Military equipment includes firearms, artillery, marine equipment, aero-engines, missile launchers and military electronic devices, with anti-rust protection standards far higher than civilian products. Military equipment has three core demands: long-term storage, rapid deployment and adaptability to extreme environments. National military standards such as GJB150.11A Salt Spray Test have strict regulations on equipment corrosion resistance.
Industry Challenges
Anti-rust demand for ultra-long-term storageMilitary equipment may be stored for years or even decades before deployment. GJB2605-96 requires the water vapor transmission rate of packaging materials to be lower than 3 g/㎡·30D to ensure over 20 years of storage performance. Traditional oil sealing will fail due to oil aging during ultra-long storage.
Difficult protection for inner bores of firearms and artilleryTraditional oil coating cannot fully cover inner bores of gun barrels and artillery tubes. Blocking pipe openings with anti-rust oil fails to protect the middle sections, and long-term storage rust will damage firing accuracy.
Zero-residue requirements for precision electronic equipmentComprehensive corrosion control for military electronic equipment requires strict prohibition of residual contaminants. Volatiles of traditional anti-rust oil may damage electronic components, and complete removal of residues before delivery leads to complicated procedures.
Galvanic corrosion of multi-metal composite componentsMilitary equipment widely uses lightweight designs with frequent contact between aluminum alloy, magnesium alloy, titanium alloy and steel parts. Galvanic corrosion easily occurs in hot, humid and salt spray environments.
Adaptability to ultra-wide temperature rangesMilitary equipment needs to operate in environments ranging from polar extreme cold to tropical high temperature, with temperature variation from -50°C to +70°C. Repeated condensation and thermal shock weaken the stability of traditional anti-rust products.
VCI Solution Value Proposition
Our vapor anti-rust sealing solution features long rust protection life, zero residue and excellent wide-temperature adaptability, complying with military packaging standards and ensuring equipment can be deployed at any time after long-term storage.
Recommended Solutions & Product Features
VCI Anti-Rust Film / Bag (Military Grade): Adopts high-barrier composite structure. Its water vapor transmission rate meets GJB2605-96, with a storage life of over 2 years.
VCI Anti-Rust Paper (Low-Halogen & Low-Volatility Type): Low volatile content, no contamination to sensitive electronic equipment and compliant with cleanliness standards for military electronic devices.
VCI Anti-Rust Powder / Emitter: Suitable for sealing and protecting inner bores of firearms and artillery. Vapor molecules diffuse to cover the entire inner surface after sealing. The combined sealing technology with VCI has been applied to artillery storage and approved by authoritative institutions.
VCI Anti-Rust Liquid (Water-Based Dry Film Type): Used for short-term storage of equipment and spare parts. A transparent dry film forms after drying without oil residues.
Expected Benefits
Rust protection life for inner bores of firearms and artillery reaches more than 10 years during storage
Zero-residue solution meets strict cleanliness requirements of military electronic equipment
Galvanic corrosion risks of multi-metal composite military equipment effectively controlled
Stable protection maintained in ultra-wide temperature ranges and compliant with GJB150 series standards
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VCI EP NEW MATERIALS (SHANGHAI) CO., LTD. is a high-tech enterprise which is specialized in the research and development of VCI+ new environmentally-friendly anti-rust materials. Our company is a listed company.
