The various groups of explosives must at least also comply with the following requirements:
(A) Blasting explosives
(a) The proposed method of initiation must ensure safe, reliable and complete detonation or deflagration as appropriate, of the blasting explosive. In the particular case of black powder, it is the capacity as regards deflagration which shall be checked.
(b) Blasting explosives in cartridge form must transmit the detonation safely and reliably from one end of the train of cartridges to the other.
(c) The gases produced by blasting explosives intended for underground use may contain carbon monoxide, nitrous gases, other gases, vapours or airborne solid residues only in quantities which do not impair health under normal operating conditions.
(B) Detonating cords, safety fuses, igniter cords and shock tubes
(a) The covering of detonating cords, safety fuses and igniter cords must be of adequate mechanical strength and adequately protect the explosive filling when exposed to normal mechanical stress.
(b) The parameters for the burning times of safety fuses must be indicated and must be reliably set.
(c) Detonating cords must be capable of being reliably initiated, be of sufficient initiation capability and comply with requirements as regards storage even in particular climatic conditions.
(C) Detonators (including delay detonators) and relays
(a) Detonators must reliably initiate the detonation of the blasting explosives which are intended to be used with them under all foreseeable conditions of use.
(b) Relays must be capable of being reliably initiated.
(c) The initiation capability must not be adversely affected by humidity.
(d) The delay times of delay detonators must be sufficiently uniform to ensure that the probability of overlapping of the delay times of adjacent time steps is insignificant.
(e) The electrical characteristics of electric detonators must be indicated on the packaging (eg no-fire current, resistance, etc.).
(f) The wires of electric detonators must be of sufficient insulation and mechanical strength including the solidity of the link to the detonator, taking account of their intended use.
(D) Propellants and rocket propellants
(a) These materials must not detonate when used for their intended purpose.
(b) Propellants where necessary (eg those based on nitrocellulose) must be stabilised against decomposition.
(c) Solid rocket propellants, when in compressed or cast form, must not contain any unintentional fissures or gas bubbles which dangerously affect their functioning.