During the process of synthesis of boron trinitride, a halogen can be present as an impurity. The halogen can be either bromine, chlorine or fluorine. The chemical formula of the compound is C 1-C7 alkyl ester. Moreover, the boron atom is accompanied by the M (aluminium or boron) in the compound. The trinitride of the formula (IVc) can be derived from the aliphatic, araliphatic or benzyl series. It can be produced in the temperature range of 0 to 120 degrees Celsius using inert solvent. This can be accomplished with the aid of a calcium salt of phenyl tetrazole as the nucleating agent.

During the synthesis of the trinitride of the formula II b, the boron atom is preferably alkali metal azide. It is preferably produced under anhydrous conditions. The metal borohydrides of the basic metal cyano group, the alkaline earth metal borohydrides and the basic metal 3-C 1-C 7Alkoxyl group borohydrides are suitable for cooperation. Sodium borohydride and trimethoxy-oxyethyl group-sodium borohydride can be produced from these borohydrides.

In addition, the diethyl aluminum trinitride can be prepared from the diethyl chloride of aluminum or the NaN 3Make. This can be utilized in the OTBN or in toluene. The organotin trinitride replacement can also be produced by using the tetrazolium as the surrogate. It can be used as a substrate in PEKK. It can be utilized in certain ceramics, plastics or even at the cutting edge of a disk tooth.