Materials management
Review substances of concern using test documents and supply-chain information to support material selection.
ENVIRONMENTAL RESPONSIBILITY
Every unit of energy.
A thought for the future.
Consider materials, resources and the product life cycle as we explore the value of rechargeable energy.
01 / OUR ENVIRONMENTAL FOCUS
From materials to use, consider each stage.
Consider materials management, resource conservation and circular use throughout the product life cycle.
Resource conservation
Consider energy use, resource consumption and process improvement across production and office activities.
Circular use
Promote separate collection and professional recycling, extending product responsibility beyond use.
02 / MATERIAL INFORMATION
Material information.
Start with a test report.
The historical heavy-metal report tests lead, cadmium and mercury in a submitted YL 18650 2200mAh sample.
DSP25030042-1 / 2025.03.05
| Test item | Result | Detection limit |
|---|---|---|
| Pb Lead | ND | 0.0002% |
| Cd Cadmium | ND | 0.0002% |
| Hg Mercury | ND | 0.0002% |
ND means below the method detection limit, not absolute zero. Results apply only to the report sample and do not certify the current 4000mAh product or an environmental management system.
03 / PRODUCT LIFE CYCLE
Responsibility beyond use.
Keep safety and environmental information available from product selection and storage through end-of-use handling.
Read the safety data sheetUnderstand the materials
Review composition, handling and disposal information in the safety data sheet for the relevant product.
Check applicability
Check the document version and scope against the actual model, specifications and operating conditions.
Consider professional recycling
Discuss suitable professional collection and recycling channels according to current local requirements.
A GREENER TOMORROW