FAQS
The flavor of any honey originates from the flowers, which represent the essence of all parts of the plant, concentrated in the nectar. Bees process this nectar and transform it into a thick, highly concentrated, sweet liquid through which we taste all the plant's components — which may carry notes of bitterness, acidity, or sharp pungency. The colors of each floral source vary between light and dark, thin and thick, depending on the genetic makeup of each plant and its geographical location.
Bees act as carriers of all the plant's nutritional, therapeutic, or toxic properties — yet toxins are automatically filtered out by the bee within its body through highly complex chemical processes that occur in its stomach. The bee's stomach is a chemical laboratory of remarkable precision and efficiency, one that all the facilities and laboratories ever built by mankind cannot come close to matching. During the journey of transferring nectar from the flower to the hive, the harmful elements of the nectar are eliminated while its benefits are preserved — and all of this takes place during the bee's movement between flowers before ever reaching the hive.
Then when the bee returns to the hive at sunset, it transfers its harvest to another bee, which injects it into the well-known hexagonal cells. All of this — the analysis, synthesis, and immense chemical processes — takes place inside the bee's stomach in a single day, from sunrise to sunset.
It is not enough for a person to merely be a honey seller to be able to distinguish between genuine honey and those adulterated liquids described as "natural honey." Rather, one must be a seasoned expert capable of delivering a detailed assessment simply by looking at it with the naked eye — even before smelling it, let alone tasting it. Such individuals belong to a rare category of specialists that is seldom found.
As for the ordinary person, we advise them to rely on laboratory test results, as there is no other means by which they can feel confident — traditional testing methods simply do not suffice. Conventional ways of testing honey — such as dripping it onto soil, lighting a match, observing the pouring thread, and similar methods — can all be overcome by the skill of counterfeiters and their use of electronic machinery, making the honey appear genuine under these simple tests, while the liquid is in reality entirely artificial and contains not a single drop of flower nectar.
No matter how many reassuring phrases you encounter such as "natural honey" or "pure honey," nothing is better or more reliable than a chemical analysis of the sugar components of honey's contents, conducted in an accredited, advanced laboratory with legal accountability — and this is precisely what the Aziz family provides.
One of the cheapest tricks used to deceive consumers is displaying nutritional content on honey jar labels — such as carbohydrate levels, salts, potassium, calcium, and other minerals — knowing full well that these are general analyses applicable to all food products such as bread, canned goods, and carbonated beverages. Such nutritional reports have absolutely no bearing on the concept of honey quality, and even the World Trade Organization does not require them as a condition for marketing honey. The essential analysis should be limited to specific elements, such as the ratios and concentration of natural sugars (fructose, glucose, sucrose), in addition to acidity and moisture content.
Displaying general nutritional data on honey labels as evidence of quality is part of the systematic misleading practices carried out by many commercial companies, and it is in no way an indicator of honey quality.
Genuine honey is rich in health benefits and therapeutic properties, whereas manufactured liquids marketed under the name "natural honey" are typically loaded with starches and artificial sugars enhanced with flavorings to mimic the taste of real honey. These products can be harmful to health, contribute to an increase in harmful body fats, and deliver none of the desired benefits — with diabetics being among the most adversely affected groups.
It is not real honey — it is manufactured sugars, starchy substances, artificial flavorings, and colorings designed to harm the body rather than benefit it. It raises blood sugar levels to dangerous heights, making its consumption a genuine risk for diabetics. Furthermore, it may strain the pancreas due to the difficulty of processing large quantities of manufactured sugars. Excessive consumption may also contribute to increased body fat, as all these sugars are known to convert into complex fats, raising the likelihood of obesity and its associated health problems — which can negatively affect vital organs such as the heart, liver, pancreas, and kidneys. In summary, honey of unverified quality is in reality no better than french fries and carbonated beverages in terms of its negative impact on health.
Many people — including some beekeepers — are unaware of the true difference between the two types of honey. Both produce natural beneficial honey, yet the difference lies not in the pasture, flowers, or nectar, but in the species and strain of the bee feeding on those very same floral sources. Although both types of bees — domesticated bees and Abu Tuwaiq bees — may graze on the same flowers and draw the same nectar, each strain produces a honey that differs from the other in flavor and quality, as though they came from entirely different meadows.
Domesticated farmed bees, although larger in size and more productive, with a greater capacity to fly distances of up to three kilometers and harvest larger quantities of nectar, have a lesser ability to process, mature, and concentrate the nectar within their bodies compared to wild bees (Abu Tuwaiq). Wild bees, on the other hand, even if smaller in size and less productive, with a navigational range of barely half a kilometer from the hive, possess an exceptional efficiency in enduring heat, drought, and harsh climatic conditions — making the chemical interaction processes within their bodies significantly more efficient.
The matter can be likened to the difference in metabolic capacity between two people — some burn food quickly and do not gain weight easily, while others tend to store fat despite eating little. Similarly, even with the same pasture, wild bees process nectar with greater efficiency, which is reflected in the flavor and concentration of the honey.
Farmed honey tends to be lighter in sweetness and flavor, while wild honey is characterized by higher concentration, stronger flavor, and a natural bitterness that may accompany a mild sharpness in the throat when sipped. With these differences come differences in nutritional and medicinal value — the concentration of active components and medicinal properties in an Abu Tuwaiq hive is undoubtedly stronger compared to domesticated bee hives, owing to the nature of the bee itself rather than the pasture or flowers.
The difficulty in obtaining this type of honey lies in the fact that wild bees live independently and cannot be easily domesticated — they select rugged, hard-to-reach locations for their hives, such as mountain cliffs and treetops, making access to them a tremendous challenge that can at times prove fatal.
Aziz affirms that its products surpass the highest quality standards. As for wild honey (Abu Tuwaiq bees), it is too extraordinary to be fully described — reaching its natural hives in the wilderness and rugged mountains requires days of walking and searching in areas inaccessible by vehicle, where one may encounter towering heights that make any attempt to reach them fraught with danger, including severe injury, permanent disability, or even death.
As for farmed honey, at Aziz we strive to keep sucrose levels at zero percent, and we take great care to keep our apiaries away from any potential sources of artificial sugar or agricultural areas where pesticides are sprayed, in order to guarantee the purity of the honey and protect the bees. The apiaries are kept far from populated areas and commercial farms to ensure product quality, and everything at Aziz is 100% pure and raw.
Although a sucrose level of up to 5% is generally considered safe for diabetics, Aziz insists on remaining within the zero percent threshold — a remarkably demanding goal, and achieving this exceptionally low level requires meticulous effort and monitoring that can only be accomplished with great difficulty.
At Aziz, we share the laboratory test certificate for every harvest so that our customers can rest assured they are in trustworthy hands that will neither deceive nor exploit them. We affirm that our products are not merely honey — they are a dose of health in a bottle. The test certificate is conducted for farmed honey (apiary honey), whereas for wild free-range honey (Abu Tuwaiq bees), we consider laboratory analysis a great insult to its standing — for to us it is something precious, like the majesty of diamonds above all other stones. Its level is beyond measurements, analyses, and numbers — it is medicine. As for our esteemed customers, should they wish to have the wild honey analyzed for their own peace of mind, they are most welcome to do so.