Pair of gloves heat-resistant up to 250°C for induction heater

Availability:

Available on backorder

SKU: 279998

These heat-resistant gloves, suitable for use with induction heaters, can withstand temperatures up to 250°C. They offer enhanced safety, increased efficiency, durable material, and are ideal for preventing burns in high-heat environments. Comfortable and flexible, they’re suitable for various industrial applications.

Available on backorder

Description

The pair of gloves designed for use with an induction heater offer significant utility, benefits, and safety features, particularly in environments where high heat is a factor. These gloves are engineered to be heat-resistant up to 250°C, making them an essential tool for handling objects heated by induction heaters.

Utility:

  1. Heat Resistance: Capable of withstanding temperatures up to 250°C, these gloves provide effective protection when handling hot objects.
  2. Compatibility with Induction Heaters: Specifically designed for use with induction heaters, these gloves ensure safe and efficient handling of objects during and after the heating process.

Benefits:

  1. Enhanced Safety: The high heat resistance minimizes the risk of burns and injuries, ensuring a safer working environment.
  2. Increased Efficiency: These gloves enable users to handle hot items directly, reducing downtime and increasing productivity.
  3. Durable Material: Crafted from materials that withstand high temperatures, these gloves are durable and long-lasting.

Safety:

  1. Burn Prevention: The gloves act as a barrier against extreme heat, protecting the skin from burns.
  2. Comfort and Flexibility: Despite their protective nature, these gloves are designed to be comfortable and flexible, allowing for ease of movement and better handling of objects.
  3. Suitable for Various Applications: Ideal for industrial settings, workshops, or any environment where induction heaters are used.

This pair of gloves is not only a practical accessory for working with induction heaters but also a crucial safety element, providing heat resistance, enhanced efficiency, and protection in high-temperature environments.