The document outlines detailed packing and marking instructions for a fiberboard box designed to hold 25 pounds of TNT explosive material, ensuring all components are dry and securely packed. It specifies the materials required, step-by-step packing procedures, labeling requirements, and safety compliance with relevant regulations for hazardous materials. Additionally, it includes guidelines for marking the box and the proper shipping name for the contents.
Appendix 139C outlines the unitization procedures for TNT boxed ammunition on 4-way entry pallets, detailing that each pallet contains 42 boxes, with safety and engineering specifications highlighted. It stresses that this appendix must be used alongside the basic unitization procedures drawing 19-48-4116-20PA1002, and outlines requirements for tying down and sealing the load for safety. The document also advises verifying hazard classification and dimensions prior to implementation.
Appendix 139 details the unitization procedures for boxed ammunition and components on 4-way entry pallets, specifying required materials, dimensions, and assembly instructions. Revision No. 1, dated August 1989, adds DODIC information to the pallet unit data and emphasizes that this appendix must be used alongside the basic unitization procedures drawing. Key installation guidelines include the application of load and tiedown straps, ensuring compliance with specified military drawings for effective loading and storage.
The document contains detailed procedures for the packaging and palletization of various box sizes used by the U.S. Army, including specifications for materials and dimensions required for tiedown straps, seals, and pallet units. It outlines the assembly instructions and tolerances for ensuring proper alignment and structural integrity when stacking boxes. Additionally, it includes a revision history and recommendations for treatment of wooden components according to military standards.
The document outlines specifications for a reusable, collapsible fiberboard box designed for high explosives, detailing dimensions, packaging materials (including polyethylene liners and sealing tapes), and adherence to ASTM standards. It specifies assembly and sealing instructions, inspection criteria for reuse, and necessary markings regarding the contents and safety compliance. Additionally, it includes guidelines for packaging inspection and retesting requirements according to U.S. DOT regulations.
The document outlines packing and assembly instructions for boxes containing high explosives, detailing specifications for materials, securing methods, and marking requirements according to military standards (e.g., MIL-B-2427, MIL-F-50449). It emphasizes the proper use of nails for securing covers and alternative materials like adhesive tape and ink, while also providing instructions for handling various explosive compositions. Additional notes cover labeling and regulatory compliance for shipping, alongside details on the box assembly and bag liner insertion.
MIL-DTL-248D W/AMENDMENT 2 details the specifications for Trinitrotoluene (TNT), a high explosive used in military ammunition, including its classification, requirements for production, packaging, and quality inspection standards. It outlines various types of TNT, their physical and chemical properties, required testing methods, and conditions for acceptance, with specific emphasis on material processing and safety. The document serves as a directive for all Department of Defense entities, ensuring compliance with established protocols for usability in explosive applications.
The MIL-DTL-512D specification outlines requirements for aluminum powder used in pyrotechnics, incendiaries, propellants, and explosives, detailing classifications by type, grade, and class. It specifies chemical characteristics, manufacturing processes, inspection protocols, and relevant test methods that ensure quality and uniformity, with coverage of aluminum content, particle size distribution, and density. The document is approved for use by all U.S. Department of Defense agencies, and the specifications provided are crucial for military applications.