SUPULSE Lipo Safe Bag - Fireproof & Explosionproof Battery Storage - 2 Small Black Bags, Model EXAC00069-BL

The SUPULSE Lipo Battery Safe Bag is a reliable storage solution designed to hold and protect your batteries while they charge. This compact bag is specifically engineered for safely managing up to four 2200 mAh batteries, making it ideal for hobbyists and professionals alike who require secure battery storage during charging sessions.

Constructed from 100% fireproof fiberglass fabric, the SUPULSE Lipo Battery Bag enhances fire resistance, ensuring safety in your home or car. Its durable design not only isolates air effectively but also provides a secure environment for charging various types of batteries. The bag features a convenient size of 7.28 x 2.95 x 2.36 inches, allowing for easy transport and storage of multiple batteries simultaneously. The outer surface is treated with a fire retardant coating, eliminating the annoyance of fiberglass exposure while maintaining optimal safety standards. Remember to keep the flap sealed while charging to maximize safety.

• Fireproof Material: Made from 100% fireproof fiberglass, enhancing safety during charging.
• Multi-Battery Capability: Safely holds various battery types including LiPo, NiMH, camera, and rechargeable batteries.
• Convenient Size: Dimensions of 7.28 x 2.95 x 2.36 inches provide ample space for multiple batteries.
• Easy to Carry: Lightweight design makes it perfect for transporting batteries securely.
• Safe Charging: Designed to ensure that only charging batteries are sealed inside the bag.
• Fire Retardant Coating: Protects against fiberglass irritation, ensuring user comfort.

The SUPULSE Lipo Battery Safe Bag is an essential accessory for anyone who frequently uses rechargeable batteries. Whether you are a drone enthusiast, a photographer, or simply someone who enjoys using various battery-operated devices, this bag offers the peace of mind you need. Invest in this reliable and efficient storage solution to ensure the safety of your batteries during use and transport.