How to Buy a Montreal Canadiens Hockey Jersey from 1688 Using OOPBuy

2025-04-10

If you're a fan of the Montreal Canadiens1688.comOOPBuy

Why Use OOPBuy to Purchase from 1688?

1688.com is a well-known wholesale platform in China, offering competitive prices on sports merchandise, including NHL jerseys. However, international shoppers often face accessibility and language barriers. OOPBuy

  • Product sourcing
  • Chinese-English translation
  • Consolidated shipping
  • Secure payment

Step-by-Step Guide to Buying a Montreal Canadiens Jersey

Follow these steps to complete your purchase from 1688 using OOPBuy.

Step 1: Find the Right Product

First, identify the jersey you'd like to purchase. OOPBuy can source bulk and retail orders. Check the product details spreadsheet here

Step 2: Submit the Product Link to OOPBuy

Once you've selected a jersey:

  1. Copy the 1688 product link or share the spreadsheet reference with OOPBuy's customer service.
  2. Notify them of your size, color, and quantity via their order form.

Step 3: Confirm Pricing and Shipping

OOPBuy will provide an all-inclusive quote covering:

  • Product cost
  • International shipping fees
  • Service fee

Step 4: Payment and Order Processing

Pay via PayPal7–15 business days.

Product Quality and Pricing

1688 offers a range of options, including replica and higher-end stitched jerseys. Double-check the supplier’s ratings and reviews on OOPBuy to ensure authenticity. The linked spreadsheet

Jersey Type Avg. Price on 1688
Replica (Screen Printed) $8–18
Stitched (Embroidered) $20–30
Authentic Pro-Style $40+

Why This Method Works

Purchasing via OOPBuy eliminates common struggles like:

  1. Language barriers on 1688 (most sellers operate in Mandarin).
  2. Buyer protection issues (OOPBuy inspects before mailing).
  3. Cluttered freight logistics (they consolidate multiple orders).

Conclusion

For budget-friendly sports merchandise, pairing 1688 wholesale pricingOOPBuy's procurement support unlocks incredible deals. Don't forget to cross-check supplier reliability via the