Key Features
- Self-Powered Technology: No batteries or external energy sources required.
- Long-Lasting Luminescence: Brightness remains visible for decades, gradually decreasing over time.
- Compact and Customizable: Available in various sizes, colors, and shapes to suit diverse applications.
- Durable Construction: Made with borosilicate glass for maximum strength and chemical resistance.
- Temperature Resistant: Functions reliably in extreme conditions, from -55°C to 200°C for permanent use.
- Safety Assured: Hermetically sealed to prevent tritium leakage, with rigorous submersion testing for quality assurance.
Tritium Decay
Custom Solutions
For inquiries or custom specifications, contact us at:
Email: info@betalight-tactical.com
Standard Dimensions
- 1.5x6mm
- 2x6mm
- 2x12mm
- 3x11mm
- 3x15mm
- 3×22.5mm
- 3x25mm
- 3.5x25mm
- 1.5x3x6mm
- 1.5x3x9mm
Not the size/shape you’re looking for? We also offer custom solutions for Tritium vials.
NASA Testing Betalight Tritium
NASA has tested tritium lights, including Betalight’s advanced gaseous tritium light sources (GTLS), to explore their potential for space and lunar applications. These tests aim to develop reliable radioluminescent lighting solutions that can withstand the extreme conditions of space.
Key objectives include identifying optimal materials for coating, determining ideal sizes and shapes for various lighting needs, and evaluating the lights’ durability under UV exposure, thermal vacuum, and other harsh environments.
NASA envisions utilizing tritium lights for critical tasks such as imaging, docking, tracking, and color indicators on space stations and lunar exploration equipment, emphasizing their unique ability to provide long-term, maintenance-free illumination
