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What Is The Safety Data Sheet From OneCharge?
The Safety Data Sheet (SDS) from OneCharge is a standardized technical document detailing the chemical composition, physical properties, hazards, and safety protocols for their energy storage products, such as lithium-ion batteries. It complies with global regulations like EU REACH and OSHA Hazard Communication Standard, providing critical information on handling, storage, emergency response, and environmental impact mitigation. Designed for industrial users and regulators, OneCharge’s SDS ensures safe usage across manufacturing, transportation, and disposal phases.
What defines the structure of OneCharge’s Safety Data Sheet?
OneCharge SDS follows the globally harmonized 16-section format, covering hazard identification, composition data, and firefighting measures. Pro Tip: Always check section 9 (physical/chemical properties) for thermal stability data critical for lithium-ion battery storage.
A Safety Data Sheet from OneCharge systematically addresses battery-specific risks through its structured format. Sections 1-4 outline product identification and immediate hazards—for lithium batteries, this includes thermal runaway risks and electrolyte flammability. Technical specifications like specific gravity (1.2–1.3 g/cm³ for LiFePO4 electrolytes) and nominal voltage ranges (e.g., 72V systems) appear in section 9. Why does this matter? Proper interpretation of these values prevents mismatched charging systems. The document also details first-aid measures for chemical exposure (section 4) and fire-extinguishing media (section 5), specifying Class D fire extinguishers for metallic lithium fires. A practical example: OneCharge’s 48V LiFePO4 battery SDS explicitly prohibits water-based extinguishers, directing users to use sand or dry chemical alternatives. Tables comparing SDS sections for different battery chemistries clarify these requirements:
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| Section | Li-ion (NMC) | LiFePO4 |
|---|---|---|
| 9.2 Flash Point | Not applicable | N/A |
| 10.5 Incompatible Materials | Water, strong oxidizers | Water, acids |
How does OneCharge’s SDS address battery-specific hazards?
Thermal runaway protocols and electrolyte leak procedures form core SDS content, with containment strategies for voltage spikes above 4.2V/cell. Pro Tip: Section 7 details PPE requirements—nitrile gloves (≥0.11mm thickness) are mandatory during battery repairs.
OneCharge’s safety documentation meticulously addresses unique lithium battery risks through hazard-specific controls. Section 2.3 classifies cells under UN3480 (lithium-ion) or UN3496 (lithium metal), dictating transportation compliance. But what happens if electrolyte leaks occur? Section 6 specifies neutralization using sodium bicarbonate for acidic leaks, followed by absorption with non-combustible materials. The SDS quantifies ventilation needs—minimum 12 air changes/hour in storage areas to prevent flammable vapor accumulation (>1% concentration). Real-world example: A forklift battery replacement protocol in section 7.3 requires torque-controlled tools (12–15 Nm) to prevent terminal damage. Comparative tables highlight differences in emergency response:
| Scenario | Li-ion Response | Lead-Acid Response |
|---|---|---|
| Thermal Event | Evacuate 15m radius | Neutralize acid spill |
| Cell Rupture | Isolate with fire blanket | Flush with water |
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FAQs
All SDS documents are available on OneCharge’s official portal—search by battery model (e.g., OC-LFP100) and download the latest REACH-compliant version.
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Does the SDS cover disposal requirements for expired batteries?
Section 13 details EPA-compliant recycling—only approved recyclers with Li-ion processing certifications should handle end-of-life units. Incineration is strictly prohibited.
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