There are 24 species of Acacia Mangium plants in Asia and nine species of Acacia Mangium in Malaysia, with yellow flowers, white flowers and pale yellow flowers.

Acacia Mangium grows everywhere in Malaysia. The wood is hard and can be used for various purposes. Malaysia has plenty of sunshine, and Acacia Mangium likes a warm and humid climate and is also resistant to drought. The tree has super fecundity. Within 20 years, under all conditions permitting, it can grow vigorously and rapidly, so it is also called the “king of the forest” in the plant kingdom. The local Acacia Mangium trees are dominated by yellow and white flowers, and the types can be divided into large leaves, medium leaves and small leaves. In the morning and evening, honeydew will flow out on certain parts, allowing all kinds of insects to collect.

There are many Acacia Mangium trees in the tropical rain forests of Malaysia. The unique geographical location and unique natural growth environment will secrete precious honeydew every morning and evening. In the inland forests of Central Malaysia such as Pahang, Negeri Sembilan and Johor, the local tropical rain forests have too many Acacia Mangium trees that grow densely, and there are inexhaustible sources of nectar.

The honey brewed from the nectar source of the Acacia Mangium tree generally has a very low moisture content, less than 21% moisture. It has a very good taste and a mellow and sweet taste. Beekeeping in the dense Acacia Mangium bushes in the deep mountains usually takes less than 20 days. A colony of Apis Cerana can collect 8 to 15 kilograms of Acacia Mangium honey in the beehive.

There two types of Raw natural Acacia Mangium honey that produced by Well Beeing Health Farming, first is mature honey which collect and harvest at least 20 days; another is old honey which will be collected only after half a year. The curative effect of old honey is first-rate, and the stock is limited. The longer it is stored, the more mellow and delicious taste, attractive colour, and more effective curative effect.