Dried fruits are the clear winners when it comes to iron content. Because drying concentrates nutrients by removing water, dried apricots contain nearly seven times more iron than fresh apricots by weight. Most fresh fruits deliver only trace amounts of iron, so if you’re looking to boost your intake through fruit, dried varieties and certain specialty berries are your best options.
Dried Fruits With the Most Iron
Dried fruits pack the most iron per serving of any fruit category. Here’s how the top options compare for a standard 30-gram serving (roughly a small handful):
- Dried figs: 1.2 mg iron per 30g (about 2 to 3 figs)
- Raisins: 1.1 mg per 30g (one heaped tablespoon)
- Dried apricots: 1.0 mg per 30g (3 to 4 halves)
- Prunes: 0.8 mg per 30g (3 to 4 prunes)
These numbers might look modest on their own, but dried fruit is easy to add throughout the day. Toss raisins into oatmeal, snack on figs in the afternoon, and chop dried apricots into a salad at dinner, and you’ve added 3 mg or more without much effort. For context, that’s over a third of an adult man’s daily requirement.
Dried goji berries deserve a mention here too. A small 28-gram serving (about 5 tablespoons) provides roughly 11% of the daily value for iron, making them one of the more iron-dense fruit options available. They also contain vitamins A and C, which gives them a built-in absorption advantage (more on that below).
How Much Iron You Actually Need
Your daily iron target depends heavily on your age and sex. Adult men need 8 mg per day at any age. Women between 19 and 50 need 18 mg, more than double the male requirement, primarily because of menstrual blood loss. After 50, women’s needs drop to 8 mg. Pregnancy pushes the requirement to 27 mg per day, the highest of any life stage.
That 18 mg target for premenopausal women is worth keeping in mind as you look at the numbers above. A handful of dried figs at 1.2 mg covers about 7% of that daily goal. Fruit alone won’t get you there, but it’s a meaningful contributor when combined with other iron-rich foods like beans, lentils, fortified cereals, and leafy greens.
Why Fresh Fruit Falls Short
Fresh fruits like strawberries, watermelon, and raspberries contain iron, but in very small amounts, typically under 0.5 mg per serving. The difference comes down to water content. A fresh apricot is about 86% water, which dilutes every nutrient per bite. Dried apricots deliver 2.66 mg of iron per 100 grams, nearly seven times the concentration found in the same weight of fresh fruit.
This doesn’t mean fresh fruit is useless for iron intake. It plays a different, arguably more important role: helping your body absorb the iron you get from other foods.
Vitamin C in Fruit Boosts Iron Absorption
All iron in fruit is the non-heme type, which is the form found in every plant food. Your body absorbs non-heme iron far less efficiently than the heme iron in meat. This is where vitamin C becomes critical.
Vitamin C is the most reliable dietary factor for improving non-heme iron absorption. In one study, adding increasing doses of vitamin C (from 25 mg to 1,000 mg) to a meal containing non-heme iron pushed absorption rates from 0.8% up to 7.1%, nearly a ninefold increase. The effect is strongest when you consume vitamin C at the same time as your iron source.
This means pairing iron-rich dried fruits with vitamin C-rich fresh fruits creates a practical combination. Add dried apricots to a bowl with sliced oranges or strawberries. Blend prunes into a smoothie with mango. The vitamin C in the fresh fruit helps unlock more of the iron from the dried fruit (and from anything else you’re eating at that meal). Worth noting: the absorption boost is strongest at individual meals and becomes less dramatic when measured across an entire day’s diet, so timing matters.
Prune Juice as a Liquid Option
If you prefer drinking your iron, prune juice is the most commonly available fruit juice with meaningful iron content. A half-cup serving provides about 1.5 mg of iron. A full cup gets you to 3 mg, which is a solid contribution, especially for a beverage. It’s a practical option for people who have difficulty chewing dried fruit or simply want variety.
What Reduces Iron Absorption From Fruit
Certain compounds in common foods and drinks interfere with non-heme iron absorption, and the effect can be significant. Research shows these inhibitors can reduce absorption anywhere from 1% to 23%, depending on the amount consumed.
The biggest culprits to watch for:
- Tannins in tea and coffee: These bind to iron and make it harder to absorb. Drinking tea or coffee with your iron-rich snack or meal can noticeably cut absorption. The simple fix is to enjoy these beverages between meals rather than alongside them.
- Phytates in whole grains, seeds, and legumes: These naturally occurring compounds reduce absorption of iron, zinc, and several other minerals. If you’re eating trail mix with dried fruit and seeds, the iron in the fruit may not be fully available to you.
- Calcium: Found in dairy products and fortified foods, calcium competes with iron for absorption. Eating a handful of dried figs with a glass of milk is less effective than eating them on their own or with a source of vitamin C.
None of this means you should avoid these foods entirely. It’s about timing. If you’re deliberately trying to maximize iron from fruit, eat your dried figs or apricots with something rich in vitamin C and save the tea, coffee, or cheese for a different time of day.
Putting It Together
The most practical strategy for getting iron from fruit is to keep a rotation of dried figs, raisins, dried apricots, and prunes in your pantry. A 30-gram serving of any of these adds roughly 1 mg of iron, and most people can easily eat two or three servings across a day. Goji berries offer a higher concentration if you can find them. Pair these with vitamin C-rich fruits like oranges, kiwi, or strawberries at the same meal, and avoid washing them down with tea or coffee. For people who need the highest iron intake, particularly premenopausal women or those who are pregnant, fruit works best as one piece of a broader strategy that includes legumes, fortified grains, and leafy greens.