Press chain sideplates onto rear drive chains with this Chain Press Tool. Used to press on sideplates (rivet or clip type) onto rear drive chains. Most modern high-strength drive chains use a press-on sideplate on the connecting link, including IZUMI 530 HT.
Key Features
• Chain press tool
• Presses on sideplates (rivet or clip type)
• Compatible with IZUMI 530 HT and similar high-strength chains
Part Number: 35-0081
Free ground shipping over $50
To the USA & Canada. In-stock orders usually ship from our own warehouse the same or next business day.
| Destination | Delivery time |
|---|---|
| USA | 4–7 business days |
| Canada | 2–6 business days |
Ground shipping includes tracking, emailed when your order ships. Need it sooner? Express options are available at checkout.
60-day returns on eligible parts
No restocking fees. Eligible parts must be unused, uninstalled, unaltered and complete. The 60-day window starts when your order is delivered.
Electrical parts are excluded from standard returns. Check return eligibility.
Start your return below. Wait for our instructions before mailing a part back.
Start a returnOther shipping options
Canada Post Economy: Available at checkout for select small items. Allow 1–3 weeks for delivery. No tracking or insurance is included.
Outside the USA & Canada: Delivery times vary by destination and shipping method. Buyers are responsible for applicable duties, taxes and import fees. We cannot mark orders as gifts.
Frequently Asked Questions
What type of master-link sideplate can the chain press install?
It presses compatible press-fit sideplates onto either clip-type or rivet-type rear-drive-chain connecting links, including IZUMI 530 HT and similar high-strength chains.
Does the chain press flare a hollow rivet pin?
No. It positions the sideplate. A separate hollow-pin chain riveter is required after pressing a rivet-link plate into the correct position.
How far should the connecting-link sideplate be pressed?
Press it evenly until its spacing matches the chain manufacturer's specification and nearby links, then confirm the link articulates freely and the O-rings or X-rings are not crushed.