Description
BRADY 2150-0001 Black NextLife™ Fully-Compostable Organic Cotton Lanyards
The Brady 2150-0001 Black NextLife™ lanyard is an eco-friendly badge-carrying solution made with soft, comfortable organic cotton and fully-compostable components. Designed for everyday ID badge use, this 5/8" / 16mm black lanyard includes an organic breakaway and a no-twist wide organic hook for secure, comfortable credential display.
Eco-Friendly NextLife™ Construction
A soft and comfortable fully-compostable organic cotton material combines with a twist-free organic-based attachment hook and breakaway for the ideal eco-friendly solution. The black cotton color offers a classic, professional look for schools, offices, healthcare facilities, events, and organizations focused on sustainable badge accessories.
Comfortable, Twist-Free Badge Display
The 16mm flat lanyard width provides comfortable all-day wear, while the no-twist wide hook helps keep badges facing forward for easier visibility and scanning. The breakaway feature adds a safety release point for workplace, school, and visitor management environments.
Important Photo Note
Breakaway and hook are BLACK, not white as indicated in the photo.
Product Highlights
- Brady 2150-0001 Black NextLife™ lanyard
- Fully-compostable organic cotton material
- 5/8" / 16mm flat lanyard width
- Organic breakaway safety release
- No-twist wide organic hook attachment
- Black organic cotton lanyard color
- Black breakaway and black hook
- Designed for ID badges, badge holders, and slot-punched credentials
- Sold as a pack of 100 lanyards
Ideal For
Use Brady Black NextLife™ compostable lanyards for employee badges, visitor badges, event credentials, school IDs, healthcare ID programs, and organizations looking to reduce plastic-based badge accessory waste while maintaining a professional, comfortable lanyard option.
The neutral white color coordinates easily with existing branding programs, making these lanyards a popular choice for organizations seeking a clean and professional identification solution.