EasyPak™ Recycling Containers
It’s more than just a box. EasyPak™ recycling containers are the safe and easy way to recycle your facilities’ fluorescent bulbs, batteries, ballasts, and electronics. One price includes everything you need, the UN Certified container, shipping to the recycling center, recycling fees, and certificate of recycling. With EasyPak™, recycling is simplified to 4 easy steps:
1. Fill EasyPak™ Recycling Containers with Waste
Fill recycling containers with your fluorescent lamp, battery, ballast, electronic, or thermostat waste. All recycling containers are UN Certified for safe storage and transport, have poly bag liners for your safety, and come with full instructions.
2. Return for Recycling via Pre-Paid Shipping
Each recycling container comes with a pre-paid shipping label. Follow the instructions printed on the container and contact the shipper to schedule a pickup.
3. Access Certificate of Recycling
Every time you recycle with EasyPak™, you are issued a Certificate of Recycling verifying your recycling history and notified via email. A Certificate of Recycling is available for download from your online account at any time.
4. Track Recycling Efforts Online
Access live visual reporting based on the amount of waste recycled at your facility.
Click Here to see the 3 Steps to a Sustainable Recycling Program.
www.EasyPakSolutions.com
1.888.640.6700
Share on Socials!
No Drip/No Melt FR Mechanics Hybrid
Smart LED Strip Light Kits: Convenient Lighting Control With a Smartphone or Tablet
New Type RA, Stacked Polyester Capacitors Supplies High Energy Density for High Ripple Current Applications
Leaders in Electrical Safety
• Bowtie Engineering
• Enespro
• I-Gard Corporation
• IRISS
• Lakeland Industries
• National Safety Apparel
• National Technology Transfer
• Oberon
• Saf-T-Gard
• SEAM Group
Subscribe!
Sign up to receive our industry publications for FREE!
Featured Product
ST800: 800amp Service Tester
1. Test Integrity of Secondary Service
2. Identify Secondary Cables
3. Identify Feed In and Feed Out at Padmount
4. Identify Energized and De-Energized Cables
www.bierermeters.com