Grey Staff Lanyards with Metal Lobster Clip

Our 15mm Recycled Grey Staff Lanyards with Metal Lobster Clip offer a practical and environmentally friendly solution for staff identification. Made from recycled PET (rPET) materials, these lanyards are not only durable but also contribute to reducing plastic waste. The grey lanyards feature the word “STAFF” printed in white, ensuring clear and professional identification.

• Material: Recycled (rPET) polyester, which provides both durability and a soft, comfortable feel.
• Width: 15mm, ideal for securely holding ID cards, badges, or keys.
• Clip Type: Metal lobster clip, known for its strength and ease of use.
• Safety Feature: Equipped with a quick-release safety breakaway, ensuring user safety by detaching if pulled or caught.

Technical Details

• Length: 90cm total length, providing a 45cm drop when worn.
• Colour: Grey with “STAFF” printed in white.
• Weight: Approximately 0.016 kg per lanyard
• Dimensions: 11.5 × 9 × 2.5 cm (package dimensions)
• Number of Safety Breakaways: 1
• Material: Recycled (rPET) polyester

These lanyards are ideal for use in various professional settings, including offices, schools, and events, where staff identification is essential. The grey design offers a neutral and professional appearance suitable for any environment.

Q&A Section

Q: What makes these lanyards eco-friendly?

A: These lanyards are made from recycled PET (rPET) materials, derived from recycled plastic bottles. This process helps reduce plastic waste and supports environmental sustainability.

Q: Are these lanyards suitable for daily use?

A: Yes, the durable rPET material and strong metal lobster clip make these lanyards ideal for daily use in professional settings.

Q: Can these lanyards be customized?

A: These lanyards come pre-printed with “STAFF,” but custom options are available if additional branding is required.

Q: What is the purpose of the safety breakaway feature?

A: The safety breakaway mechanism ensures the lanyard detaches quickly if pulled or caught, preventing potential choking hazards.