China’s Compulsory Certification (CCC) catalog has been expanded for 2026. Effective January 1, 2026, seven new product categories now require CCC certification before they can be imported, sold, or distributed in China. For foreign manufacturers in automation, IoT, electric vehicle infrastructure, and consumer electronics, understanding these new CCC product categories is critical to avoid customs holds, fines, and market access delays. This guide details each added category, the rationale behind the expansion, and practical steps to achieve compliance.
1. Industrial Robots (Including Collaborative Robots)
The most significant addition is industrial robots – including articulated robots, SCARA robots, delta robots, and collaborative robots (cobots). This move responds to China’s rapid automation push and safety concerns around human-robot interaction. Manufacturers exporting robotic arms, palletizers, or assembly robots must now obtain CCC certification. Key testing focuses on functional safety (ISO 13849 equivalent), emergency stop systems, and electrical safety under GB 5226.1. The certification process for robots typically takes 10-14 weeks due to complex functional safety assessments.
2. IoT Gateway Devices
Hardware devices that aggregate sensor data and transmit it to cloud platforms – commonly used in smart homes, industrial IoT, and building automation – are now subject to CCC. This category includes standalone gateways, protocol converters, and edge computing nodes with wireless connectivity (Wi-Fi, 4G/5G, LoRa, NB-IoT). Excluded are simple routers and modems without data processing capabilities. For IoT gateways, testing covers both radio (SRRC) and safety (CCC) in a combined process, reducing total timeline by 20-30% compared to separate applications.
3. Smart EV Chargers (AC & DC, Above 7kW)
Electric vehicle chargers have been partially regulated before, but the 2026 catalog now mandates CCC for smart chargers above 7kW – units with network connectivity, user authentication (RFID, app), or remote monitoring. This covers both AC wallboxes and DC fast chargers intended for commercial or public use. Basic “dumb” chargers below 7kW remain exempt, but any smart feature triggers the requirement. Testing includes GB/T 18487.1 (safety), GB/T 20234.2 (connector), and cybersecurity testing for network-connected functions.
4. Lithium Battery Packs for E‑mobility (>100Wh)
Lithium-ion battery packs used in e-scooters, e-bikes, light electric vehicles, and power tools with capacity exceeding 100Wh now require CCC certification. This follows several high-profile battery fire incidents. The standard references GB 31241 (portable electronics batteries) and GB 38031 (EV traction batteries) with modifications for light EVs. Key tests include thermal runaway propagation, overcharge protection, crush resistance, and altitude simulation. Battery cell manufacturers remain exempt – only finished battery packs (with BMS and enclosure) are covered.
5. Laser Projectors (>3,000 Lumens)
Home and commercial laser projectors with rated output above 3,000 lumens now fall under CCC. This includes DLP, LCD, and LCoS laser projectors. Traditional lamp-based projectors and LED projectors below 3,000 lumens are not affected. Testing focuses on laser safety (GB 7247.1 – class 1 or 2 required), electrical safety, and EMC. Manufacturers must also provide detailed laser classification documentation and interlock system verification. This category aims to address eye safety concerns from high-power laser projectors used in education and business settings.
6. Smart Plugs and Remote-Controlled Switches
Consumer smart home devices – Wi-Fi/Bluetooth/Zigbee enabled plugs, socket adapters, and in-wall smart switches – now require CCC. The standard covers both safety (GB 2099.1) and EMC (GB 4343.1). Key requirements include mechanical endurance (10,000 open/close cycles), creepage distances for relay isolation, and immunity to grid disturbances. Many existing products on the market previously operated under self-declaration; after June 30, 2026, only CCC-certified units may be sold.
7. Portable Power Stations (AC Output)
The final new category is portable power stations – battery-powered generators with AC outlets (typically used for camping, emergency backup, or outdoor work). These devices now require CCC certification even if they have no smart features. Testing covers the entire unit: battery safety (cell-level and pack-level), inverter safety (GB/T 14549 for harmonic distortion), and protection against over-temperature, over-current, and short-circuit. Manufacturers must also provide IP rating verification (minimum IP54 for outdoor-rated units).
Transition Period and Enforcement Deadlines
The NMPA (now CNCA) has provided a gradual enforcement schedule:
- January 1 – March 31, 2026: Grace period – self-declaration accepted, but CCC application encouraged. Customs may flag products without proof of pending application.
- April 1, 2026: Mandatory CCC for all newly imported or domestically produced units. No self-declaration accepted.
- June 30, 2026: Deadline for existing inventory (products manufactured before April 1) to be cleared from warehouses. After this date, only CCC-certified goods may be sold.
Foreign manufacturers should begin the CCC application process immediately – accredited testing laboratories report current lead times of 6-8 weeks for testing plus 2-3 weeks for certificate issuance. Products in the new categories will not be granted CCC exemption for samples or trade shows unless specific justifications (R&D, testing, repair) are provided and approved.
Action Plan for Foreign Manufacturers
To bring your products into compliance with the updated CCC certification catalog for 2026, follow these steps:
- Identify affected products: Review your portfolio against the seven new categories. Note that products combining features (e.g., a smart EV charger with IoT gateway functions) must meet all applicable standards.
- Appoint a China agent: If you do not have a WFOE, retain a licensed CCC agent to submit applications via the CNCA digital portal.
- Select an accredited lab: CNCA has authorized 12 new labs for robot and IoT gateway testing. Use labs with experience in your product type to avoid delays.
- Prepare documentation: Technical files must now be submitted in PDF/A format with qualified electronic signatures. English reports require certified Chinese translations.
- Schedule testing early: Lab slots for robot and EV charger testing are currently booked 8-10 weeks in advance. Book now to meet the April 1 deadline.
- Plan for annual follow-up: CCC certificates require yearly factory inspections (remote audits allowed for low-risk categories). Maintain quality records.
Manufacturers who have already started the process report average total costs ranging from $5,000 for a simple smart plug to $25,000 for an industrial robot (including testing, agent fees, and translations). While compliance requires investment, the cost of non-compliance – shipment holds, fines up to RMB 200,000, and reputational damage – is far higher.
Summary: The 2026 CCC certification catalog expansion adds seven new product categories, from industrial robots to portable power stations. Foreign manufacturers must act quickly to secure CCC certification before the April 1 enforcement date. Early preparation – including agent appointment, lab booking, and documentation – will ensure uninterrupted market access. China is raising the bar for product safety, and compliance is now a competitive advantage.