloves that BBQ pitmasters use?
BBQ pitmasters usually need to handle the meat on the grill. Sometimes it is necessary to touch the hotter meat with their hands. The surface temperature is usually close to 93 degrees Celsius. This is a very high temperature. That’s why it’s important for barbecue chefs to have gloves that are very heat-resistant. At the same time, the gloves must be safe and harmless in contact with food. That’s why these two types are usually chosen.
- Kevlar fiber gloves: it has excellent heat resistance. And the toughness is also very good. It has some cutting resistance. You can easily process and tear pork.
- Neoprene gloves: it has excellent heat resistance. It can withstand temperatures of nearly 265 degrees Celsius. And the grip is excellent. It won’t slip off when faced with meat with juices and grease. It is a very good choice.
