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When handling battery acid

When handling battery acid, always wear proper eye, face and hand protection.

  1. Battery acid (electrolyte) is a solution of sulfuric acid and water that can destroy clothing and burn skin. Use extreme caution when handling electrolyte and keep an acid neutralizing solution – such as baking soda or even household ammonia mixed with water – readily available in the event of a spill
  2. You can add acid to water, but you can never add water to acid
  3. Always wear eye protection; if electrolyte is splashed into the eye, immediately force the eye open and flood with clean cool water. Get medical attention immediately
  4. If electrolyte is somehow taken internally, drink large amounts of water or milk. DO NOT induce vomiting. Get medical attention immediately
  5. Neutralize with baking soda any electrolyte that spills in the work area, rinse with water
General Lead Acid Battery Description
General Lead Acid Battery Applications
General Lead Acid Battery Types
General Lead Acid Battery Chemistry
Discover® Sealed Valve Regulated Lead Acid Batteries
Discover® Deep Cycle AGM Battery
Discover®700 Series Dry Cell Battery
Discover® EV Traction Dry Cell Battery
General Benefits and Features of Discover Valve Regulated Lead Acid (VRLA) Technology
Sales Channels for Discover Battery Technologies
Things to question when making a battery buying decision
What to consider when buying a deep cycle battery
Information gathering before buying batteries
Calculating cost to own when purchasing batteries
Safety First
Safety and Productivity
When working with batteries
When handling battery acid
When installing or replacing batteries
When booster cables are used
Danger of exploding batteries
Warning and warning labels
Parallel connections for sophisticated users and installers
Parallel connections for unsophisticated users and installers
When charging batteries
Selecting a charger
General charging information for AGM and GEL batteries
GEL battery charging
AGM battery charging
Equalizing (Flooded batteries only)
Typical self-discharge of VRLA batteries at different temperatures
Typical self-discharge of high quality deep cycle flooded batteries at different temperatures
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