Engineered to deliver exceptional protection against static discharge, moisture ingress, oxidation, and structural compromise.
In the modern, highly integrated industrial ecosystem, functional packaging is no longer treated as a simple transport accessory. Instead, it serves as a critical engineering safeguard that preserves product integrity, maintains manufacturing tolerances, and ensures strict compliance across international borders. Global manufacturers operating in high-precision sectors—such as semiconductor fabrication, automotive control electronics, pharmaceutical preparation, and premium consumer goods—are shifting from standardized commodity packaging to highly specialized, custom-designed multilayer barrier systems.
This paradigm shift is driven by the extreme sensitivity of modern technology. For example, microprocessors engineered with sub-3nm architectures are highly vulnerable to microscopic electrostatic discharges (ESD) and trace chemical outgassing. Similarly, advanced chemical reagents and premium active pharmaceutical ingredients (APIs) require complete protection against water vapor transmission rates (WVTR) and oxygen transmission rates (OTR) to prevent molecular degradation. Custom packaging manufacturers must operate at the intersection of material science, chemical engineering, and advanced manufacturing logistics to address these challenges effectively.
Integrating comprehensive Research & Development, advanced multi-layer extrusion, and strict cleanroom processing within the Quy Vu Industrial Park, Bac Ninh Province, Vietnam.
A key advantage for global buyers sourcing from ESD-PAC VINA is our strategic cross-border manufacturing model, which links raw material supply chains in mainland China with downstream processing in Vietnam. China remains the world’s leading hub for base polymer resins, functional masterbatches, and cost-efficient aluminum foil rolling. By utilizing these raw materials and executing final specialized conversions in Bac Ninh, Vietnam, we deliver an exceptionally resilient, tariff-optimized, and highly competitive supply chain.
This operational model provides major advantages for international corporations navigating complex global trade policies. By utilizing our Vietnam-based facilities, customers benefit from favorable duty structures and simplified import procedures in regions like the United States, the European Union, and key Asian markets. Furthermore, our close proximity to the port of Haiphong and direct land routes to southern China ensure rapid turnaround times for custom tooling and steady access to premium raw materials.
To address the diverse and demanding needs of modern industrial applications, our engineering team continuously develops high-performance material structures. Below, we outline the technical specifications of our three core product lines:
Engineered with a multi-layer Faraday Cage structure to protect sensitive electronic components from electrostatic discharge and moisture ingress:
Designed for applications requiring maximum long-term barrier protection against oxygen, moisture, and chemical vapor transmission:
We continue to expand our eco-friendly offerings, designing packaging that supports global circular economy initiatives:
Delivering high-performance custom packaging requires a robust, documented quality control system. ESD-PAC VINA operates under strict compliance protocols validated by third-party certifications. Our integrated quality management system ensures complete traceability across all manufacturing batches, from the receipt of raw polymer resins to final bag converting.
Our facilities maintain certified standards to support demanding industrial applications, including ISO 9001:2015 (Quality Management), ISO 14001:2015 (Environmental Management), and ISO 45001:2018 (Occupational Health & Safety). For highly specialized energy and petrochemical applications, we offer products aligned with API 6D and API 607 specifications. Every production lot undergoes rigorous laboratory testing, including seal strength validation (ASTM F88), puncture resistance testing (ASTM D1709), surface resistivity mapping, and cleanroom particulate monitoring.
ISO 9001, ISO 14001, ISO 18001, CE, API 6D, API 607 (Verification documentation available upon direct request).






First facility operational in Quy Vu Industrial Park, Bac Ninh, focusing on anti-static film extrusion and basic bag conversion.
Installed advanced solvent-free dry lamination lines and expanded into multilayer aluminum foil structures and spouted Doypacks.
Expanded total manufacturing footprint to 12,000 square meters across two state-of-the-art factories, integrating Class 100 cleanroom packaging capabilities.
Addressing the critical engineering, quality, and supply chain queries of global procurement teams and industrial designers.
Review our complete range of anti-static shielding, high-barrier laminates, and functional flexible packaging.
Multi-layer static dissipative film providing extreme shielding against rapid transient ESD discharges.
Technical Specs
Translucent structure allowing for easy barcode scanning and visual component inspection without opening the bag.
Technical Specs
FDA-compliant, solvent-free laminated pouches designed to preserve freshness and block oxygen transmission.
Technical Specs
Engineered multi-layer films combining high optical clarity, excellent mechanical strength, and reliable puncture resistance.
Technical Specs
High-integrity, ergonomic spouted pouches designed to replace rigid plastic bottles and reduce overall carbon footprint.
Technical Specs
Premium, soft-touch CPE frosted bags designed with self-adhesive closures for luxury retail and apparel protection.
Technical Specs
High-integrity three-side seal barrier packaging designed to protect OPC drums and sensitive chemicals from light and moisture.
Technical Specs
Strictly engineered electrostatic dissipative outer layers with a core vacuum metalized protective barrier shield.
Technical Specs
Our flagship military-grade ESD shielding product. Features an advanced four-layer laminate structure that provides maximum physical protection, puncture resistance, and complete electrostatic isolation. Fully compliant with MIL-DTL-81706 and EIA-541 performance standards.
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