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Fire Salt Lemon Lime Electrolyte Hydration Sticks, Zero Sugar, 32 Count

Product score82.5 / 100Very good
Brand
Fire Science Nutrition
Category
Electrolyte Replacements
Recorded price
$43.99

Supplement facts

Label photo ›
Serving size
1 Stick Pack (7.4g)
IngredientAmount per serving% daily value
Calories5—
Total Fat0 g0%
Saturated Fat Part of Total Fat0 g0%
Trans Fat Part of Total Fat0 g—
Cholesterol0 mg0%
Sodium670 mg29%
Total Carbohydrate1 g0%
Dietary Fiber Part of Total Carbohydrate0 g0%
Total Sugars Part of Total Carbohydrate0 g—
Includes 0g Added Sugars Part of Total Sugars0 g0%
Protein0 g0%
Vitamin D0 mcg0%
Calcium90 mg6%
Iron0 mg0%
Potassium190 mg4%
Magnesium90 mg20%

Label data transcribed from product photos.

Label data as of

Label photo
Open full-size photo ›

Product score

82.5 / 100Very good
Category average
54.1 / 100

This is a substantial one-stick electrolyte formula, but its routine and salt forms are not clearly specified.

Scoring criteria
  • Quantity

    100 / 100

    One assumed stick supplies 670 mg sodium with meaningful potassium and magnesium, which is a reasonable general supplemental electrolyte amount.

  • Form

    65 / 100

    The electrolyte salts and their relevant absorption or tolerability properties are not identified on the photographed label.

  • Convenience

    100 / 100

    Directions are absent, so one stick pack daily is the assumed evaluated routine and the title verifies a 32-stick package.

  • Label accuracy

    75 / 100

    The listed nutrient amounts are internally consistent, but the medium-confidence photograph and absent serving directions leave label details unresolved.

  • Formula balance

    75 / 100

    The disclosed electrolyte amounts form an ordinary balanced combination without an established compatibility problem at the assumed serving.

  • Purity

    75 / 100

    No problematic additives or contamination evidence is provided, so purity remains ordinary and unresolved.

  • Cofactors

    0 / 100

    The declared ingredients are treated as co-primary electrolytes rather than distinct supportive cofactors.