Glovii GB1U heated belt with USB input grey (GB1U)

Heated belt with USB input Glovii GB1U gray is an innovative solution for people seeking thermal comfort on cooler days. Ideal for those spending time outdoors, providing pleasant warmth thanks to the materials used. Made of polyester, viscose, and elastane, it combines durability and flexibility, adapting to the user's silhouette.

Flexwarm® Technology

The heated belt with USB input Glovii GB1U uses advanced Flexwarm® technology, which enables quick and even heat distribution. This allows the user to enjoy optimal thermal comfort in any conditions. This technology is not only effective but also safe, as confirmed by CE compliance certificates.

Practical solutions

The Glovii GB1U belt is equipped with a convenient USB input, allowing it to be powered from various energy sources, such as power banks. Thanks to the included extension belt, the product easily adapts to different body shapes. The Velcro fastening ensures easy and quick putting on and taking off of the belt.

Ergonomics and comfort

The Glovii GB1U belt is lightweight, which increases comfort when worn for longer periods. Thanks to its thoughtful design, the belt does not restrict movement, making it an ideal choice for physically active people. The materials used provide proper ventilation, preventing overheating.

Ecological approach

Glovii, as a brand caring for the environment, has used eco-friendly materials in the GB1U belt. This allows users to enjoy thermal comfort while being aware of choosing a product aligned with sustainable development principles.

Heated belt with USB input Glovii GB1U - features:

• Advanced Flexwarm® heating technology;
• CE certification confirming user safety;
• Ability to power via USB input from various energy sources;
• Made of polyester, viscose, and elastane for optimal flexibility;
• Additional extension belt for better fit to the silhouette;
• Velcro fastening facilitating putting on and taking off;
• Lightweight construction increasing wearing comfort;
• Ergonomic design not restricting user movement;
• Materials providing proper ventilation and thermal comfort;
• Eco-friendly materials compliant with sustainable development principles.