Streamlight SL-20XP NiCad Battery Stick (6V 1.8Ah) for Flashlight

The Streamlight SL-20XP NiCad Battery Stick is a genuine replacement power source designed specifically for the SL-20XP polymer flashlight. With a voltage of 6 volts and a capacity of 1.8 amp-hours, this battery ensures reliable illumination during demanding tasks. The battery features five cells, carefully assembled in the USA with cells imported from France, guaranteeing high-quality standards and consistent performance. This NiCad battery is an essential component for maintaining optimal flashlight operation and longevity, providing dependable power for your professional or personal use.
Constructed to fit exclusively in the SL-20XP polymer flashlight model, this battery does not support compatibility with the SL-20XP LED flashlight. Its robust design and high-quality materials make it suitable for various demanding environments, ensuring durability and consistent output. The battery's compact design allows for easy installation and replacement, helping you maintain your flashlight's performance without hassle. Whether for emergency, security, or outdoor activities, this Streamlight battery offers a reliable power solution that meets professional standards.
Designed with precision and care, the SL-20XP NiCad Battery Stick is an ideal choice for users seeking a dependable power source for their flashlight. It is stockable, meaning it can be stored for future use without degradation, making it a practical addition to your equipment inventory. This battery is a perfect match for the SL-20XP polymer flashlight, ensuring compatibility and seamless operation, and it is built to meet the rigorous demands of various professional and recreational applications.

Features:

• Voltage: 6V for reliable illumination

• Capacity: 1.8Ah for extended use

• Designed exclusively for SL-20XP polymer flashlight

• Contains five cells assembled in the USA

• Made with high-quality cells imported from France

• Compact and easy to install or replace

• Stockable for future use without degradation