420 D Chain

Blagovna znamka: DID
Koda izdelka: 12200496
17,47 € z DDV
Najnižja cena v zadnjih 30 dnevih: 17,47 € z DDV

DID 420D Standard Series drive chain for small-displacement bikes that originally use a non O-ring chain. A simple, reliable roller chain solution with a clip-type master link for easy installation.

  • Size: 420D (non-sealed)
  • Length: 102 links, clip master link
  • Tensile strength: 17.7 kN (3970 lb); up to 85cc use
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The DID 420D Standard Series chain is a classic, non-sealed roller drive chain designed for bikes that were originally equipped with a non O-ring chain. It’s a straightforward replacement choice when you want dependable power transfer without the added drag or cost of sealed chain technology—ideal for smaller off-road and street applications.

With a clip-type master link, installation and servicing are quick and practical, making it a great option for frequent maintenance schedules. The 420 size and 102-link length cover many common small-displacement setups, while DID’s proven manufacturing helps deliver consistent fit and performance ride after ride.

Key features:

Standard 420D chain – regular roller chain, non-sealed design
Clip master link – easier installation and removal for routine service
Strong for its class – 17.7 kN (3970 lb) tensile strength

Benefits of use:

🔹 Correct replacement type for motorcycles originally using a non O-ring chain
🔹 Easy maintenance thanks to the clip connector and simple construction
🔹 Versatile fitment across many small-displacement applications (up to 85cc)

Technical specifications:

📌 Brand: DID
📌 Chain size/type: 420 / 420D
📌 Seal type: Non-seal (non O-ring)
📌 Links: 102
📌 Master link type: Clip
📌 Tensile strength: 17.7 kN (3970 lb)
📌 Color/finish: Steel
📌 Weight: 0.70 kg / 100 links

Why choose this product?

⭐ A trusted, no-nonsense DID standard chain for everyday riding and frequent servicing
⭐ Practical clip master link makes workshop time faster and simpler
⭐ A solid match for riders who need the right chain type for small bikes without sealed-chain complexity

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