In which industries is Nitroguanidine used

      Nitroguanidine (NQ) is a high nitrogen, low sensitivity, high-energy energetic material and fine chemical intermediate, with core applications concentrated in four major industries: military energetic materials, civilian blasting, solid propellants, and pesticide and pharmaceutical synthesis.

1、 Military and defense industries (largest application areas)

      Inert military explosives (IMX/AFX series): As a core component replacing some RDX/HMX, it significantly reduces the sensitivity of explosives to impact and friction, improves the safety of ammunition storage, transportation, and combat, and is used for shells, aerial bombs, and missile warheads.

      Three base propellants (artillery/firearms): used for large caliber artillery, tank guns, and naval gun propellants, which can reduce chamber temperature, muzzle flame, and barrel erosion, while maintaining high chamber pressure and improving range and accuracy.

      Explosive/booster sequence: used as a insensitive booster in safety detonators and detonators to ensure the reliability and safety of detonation.

2、 Civil Blasting and Engineering Construction

      Low explosion temperature and low harmful gas explosives: added to emulsion explosives and ammonium oil explosives, used in safety sensitive scenarios such as underground coal mines, tunnels, and urban demolition, significantly reducing toxic gases such as carbon monoxide and nitrogen oxides, and lowering explosion temperature and gas explosion risks.

      Special blasting: used for low shock wave and high safety operations such as underwater blasting, metal cutting, and safe destruction of waste ammunition.

3、 Aerospace and Propellant Field

      Solid rocket propellant: As a low burning rate, high-energy, low characteristic signal additive, used in tactical missiles, anti-aircraft missiles, boosters, to reduce engine temperature, reduce smoke and infrared signals, and enhance concealment and stability.

      Gas generator/cold air propellant: used for spacecraft attitude control, ejection seats, emergency ejection systems, with high gas production, low residue, and moderate temperature.

4、 Pesticides and Fine Chemicals

      Neonicotinoid pesticide intermediates: key raw materials for the synthesis of highly efficient insecticides such as imidacloprid, imidacloprid, and thiamethoxam, and core intermediates for mainstream agricultural chemicals worldwide.

      Organic synthetic blocks: used for preparing amino guanidine, nitroimidazole, etc., and producing dyes, flame retardants, water treatment agents, and polymer modifiers.

5、 Pharmaceutical industry

      Drug intermediates: synthesis of cardiovascular drugs such as * * trapidil (Leke'an) * * (anti angina, coronary artery dilation), and also used in the research and development of antiviral and anti-tumor drugs.

6、 Other special applications

      Airbag generator: Used as a low-temperature gas producing component in some automotive/aircraft airbag formulations.

      Special flame retardant and foaming: utilizing high nitrogen characteristics as raw materials for environmentally friendly flame retardants and foaming agents.