Dried apricots consistently rank as the dried fruit with the most iron among commonly available options, with reported values ranging from roughly 2.7 to 6.3 milligrams per 100 grams depending on the variety, growing conditions, and database consulted. That said, the gap between dried apricots and the runners-up is smaller than most nutrition lists suggest, and the iron your body actually absorbs from any dried fruit depends on what you eat alongside it. The story gets more interesting once you look beyond the raw numbers.
How the Most Common Dried Fruits Stack Up
If you line up the dried fruits most people can find at a grocery store, the iron content per 100-gram serving generally shakes out like this:
- Dried apricots: roughly 2.7 to 6.3 mg, depending on the source and variety
- Dried coconut: around 2.4 to 3.6 mg
- Dried figs: around 2 to 3 mg
- Raisins: about 1.9 to 2.6 mg
- Dried peaches: about 2 to 4 mg
- Dried goji berries: roughly 2 to 2.5 mg
- Prunes: around 0.9 to 1 mg
These numbers float around because no two apricots are identical. Different national food-composition databases (USDA, European databases, Australian tables) report slightly different values, and the cultivar and processing method matter enormously, as we will see. But the general ranking is fairly stable: dried apricots sit at or near the top, followed by dried coconut and dried figs, with prunes lagging well behind. That makes prunes, despite their reputation as a health food, a surprisingly poor choice if iron is your main concern.
One hundred grams of dried fruit is also a larger handful than many people realize. A typical snack portion might be 30 to 40 grams, which means you would get roughly a third of the listed values in a realistic sitting. For context, an adult woman under 50 needs about 18 mg of iron per day, and an adult man needs about 8 mg. Even the best dried fruit is a supplement to your iron intake, not a replacement for iron-rich foods like red meat, lentils, or fortified cereals.
Why the Numbers Vary So Much
You will find wildly different iron values for the same dried fruit depending on which source you check, and this is not just sloppy data. Several real factors drive the variation.
Cultivar matters more than most people expect. Research on pistachio cultivars grown in the same region found that iron content in the fruit ranged from about 66 to 82 mg per kilogram just by switching from one cultivar to another, a spread of about 25 percent.1PubMed Central. Agronomic characteristics, mineral nutrient content, antioxidant capacity, biochemical composition, and fatty acid profile of Iranian pistachio (Pistacia vera L.) cultivars Similar work on date palms showed that early-ripening cultivars and softer-fleshed varieties tended to have higher iron concentrations than late-ripening or dry-fleshed ones, and geography played a role too: the same cultivar grown in different oases produced different mineral profiles.2JOURNAL OF OASIS AGRICULTURE AND SUSTAINABLE DEVELOPMENT. Mineral fruit composition variation alongside Phoenix dactylifera L. cultivars dependently on geographical origin and agronomic traits If this much variation shows up within pistachios and dates, it is safe to assume the same thing happens with apricots, figs, and every other dried fruit on the shelf.
The drying method also changes things. A study on medlar fruit found that microwave drying at different power levels produced measurably different iron concentrations in the final product, with lower-power settings preserving more iron.3PubMed Central. Effect of different drying methods on bioactive potential and nutrients of medlar fruit Sun-drying, oven-drying, and freeze-drying each concentrate minerals differently because they remove water at different rates and temperatures. Since you rarely know how the dried apricots in your pantry were processed, the number on a nutrition database is always an approximation of what is actually in your bag.
Soil composition adds another layer. Iron is a soil mineral, and fruits grown in iron-rich soil absorb more of it. Two orchards fifty miles apart can produce apricots with meaningfully different mineral profiles. This is why nutrition databases report averages from multiple samples, and why those averages sometimes disagree with each other.
The Bioavailability Problem
Here is where the iron-content rankings become less useful than they seem. All dried fruit contains nonheme iron, the plant-based form. Your body absorbs nonheme iron far less efficiently than the heme iron found in animal foods. Typical absorption rates for nonheme iron hover around 2 to 20 percent of what you eat, compared to roughly 15 to 35 percent for heme iron. So even if you ate 100 grams of dried apricots with 6 mg of iron, your body might absorb less than a milligram of it.
The exact absorption rate swings dramatically based on what else is in your gut at the time, and this is where practical decisions come in.
What Helps You Absorb More Iron
Vitamin C is the single most powerful dietary booster for nonheme iron absorption. It works by chemically converting iron into a form your gut can take up more easily, and it can even counteract some of the substances that normally block absorption.4PubMed. Interaction of vitamin C and iron The enhancement is directly proportional to how much vitamin C is present, so a small squeeze of lemon does less than a whole orange eaten alongside your dried fruit.
In practical terms, pairing dried apricots or figs with a vitamin-C-rich food (citrus fruit, bell peppers, strawberries, kiwi) is one of the simplest things you can do to get more iron out of the same snack. One study found that when vitamin C was present alongside nonheme iron, absorption rates were substantially higher than when iron was consumed alone.5PubMed. Acute Copper and Ascorbic Acid Supplementation Inhibits Non-heme Iron Absorption in Humans This means the question of “which dried fruit has the most iron” is partly the wrong question. A dried fig eaten with an orange might deliver more usable iron than a dried apricot eaten on its own.
What Blocks Iron Absorption
Several common dietary components work against you. Polyphenols (found in tea, coffee, red wine, and many fruits and vegetables) and phytic acid (concentrated in whole grains, legumes, and nuts) are the two biggest culprits. They bind to iron in your gut and form complexes that your body cannot absorb.6PubMed Central. A Review of Nutrients and Compounds, Which Promote or Inhibit Intestinal Iron Absorption: Making a Platform for Dietary Measures That Can Reduce Iron Uptake in Patients with Genetic Haemochromatosis Calcium, soy protein, and egg protein also inhibit absorption to varying degrees.
The polyphenol issue is particularly relevant for dried fruit because many dried fruits are themselves rich in polyphenols. Raisins, dried cranberries, and dried blueberries are loaded with them. So these fruits contain both iron and a substance that limits how much of that iron you can use. Studies using iron isotopes have repeatedly confirmed that high-polyphenol foods reduce iron absorption in humans, though the long-term impact on overall iron status is harder to pin down.7Polyphenols in Human Health and Disease. Polyphenols and Low Iron Bioavailability
The practical takeaway: if you are eating dried fruit specifically for its iron, washing it down with tea or coffee is counterproductive. Pair it with vitamin C instead, and try to separate it from calcium-heavy foods like yogurt or milk by at least an hour or two.
Dried Fruits You Might Not Have Considered
Most “top iron dried fruits” lists focus on the usual supermarket options, but a few less common dried fruits deserve a mention.
Dried mulberries are increasingly available in health food stores and typically contain more iron per 100 grams than raisins or figs, though published values vary. They also bring a generous dose of vitamin C, which is unusual for a dried fruit and could mean better absorption of the iron they contain.
Jujubes (Chinese red dates) have been used in traditional Chinese medicine for centuries specifically to treat what was historically described as “blood deficiency,” a condition that overlaps with what we now call iron-deficiency anemia.8PubMed Central. A Review of Edible Jujube, the Ziziphus jujuba Fruit: A Heath Food Supplement for Anemia Prevalence Dried jujubes do contain iron, though modern analyses suggest their iron content is moderate rather than exceptional. Their traditional use likely reflects a combination of iron, vitamin C, and other compounds working together rather than iron content alone.
Dried coconut shows up high on some lists, around 2.4 to 3.6 mg per 100 grams, but it is worth noting that 100 grams of dried coconut is extremely calorie-dense, roughly 650 calories. If you are trying to boost iron without piling on extra energy, dried coconut is an inefficient vehicle compared to dried apricots or figs, which run about 240 to 250 calories per 100 grams.
The Calorie Trade-Off
Dried fruit is concentrated in everything: sugar, fiber, minerals, and calories. The drying process removes water but leaves everything else behind in a much smaller package, which means you consume nutrients and calories faster than you would eating the fresh version. A fresh apricot weighs about 35 grams and has around 17 calories. The same apricot dried weighs roughly 7 grams and has about the same calories packed into a much smaller bite.
If you are relying on dried fruit as a meaningful iron source, you need to eat enough of it that the calorie and sugar load matters. Five or six dried apricot halves weigh about 30 grams and deliver roughly 0.8 to 1.9 mg of iron, 70 or so calories, and about 15 grams of sugar. That is a reasonable snack. Eating 100 grams to hit the full iron values listed in nutrition tables means consuming 240-plus calories and around 50 grams of sugar, which is approaching the entire daily added-sugar limit recommended by most health authorities.
For people managing blood sugar, this trade-off is real. Dried fruit raises blood glucose more rapidly than whole fresh fruit because the sugars are more concentrated and the portion is easy to overeat. If you have diabetes or prediabetes and are eating dried fruit for iron, you might be better off choosing a lower-sugar option like dried apricots (which have a relatively modest glycemic impact compared to raisins or dates) and keeping portions small while pairing with a protein or fat source to slow digestion.
Heavy Metals in Dried Fruit
A less discussed concern is that the concentration effect of drying also applies to contaminants. Research comparing fresh and dried versions of the same fruits has found that dried products tend to have higher concentrations of heavy metals like cadmium and lead.9Scientific Reports. Concentration of cadmium and lead in vegetables and fruits This makes sense: remove the water, and everything else, including trace contaminants from soil and air pollution, becomes more concentrated per gram.
Studies on dried fruits sold in markets have found that some samples exceed the maximum levels for cadmium and chromium set by international food safety bodies.10PubMed Central. Health Impact of Heavy Metals in Samples of Dried Fruits in Iraq A separate analysis measuring arsenic, cadmium, lead, chromium, and nickel in bazaar-purchased dried fruits also flagged potential concerns related to daily intake.11PubMed Central. Determination of potentially toxic elements and health risk assessment of dried fruits
This does not mean you should avoid dried fruit. For most people eating normal portions from reputable sources, heavy metal exposure from dried fruit is low. But if you are eating large quantities daily as part of an iron-boosting strategy, it is worth buying from producers in countries with stricter agricultural monitoring and looking for organic or tested products when possible. The risk scales with how much you eat and where the fruit was grown.
Iron From Dried Fruit Versus Other Plant Sources
Dried fruit is a convenient iron source, but it is not the most efficient one if iron is your primary goal. Cooked lentils deliver roughly 3.3 mg of iron per 100 grams with far less sugar. Cooked spinach provides about 3.6 mg per 100 grams. Fortified breakfast cereals can contain 8 to 18 mg per serving, dwarfing anything dried fruit offers. Pumpkin seeds are another powerhouse, with roughly 8 to 9 mg per 100 grams.
Where dried fruit genuinely shines is as a portable, shelf-stable, no-preparation-needed snack that provides a modest iron boost alongside fiber, potassium, and other minerals. If you are already eating a reasonably varied diet and want to nudge your iron intake higher without cooking or planning, tossing a bag of dried apricots in your bag is a perfectly reasonable strategy. If you are trying to treat or prevent iron-deficiency anemia, dried fruit alone will not be enough, and you should be looking at iron-rich meals, vitamin C pairing, and possibly supplementation under medical guidance.
Sulfur Dioxide and Color
Many commercially dried apricots are treated with sulfur dioxide, which preserves their bright orange color and extends shelf life. Untreated dried apricots turn a dark brown color and have a more caramelized, slightly different flavor. Some people wonder whether sulfur treatment affects iron content. The evidence here is thin. Sulfur dioxide is primarily an antioxidant and antimicrobial agent; its direct effect on mineral content appears minimal. However, the browning that occurs in unsulfured fruit is a Maillard reaction that can change how some nutrients bind to other compounds in the fruit matrix, potentially affecting bioavailability in ways that have not been well studied.
From a practical standpoint, choose sulfured or unsulfured apricots based on your taste preference and any sulfite sensitivity. People with asthma are more likely to react to sulfites and may want to stick with the brown, unsulfured variety. The iron content difference between the two is unlikely to be large enough to matter for your diet.
Who Needs to Think About This Most
Iron-deficiency anemia affects roughly a quarter of the global population, and certain groups are at particularly high risk. Premenopausal women lose iron through menstruation each month and frequently run low. Pregnant women need substantially more iron to support fetal development. Vegetarians and vegans who do not eat heme iron from animal sources rely entirely on nonheme sources, making absorption-enhancing strategies especially important. Endurance athletes, particularly female runners, lose iron through a combination of foot-strike hemolysis, sweat, and gastrointestinal losses during training.
For all these groups, dried fruit can be a useful part of a broader iron strategy, but the emphasis should be on “part of.” Relying on dried apricots as your main iron source would require eating impractical quantities. A smarter approach is to combine several nonheme sources throughout the day (lentils at lunch, fortified cereal at breakfast, dried apricots as a snack) and consistently pair them with vitamin C while avoiding tea, coffee, and calcium-rich foods at the same meal.
If you suspect you are iron-deficient, a blood test for serum ferritin is the standard way to check your iron stores. Symptoms like persistent fatigue, pale skin, brittle nails, and shortness of breath with mild exertion are all worth bringing to a doctor. Dried fruit is a food, not a treatment, and moderate-to-severe deficiency usually requires supplementation or dietary changes more aggressive than adding a handful of apricots to your afternoon snack.