Bicycles & E-Bikes from China: OEM Manufacturers & Buyers Guide
Source bicycles and e-bikes from China: folding bikes, electric bicycles, OEM frames, and e-bike components. Verify EN 15194, EN 14764, UN 38.3, CE. Engineer-led sourcing.
Bicycles and e-bikes from China cover the full range of two-wheeled products buyers source for retail, fleet, and private-label programs: folding commuter bicycles, electric city bikes, mountain e-bikes, cargo bikes, e-bike conversion kits, and components such as hub motors, battery packs, controllers, and displays. Unit economics are strong — Chinese OEM e-bikes typically land 40–70% below comparable European or North American brands — but the compliance, safety, and battery layers are where savings disappear.
What buyers source in this category: 20-inch aluminum folding bikes with Shimano drivetrains; 250W rear-hub and mid-drive e-bikes for EU EPAC compliance; 500W–750W Class 2 e-bikes for the US; step-through city e-bikes; fat-tire and cargo e-bikes; 36V / 48V lithium battery packs; Bafang, Ananda, or custom hub motors; and LCD/LED displays with PAS sensors. First orders usually run $5,000–$50,000 depending on configuration and battery choices.
Key specifications and certifications to verify before any PO: EN 15194:2017 for EU EPAC e-bikes; EN 14764 and ISO 4210 for conventional bicycle frame fatigue and safety; CE marking, RoHS, and REACH for EU market access; UL 2849 and UL 2271 for US e-bike electrical systems and batteries; UN 38.3 for lithium battery transport; and FCC Part 15 if the bike has Bluetooth or GPS tracking. Always confirm the certificate covers the exact motor-battery-frame combination you are ordering.
Top manufacturing regions: Tianjin for high-volume conventional and electric bicycle assembly; Shenzhen and Foshan for e-bike motors, controllers, batteries, and higher-value OEM work; Hangzhou and Ningbo for folding bikes, cargo bikes, and aluminum frames; and Changzhou / Wuxi for motor and battery pack supply. Tianjin gives scale; Guangdong and Zhejiang give design flexibility and faster e-bike iteration.
Common pitfalls: accepting a generic CE sticker without EN 15194 or EN 14764 test reports; ordering 500W+ e-bikes for the EU where only 250W EPAC is street-legal; discovering the battery uses substituted cells after shipment; skipping frame fatigue and folding-hinge cycle testing; and shipping lithium batteries without UN 38.3 documentation. These mistakes usually surface at customs, during warranty returns, or after a battery incident — when rework costs 5–20× the unit price.
This is why an engineer-led sourcing agent matters. We review battery BMS settings, verify motor controller firmware against your PAS/throttle spec, check frame fatigue and weld reports, and witness pre-shipment functional tests — not just count cartons. If you are sourcing bicycles and e-bikes from China, start with our factory audit checklist and supplier verification guide , then compare our sourcing, factory audit, and inspection services.
Bicycle & e-bike products we source
Verified OEM suppliers for folding bikes, electric bicycles, e-bike components, and private-label programs.
Source premium OEM electric bicycles from top China manufacturers. Compliant with EN 15194 EPAC & UN 38.3. Hub and mid-drive e-bikes for wholesale &…
Source premium OEM folding bicycles from China. Featuring lightweight aluminium frames, EN 14764 fatigue certification, and Shimano drivetrains for…
Bicycle & e-bike sourcing FAQs
What certifications do e-bikes and bicycles need for the EU and US? +
For the EU, electric bicycles must comply with EN 15194 (EPAC) for motor-assisted bikes up to 250W / 25 km/h, plus CE marking, RoHS, and REACH. Conventional bicycles should meet EN 14764 (city/trekking bikes), EN ISO 4210, or EN 16054 (BMX). For the US, e-bikes typically need UL 2849 (e-bike electrical systems), UL 2271 (battery packs), and FCC Part 15 if the bike has wireless connectivity. Lithium battery packs require UN 38.3 for air or sea freight. Always request accredited test reports, not just a Declaration of Conformity.
Which Chinese regions specialize in bicycle and e-bike manufacturing? +
Tianjin is the largest bicycle manufacturing hub in China, producing millions of conventional and electric bikes annually for export. Guangdong (Shenzhen, Foshan, Guangzhou) dominates e-bike controllers, batteries, motors, and higher-value OEM assemblies. Zhejiang (Hangzhou, Ningbo, Jinhua) has strong clusters for folding bikes, cargo bikes, and aluminum frames. Jiangsu (Changzhou, Suzhou, Wuxi) produces motors, battery packs, and mid-tier complete bikes. Tianjin gives volume; Guangdong and Zhejiang give design flexibility and e-bike integration.
What MOQ and lead time should I expect for OEM bicycles and e-bikes? +
Off-the-shelf folding bicycles with custom color and branding usually start at 100–300 units. Electric bicycles with stock frames and standard battery-motor combinations typically require 50–100 units. Private tooling for a custom frame, fork, or battery housing pushes MOQ to 300–500 units and adds 30–45 days. Lead times range from 35–50 days for conventional bikes to 45–70 days for e-bikes, depending on battery cell availability and certification status.
How do I verify battery safety and avoid cell substitution on e-bikes? +
Require the factory to declare the cell brand and model (Samsung, LG, Panasonic, or named Tier-1 Chinese cell), then cross-check the cell datasheet against cycle life and discharge curves. Verify UN 38.3 test summaries for the finished battery pack, BMS protection thresholds (overcharge, overdischarge, overcurrent, cell balancing), and UL 2271 or IEC 62133 reports if applicable. During production, we verify cell markings and BMS behavior on sampled packs — cell substitution is one of the most common and dangerous cost-cutting moves in e-bike sourcing.
What are the biggest pitfalls when sourcing bikes and e-bikes from China? +
The most expensive mistakes are: buying EU-market e-bikes without valid EN 15194 type approval; accepting generic battery cells sold as Samsung/LG; trusting self-declared CE marks; ignoring frame fatigue and hinge-cycle test data on folding bikes; and ordering motor/battery combinations that are not certified as a system. Shipping lithium batteries without proper UN 38.3 documentation is another common blocker. These issues usually surface at customs, during customer returns, or after a battery incident — when rework costs 5–20× the unit price.
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