Ultima Replenisher
Daily hydration seekers who want zero-sugar, zero-calorie electrolytes with clean ingredients
Liquid I.V. Hydration Multiplier
Mainstream consumers who prioritize taste and convenience over clean-label credentials
Score Comparison
Pricing & Features
Making Your Decision
When to Choose Ultima Replenisher
Daily hydration seekers who want zero-sugar, zero-calorie electrolytes with clean ingredients
Ultima Replenisher is one of the cleanest zero-calorie electrolyte options with no sugar, artificial sweeteners, or fillers. The very low sodium makes it better for daily hydration than athletic performance. The wide flavor variety and affordable bulk pricing add practical appeal.
Strengths
- Zero sugar, zero calories, zero artificial ingredients — one of the cleanest formulas available
- Contains 6 electrolytes plus trace minerals and support vitamins
- Available in stick packs and bulk canisters with 10+ flavor options
Limitations
- Uses stevia and citric acid which some find creates a slightly tart aftertaste
- Sodium content (55mg) is very low — insufficient for heavy sweating or athletic use
- Plant-based colors may cause slight staining of water bottles over time
When to Choose Liquid I.V. Hydration Multiplier
Mainstream consumers who prioritize taste and convenience over clean-label credentials
Liquid I.V. is the most recognizable name in electrolytes, and the taste delivers. However, 11g of added sugar per serving and opaque "natural flavors" labeling put it behind cleaner competitors on ingredient quality. Best for those who want something that tastes great and is available everywhere.
Strengths
- Uses Cellular Transport Technology (CTT) for enhanced water absorption
- Widest flavor variety and most widespread retail availability
- Great taste consistently praised in user reviews
Limitations
- 11g of added sugar per serving — significantly more than clean-label competitors
- Contains citric acid and natural flavors without full disclosure of sources
- Moderate electrolyte content (500mg sodium) relative to sugar load
