A. High Phosphate contents:
The phosphate content in our feed grade Dicalcium Phosphate(Phosphorus Acid Hydroxide Calcium) product is above 18%.which is more than the standard 16% implemented in china.
B. High Digestible Phosphate contents: (measured in 2% citric acid solubility)
The digestible phosphate content in our Dicalcium Phospate (Phosphorus Acid Hydroxide Calcium) is 99.5%~99.9%, which so far no other similar product don't have. Thus,it helps poutry absorption and growth,whereas reduce the cost for the buyers (poultry owner).

C. Biology /Organism Utility Rate comparison chart:

Source: Breed Experiment Farm of Taiwan.

D. Low Fluoride Content:
The fluoride content in our Dicalcium Phosphate (Phosphorus Acid Hydroxide Calcium) is controlled around 0.12% which can prevent and cure the cartilage and rickets/rachitis that occurs in poultry.
E. Low CO2 Content:
We use top quality calcium hydroxide to produce Dicalcium phosphate (Phosphorus Acid Hydroxide Calcium), which is different from the normal calcium carbonate production technique, thus, the CO2 content is relatively low which directly promote poultry's digestibility and appetite and enforce its vitality and disease resistance.

    High mobility/fluidity, can be easily mixed with other fodder.

    Due to the low powder, during the production process of whole price material and pre-mix material, it reduces the

material loss, helps improve the reprocessing environment, and secure employees health.

    The grain shape product is similar to that of mixed fodder that can be slowly digested by animals, thus better

absorption can be achieved through the interaction of calcium, phosphate, and other nutrient.

    In the case of raising fluoride content, our product will not lose the crystallize water which will reduce the content

of digestible phosphate. (100% digestible thus can be reached.)

The high phosphate utility rate not only can reduce the fodder production cost, through the animal absorption, it can also reduce the phosphate discretion and reduce pollution to the living environment.