Heat resistant gloves

In many industrial sectors, workers are frequently exposed to hightemperatures. Depending on the task, it’s essential to protect theirhands effectively to ensure safety and productivity.
Designed for professionals, heat-resistant gloves allow the safehandling of hot objects without the risk of burns.

Rubix’s glove range is made from materials like Kevlar, cotton, leather,and nitrile, and meets the EN 407 standard for thermal protection insensitive operations.

A Wide Range of Heat-Resistant Gloves
Several factors affect the level of protection a heat-resistantglove provides.
Choosing the right glove for the job is essential. Material type andthermal performance are key decision criteria.

Welding Gloves
Typically made from leather or Nomex, these gloves protectagainst molten metal splashes.
They combine freedom of movement with high heat resistance, making themideal for welding applications.

Gloves for Handling Hot Objects
Whether you're handling heated metal parts or hot cookware,certain industries require gloves that are both flexible andheat-resistant to a specific level.

Industry-Specific Gloves
From aerospace to metallurgy, each sector has its own set ofrequirements.
In the food industry, gloves must resist heat and cuts, while in thechemical industry, gloves must also protect against hazardoussplashes.

Technical Features and Compliance
Rubix’s heat-resistant gloves are made from specialisedtechnical fabrics and alloys.
All models comply with EN 407, which defines performance requirementsfor thermal risks. Each material has unique properties in terms of heatresistance, flexibility, and durability.

Gloves are available in universal or multiple sizes, with varying levelsof grip and pliability depending on the task.

Key Materials:

• Kevlar: Exceptional resistance to heat andabrasion, with high mobility.
• Leather: Ideal for welding, offering excellentthermal insulation, strength, and durability.
• Cotton: Offers lower protection but greatercomfort and breathability.
• Nitrile: High resistance to heat and chemicals