Navigating through the vast array of heat gloves can be challenging, but with innovative materials, choosing the right pair has never been more crucial. As a seasoned Safety Specialist, my goal here is to guide you in selecting heat resistant gloves that not only meet safety standards but also enhance work efficiency.
Understanding Heat Resistant Gloves
Heat resistant gloves are a necessity in environments where heat hazards are prevalent. Typically made from materials like Kevlar, these gloves are designed to withstand high temperatures while providing necessary protection against burns and injuries. I've seen firsthand how the right pair of heat protection gloves can make a difference in preventing workplace accidents and ensuring compliance with safety regulations. Below are the different types of heat resistant work gloves:
Different Types of Heat Resistant Gloves
| Glove Type | Material | Heat Resistance Level | Ideal Use |
| Kevlar Gloves | Kevlar | High | Metal handling, automotive work, glass manufacturing |
| Aluminized Gloves | Aluminized Fabric | Very High | Foundry work, handling molten metals |
| Leather Gloves | Leather | Moderate | Welding, general industrial tasks |
| Silicone-Coated | Silicone, Fabric | Moderate to High | Handling slippery/oily objects, moderate heat exposure |
| Fiberglass Gloves | Fiberglass | High to Very High | Laboratory work, high-temperature environments |
- Kevlar Gloves: Ideal for high-temperature environments. They offer excellent cut and heat resistance, making them suitable for handling sharp objects in hot conditions.
- Aluminized Gloves: These are used for extremely high-temperature work, often in foundries and furnaces. The aluminized layer reflects heat away, providing superior protection.
- Leather Gloves: Commonly used for welding and other industrial tasks. Leather gloves provide good durability and heat resistance, though not as high as Kevlar or aluminized options.
- Silicone-Coated Gloves: Great for providing grip in addition to heat resistance, especially useful in environments where you might handle slippery or oily objects.
- Fiberglass Gloves: These are often used in laboratories and environments where exposure to very high temperatures is frequent. They provide excellent thermal insulation.
Features of the Best Heat Resistant Gloves
When selecting heat protection gloves, I always emphasize the following features:
- Durability and Strength: The heat gloves should be made from high-quality materials capable of enduring extreme conditions without compromising on protection.
- Flexibility and Dexterity: It's essential that the gloves allow for easy movement and handling of tools and machinery.
- Heat Resistance Levels: Always check the glove's heat resistance certifications to ensure they meet the required safety standards.
- Comfort and Fit: For those long shifts, heat resistant work gloves that are comfortable and well-fitting can significantly improve productivity and reduce hand fatigue.
Best Heat Resistant Gloves
SpecxArmor® Graywolf® Kevlar Aluminized Heat Resistant Gloves
The SpecxArmor Graywolf gloves are a top-of-the-line choice for heavy-duty applications like MIG welding. Certified with EN 11612 standards, they excel in protecting against flame, heat, and molten metal splashes. The aluminized top hand provides 95% heat reflection, efficiently keeping hands cool even in extreme conditions. The gloves feature 360° Kevlar and foam lining for unparalleled heat and fire resistance. With premium split leather construction and high-strength Kevlar seams, these gloves balance dexterity, comfort, and durability.
Exceptional heat reflective properties for maximum safety.
360° Kevlar lining enhances heat and fire resistance.
High strength Kevlar seams increase durability.
Premium split leather offers superior comfort and dexterity.
May be too bulky for tasks requiring fine motor skills.
Higher price point due to advanced features.
Wells Lamont Industrial Kevlar Gloves
Wells Lamont 625JOM Jomac Heat Resistant Kevlar Gloves provide robust protection, insulating against heat up to 700°F. The heavy weight, 100% Kevlar outer shell not only offers heat insulation but also electrical resistance. These gloves are self-extinguishing and feature a flame-resistant duck gauntlet cuff. Lined with fully virgin wool, they add an extra layer of protection, making them ideal for high-heat industrial environments.
High-heat protection up to 700°F.
100% Kevlar shell for heat and electrical insulation.
Wool lining adds comfort and extra heat resistance.
Flame-resistant cuff enhances safety.
Wool lining may not be suitable for those allergic to wool.
Limited dexterity due to heavy-weight construction.
Ansell ActivArmr Heat-Resistant Gloves
Ansell ActivArmr Heat Gloves are tailored for tasks requiring both dexterity and protection. With 10 gauge protection, they are ideal for machinery operation, auto mechanics, and metal fabrication. These gloves can handle intermittent heat contact up to 100°C / 200°F, and their premium leather palm reinforces durability while providing cut protection. The finger-back seams minimize exposure to cuts and enhance overall hand safety.
Balanced dexterity and protection, suitable for various industrial tasks.
Heat resistance up to 100°C / 200°F.
Premium leather palm for enhanced durability and protection.
Finger-back seams for reduced cut exposure.
Limited heat resistance compared to other high-end models.
May not be suitable for extremely high-temperature environments.
RAPICCA Heat Resistant Welding Gloves
RAPICCA Welding Gloves stand out with their reinforced double-layer Kevlar padding on fingers, palms, elbows, and backs. This unique design makes them one of the most extreme heat resistant gloves available, capable of withstanding temperatures up to 932°F (500℃). The multi-layered protection, including an air-isolated aluminum foil and flame retardant cotton cloth, ensures safety and comfort. The extra-long sleeve offers superior forearm protection, ideal for welding and high-temperature applications.
Extreme heat resistance up to 932°F (500℃).
Reinforced double-layer Kevlar padding for enhanced protection.
Extra-long sleeve for comprehensive forearm safety.
Durable construction with resistance to wear, puncture, and cuts.
May be too rigid for some precision tasks.
The heavy-duty design could be overkill for less extreme applications.
Youngstown Cut Resistant Gloves
Youngstown's Cut Resistant Glove is an outstanding fusion of durability and safety. Completely lined with Kevlar fiber by DuPont, it offers unparalleled cut and puncture resistance throughout every inch of the glove. This includes the top, palm, and sides of the fingers. The outer layer is a heavy-duty performance glove featuring non-slip reinforcement for lasting grip and durability. Rated at ANSI Cut Level 3 and ANSI Puncture Level 5, these gloves are an excellent choice for anyone requiring both cut resistance and manual dexterity in their work.
Comprehensive Kevlar lining for exceptional cut and puncture resistance.
Heavy-duty non-slip reinforcement for enhanced grip and longevity.
Adjustable Velcro cuff for a secure and comfortable fit.
High ANSI ratings for cut and puncture resistance, ensuring top-notch safety.
May lack the heat resistance needed for extreme temperature tasks.
The gloves' focus on cut resistance could compromise flexibility slightly.
Ironclad HEATWORX HEAVY DUTY GLOVE
Ironclad's HEATWORX HEAVY DUTY GLOVE is a technological marvel in heat resistance without sacrificing dexterity. The molded silicone palm with Kovenex liner ensures extreme heat resistance, while the silicone-laminated Kevlar blend on finger sidewalls offers additional protection in critical areas. The breathability and flexibility are commendable, and being 100% machine washable adds to their convenience. These heat protection gloves are engineered for a perfect fit, ideal for tasks in fabrication, metalworking, and high-temperature automotive work. The full Kevlar shell provides extra heat protection and improved cut resistance, making them a versatile choice for various industrial applications.
Advanced heat protection with IRONCLAD HOTSHIELD Technology.
Silicone-laminated Kevlar blend for critical area protection.
Breathable, flexible, and machine washable for ease of use.
Engineered for an ideal fit, enhancing both comfort and functionality.
While versatile, they may not be the best choice for extreme cut-resistance needs.
The focus on heat resistance might limit their use in less heat-intensive applications.
Maintenance and Care for Longevity
Maintaining your heat resistant gloves is key to their longevity. Here are some tips I've learned over the years:
- Regular Inspection: Before and after each use, check for any signs of damage like tears, holes, or worn-out areas.
- Proper Washing: Use mild soap and warm water for cleaning. Avoid harsh chemicals that might degrade the glove material.
- Avoid Direct Heat: Don't leave gloves near open flames or hot surfaces when not in use.
- Proper Drying: Allow gloves to air dry completely before storage. Avoid wringing them out as it may damage the fibers.
Below are some general cleaning method, storage tips, and ideal inspection frequency for each type of heat resistant gloves:
| Glove Type | Cleaning Method | Storage Tips | Inspection Frequency |
| Kevlar Gloves | Mild soap and cool water | Cool, dry place | Before and after use |
| Aluminized Gloves | Wipe clean, avoid moisture | Away from direct heat | Regularly |
| Leather Gloves | Leather cleaner, air dry | Dry, ventilated area | Periodically |
| Silicone-Coated | Gentle wash, air dry | Away from direct sunlight | Regularly |
| Fiberglass Gloves | Gentle wash, air dry | Store flat in dry area | Before and after use |
FAQ About Heat Protection Gloves
How long do heat resistant work gloves typically last?
The lifespan of these gloves depends on usage and maintenance. With proper care, they can last several months, even in high-intensity environments.
Can heat resistant work gloves prevent chemical burns?
While some gloves offer dual protection against heat and chemicals, it's crucial to check the specific resistance properties of each pair.
Are there different types of heat resistant gloves for various temperatures?
Absolutely. Gloves are rated for different temperature ranges. It's important to choose gloves based on the specific heat levels you'll encounter in your work environment.
What are Kevlar gloves used for?
Kevlar gloves are primarily used in environments where cut and heat resistance are crucial. They're ideal for industrial applications such as metal handling, automotive work, and glass manufacturing.
What gloves are heat resistant?
Heat resistant gloves are made from materials like Kevlar, aluminized fabric, leather, and silicone. Each type has its specific use-case, with some offering higher levels of heat protection for extreme conditions, while others provide moderate heat resistance with additional features like cut or electrical resistance.
What type of gloves protect you from heat and flames?
Work gloves designed to protect against heat and flames typically include those made from aluminized fabric, Kevlar, and specialized flame-resistant materials.
Can you wash Kevlar gloves?
Yes, Kevlar gloves can be washed. It's important to follow the manufacturer's cleaning instructions to maintain their protective qualities.