Supply Chain Regions

Vietnam Jewelry Manufacturing: Emerging Alternative to China

Key Takeaways

- Vietnam's jewelry exports growing 15-20% annually - Labor costs 30-40% lower than China's Guangdong province - Strong in silver jewelry, gemstone cutting, and handcrafted pieces - EU-Vietnam FTA eliminates tariffs on most jewelry imports to Europe - Ho Chi Minh City and Hanoi are the main manufacturing centers

Introduction

Vietnam is positioning itself as a competitive alternative to China for jewelry manufacturing. With lower labor costs, improving infrastructure, and favorable trade agreements, Vietnam is attracting attention from brands looking to diversify their supply chains beyond China.

Industry Scale

  • Jewelry exports growing 15-20% annually
  • Estimated 500+ jewelry manufacturing enterprises
  • Majority are small-to-medium workshops (20-100 workers)
  • Silver jewelry is the primary export category
  • Gemstone cutting and polishing is a growing sector

Key Manufacturing Hubs

Ho Chi Minh City (Saigon)

  • Largest jewelry manufacturing center
  • Ben Thanh area: traditional gold and silver jewelry district
  • Modern factories in industrial zones (Binh Duong, Dong Nai)
  • Primary export processing zone

Hanoi

  • Second-largest production center
  • Traditional silver crafting villages (Dinh Cong, Dong Xam)
  • Focus on handcrafted and artisanal pieces
  • Growing gemstone cutting sector

Competitive Advantages

FactorVietnamChina (Guangdong)
Labor cost$200-400/month$600-1,000/month
EU tariffs0% (EVFTA)2-5%
Lead time4-8 weeks2-6 weeks
English proficiencyModerateLimited
InfrastructureDevelopingWorld-class
Supply chain depthLimitedUnmatched

EU-Vietnam Free Trade Agreement (EVFTA)

The EVFTA, effective since 2020, eliminates tariffs on most goods traded between Vietnam and the EU. For jewelry:

  • Most finished jewelry: 0% tariff (immediate or phased)
  • Precious metals: 0%
  • This gives Vietnam a significant price advantage over Chinese products for European buyers

What Vietnam Does Best

  • Silver jewelry: The strongest category — export-quality .925 sterling silver
  • Gemstone cutting: Growing expertise in ruby, sapphire, and spinel cutting
  • Handcrafted pieces: Traditional village-level craftsmanship
  • Pearl jewelry: Cultured pearls from Ha Long Bay and Nha Trang
  • Small-to-medium batch production: Flexible MOQs, accommodating to new brands

Challenges

  • Supply chain depth is limited — many findings and components still imported from China
  • Lead times are longer than China (less automation, smaller scale)
  • Quality consistency varies more between workshops
  • Fewer specialized equipment and technology investments
  • Limited familiarity with Western market compliance requirements (REACH, FTC)

How to Source from Vietnam

  1. Attend VIJF (Vietnam International Jewelry Fair) in Ho Chi Minh City
  2. Work with a local sourcing agent — language and cultural navigation is essential
  3. Start with small orders to test quality and reliability
  4. Verify silver purity with XRF on first samples — quality control infrastructure is less developed
  5. Combine with China sourcing — Vietnam for silver, China for gold and complex stone setting

Manufacturing Process Integration

Jewelry manufacturing is not a linear sequence of independent operations but an integrated system where each step affects every subsequent step. A casting defect not caught at the casting stage becomes a setting problem at the setting stage, a finishing challenge at the polishing stage, and a quality rejection at the final inspection stage — by which point the cumulative labor invested in the piece may exceed the original metal cost. The most efficient manufacturers have learned to push quality control upstream, catching defects at the earliest possible stage when the cost of correction is lowest.

The integration principle applies to design as well. A design that looks beautiful on screen may be impossible to cast, prohibitively expensive to set, or structurally fragile in wear. The best designers understand manufacturing constraints and design within them, producing pieces that are not only aesthetically successful but also manufacturable at scale, durable in wear, and viable at the target price point. Collaborative design-for-manufacturing — where designers and production engineers work together from the earliest concept stage — consistently produces better outcomes than sequential design-then-manufacture workflows.