Packaging Blog and News

MIL-STD-2073 Packaging Requirements: Why Supplier Expertise Matters

MIL-STD-2073 Packaging Requirements: Why Supplier Expertise Matters

MIL-STD-2073 does not describe a product you can add to a cart. It is the DoD’s standard practice for military packaging, and it hands you a coded string of instructions...

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Why Domestic Packaging Suppliers Are Critical To The Defense Industrial Base

Why Domestic Packaging Suppliers Are Critical To The Defense Industrial Base

Domestic MIL-SPEC packaging suppliers carry the same strategic importance as the component manufacturers they serve, yet they remain largely absent from defense supply chain policy conversations. Foreign-sourced barrier materials create...

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What The National Defense Stockpile Expansion Means For MIL-Spec Packaging Demand

What The National Defense Stockpile Expansion Means For MIL-Spec Packaging Demand

National defense stockpile MIL-SPEC packaging determines whether stored munitions, electronics, and precision components remain serviceable across multi-year storage horizons. Foil barrier materials meeting MIL-PRF-131L, correctly sized MIL-D-3464 desiccant, and VCI...

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The Pentagon’s Ammunition Surge Is Only Half The Story: Can The Packaging Supply Chain Keep Up?

The Pentagon’s Ammunition Surge Is Only Half The Story: Can The Packaging Supply Chain Keep Up?

Military ammunition packaging determines whether a stored munition performs as intended or degrades silently over time. Propellant sensitivity, fuze electronics, and metal corrosion all depend on correctly specified barrier materials,...

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The Hidden Cost Of Corrosion In Military Sustainment: Downtime, Delays, And Packaging Failures

The Hidden Cost Of Corrosion In Military Sustainment: Downtime, Delays, And Packaging Failures

Corrosion damage in defense systems is frequently traced back to inadequate storage packaging rather than operational exposure. Moisture vapor transmission through undersized or unqualified barrier materials, the absence of desiccant,...

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How Long Can Autonomous Systems Stay In Storage? The Critical Role Of Protective Packaging

How Long Can Autonomous Systems Stay In Storage? The Critical Role Of Protective Packaging

Autonomous systems in long-term storage fail not from use, but from moisture, oxidation, and ESD exposure that accumulate silently inside improperly packaged assemblies. Foil laminate barrier bags, correctly sized desiccants,...

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Drone Proliferation Is Creating A Spare Parts Packaging Challenge That Nobody Is Talking About

Drone Proliferation Is Creating A Spare Parts Packaging Challenge That Nobody Is Talking About

Drone programs at scale generate a spare parts supply chain that commercial packaging was never designed to handle. ESD-sensitive electronics, moisture-vulnerable assemblies, and corrosion-prone components all require MIL-SPEC barrier materials,...

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Why Aerospace Components Require Specialized Packaging Solutions

Why Aerospace Components Require Specialized Packaging Solutions

Aerospace components face a combination of moisture, electrostatic discharge, and physical handling risks that standard commercial packaging was never designed to address. Specialized barrier materials, desiccants, and static-shielding films work...

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The Best Packaging Materials For Aerospace Parts

The Best Packaging Materials For Aerospace Parts

The best packaging materials for aerospace parts depend entirely on the specific vulnerabilities a component faces, whether that is moisture, electrostatic discharge, or corrosion on exposed metal surfaces. Foil laminate...

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How To Comply With Military Packaging Standards

How To Comply With Military Packaging Standards

Military packaging standards govern far more than the material used to wrap a component. They dictate barrier selection, preservation method, required marking, and the certification documentation that must accompany every...

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