Battery chemistry, connector protocol and the decisions that decide price
The first decision a buyer makes is whether the gadget has a battery, because everything that follows — freight mode, customs paperwork, packaging and shelf-life warranty — pivots on that. Battery-free gadgets (USB drives, multi-cable sets, charging-only cables) ship as ordinary air freight and clear customs as standard parcel. Battery gadgets (power banks, wireless-charging pads with capacitor buffers, Bluetooth speakers) ship under Section II of the IATA Dangerous Goods Regulations for Li-polymer and Li-ion cells above 100 Wh capacity, which means a tested UN 38.3 report, an MSDS document, a separate battery-only freight leg, and a Class 9 hazard label on every outer shipper. Li-polymer is the slimmer, safer, more form-flexible chemistry and is the default for power banks under 20 000 mAh. Li-ion with 18650 cells is the higher-capacity tier; it is heavier, cheaper per mAh, and preferred when the programme is positioned as a high-capacity travel companion rather than a thin pocketable cell. Connector protocol is the second decision. USB-C is now the universal default for new orders and what most B2B buyers should request as the primary port; legacy Type-A remains common for USB drives where the receiving device is older office equipment; Lightning is Apple-specific and demands an MFi licence for any product that includes a fixed Lightning connector. Qi wireless charging pads and MagSafe-compatible magnetic chargers are the desk-tier premium products, specified where the recipient is on a corporate iPhone or Android Qi programme. Compliance is the third decision and the one buyers underestimate. A power bank sold into the Eurasian Economic Union (which includes Armenia) must carry an EAC mark against TR 037/2017 (safety of low-voltage equipment) and TR 020/2011 (electromagnetic compatibility), plus CE and RoHS for any component imported from the EU supply chain. Compliance certificates are not bundled into the unit cost; they are bought per programme, filed with the master dossier, and re-cited every time the supplier is re-quoted. Two procurement points matter more than buyers expect. First, capacity versus delivery — a 20 000 mAh power bank holds roughly 1.2 phone charges for the latest generation flagship devices, and a number printed on the case is rarely the mAh actually delivered; the dossier should specify the rated capacity and the rated energy in Wh, both. Second, packaging waste for battery items — lithium batteries cannot be sent in unlined plastic air-mailers in some marz destinations, and a marz delivery of bulky gadgets sometimes ships through SPS Express couriers rather than HayPost due to the carrier's battery handling policy.
- Type
- Branded corporate tech gadget programme — power banks, USB flash drives, wireless chargers, multi-cable sets, travel adapters
- Print method
- UV print, pad print, fibre-laser engraving on aluminium, full-wrap digital print, moulded-in colour for ABS bodies
- Typical order volume
- 100–2 000 units per SKU; 500–5 000 units for printed USB drives; 100–1 000 units for power banks and wireless chargers
- Lead time
- 18–30 working days from artwork approval; battery air-freight clearance adds 5–10 working days for power banks over 100 Wh
- Payment rails
- Bank transfer in AMD, ArCa, Idram, Visa, Mastercard; 20% VAT included