Power Extension Board with Usb Port Wood Grain 6 Way Extension Lead Surge Protection, 13A/3250W, Extension Cable 2M
Wood Grain Finish
6 Sockets + USB
Surge Suppressor
3250W Load
OEM & ODM High-Demand Lineup
Featured Power Distribution Strips & Smart Charging Stations
Explore our top-tier engineering configurations, precision-manufactured under rigid ISO 9001 and international safety directives. Each architecture is fully customizable with Australian Type I prongs, certified insulated pins, thermal overload circuit breakers, and advanced multi-protocol USB fast-charging engines.
OEM EU Extension Socket 16A 5 Outlets 3 USB Ports 5V 3.1A 2M Pure Copper Cable Fire Retardant ABS+PC Overload Protection
16A Overload Trip
Pure Copper Conductor
3x USB 3.1A
V-0 PC Housing
TOPEREK High Quality EU Standard Power Strip Extension Socket 10 Outlets 3 USB-A (5V 3.1A) 1 USB-C (30W) 2m Cord Fire Retardant
10 AC Gangs
30W USB-C PD
3x USB-A 3.1A
Heavy Duty Cord
Mini Size 13A UK Power Strip Extension Socket 5 UK Outlets 4 USB Ports Fire Retardant 2M Copper Cable UKCA for
Compact Profile
5 Outlets + 4 USB
Safety Shutter
2m Flex Cable
Switch Universal Socket Outlets With USB Port/popsocket With Power Strip Tower
3D Space Saving
Independent Switch
Integrated USB Hub
Overheat Cutoff
Extension Board Withusb Port Indian Plug 3 Way Extension Lead Surge Protection, Switch, 13A/3250W, Extension Cable 2M
3 Heavy Outlets
3250W Max Capacity
Master Rocker Switch
Phosphor Bronze Bus
Universal Power Socket Tower Usb Charging Socket
Multi-Standard AC
Smart IC Charging
Vertical Column
Anti-Slip Base
Cube EU Standard ABS Fire Retardant Material Overload Break Function 16A Extension Socket 5 Outlets 4 USB Ports 2m Cable
5-Sided Distribution
4 USB Smart Out
Overload Reset Button
Zero Plug Clashing
The Australian Standard AU Power Strip Manufacturing Landscape: Engineering Whitepaper
Procuring power distribution units, portable socket-outlets, and multi-gang extension boards for the Australasian territory (Australia, New Zealand, Papua New Guinea, and Fiji) demands a sophisticated understanding of oceanic regulatory regimes. Unlike non-regulated consumer accessories, electrical power strips sold into Australia and New Zealand fall under strict level-declared "In-Scope electrical equipment" categories, controlled by the Electrical Regulatory Authorities Council (ERAC) and the Standards Australia technical frameworks.
In particular, multi-outlet power strips must adhere uncompromisingly to AS/NZS 3105 (Approval and test specification — Electrical portable outlet devices) coupled with AS/NZS 3112 (Plugs and socket-outlets). The historical practice of importing low-cost, unverified power accessories has been extinguished by rigorous border checks and mandatory registration on the National Electrical Equipment Register with verified Regulatory Compliance Mark (RCM) certification. B2B buyers, private-label retail chains, and commercial importers must align with certified Chinese contract manufacturing hubs that integrate certified tooling, AS/NZS component sourcing, and documented laboratory compliance directly within their production ecosystem.
Critical Sourcing Mandate: In accordance with AS/NZS 3105, all portable outlet devices with more than two socket outlets must incorporate an integral overload protection device (such as a resettable thermal circuit breaker) rated at 10 Amperes (2400 Watts maximum continuous load at 240V AC). Furthermore, AU Type I plugs must incorporate actively insulated active and neutral pins to prevent accidental finger contact during insertion into wall receptacles.
Our industrial production campus, Shenzhen Laxvi Technology Co., Ltd., situated in Fuchengao Industrial Zone, Pinghu, Shenzhen, provides the complete physical infrastructure, vertically integrated tooling, injection molding workshops, surface-mount technology (SMT) PCBA assembly, and testing laboratories necessary to deliver fully compliant, commercially optimized AU power strips. Through our direct manufacturing capabilities, international brands bypass trading middlemen, establishing absolute visibility over resin purity, copper alloy formulations, and electrical thermal dissipation properties.
Core Manufacturing Capabilities
Why Global Tier-1 Importers Partner with Shenzhen Laxvi Technology
From raw engineering plastics to finished, hermetically packaged electronic goods, our internal production loop provides unparalleled quality guarantees, agile customization, and documented regulatory traceabilities.
TÜV Rheinland Onsite Verified
Our 11,600 square meter physical facility, 340+ personnel roster, automated tooling machinery, and cleanroom operations undergo direct, onsite inspections and audits by TÜV Rheinland, validating our genuine Tier-1 factory identity.
High-Power GaN Fast Charging SMT
We operate modern high-speed surface-mount technology (SMT) and automated reflow soldering lines, integrating 30W, 65W, and 100W Gallium Nitride (GaN) USB-C Power Delivery boards directly into compact desktop cubes and tower housings.
Full In-House Tooling & Prototyping
Equipped with high-precision CNC machining centers, mirror electrical discharge machining (EDM), and multi-ton thermoplastic injection presses, our engineering team turns CAD specifications into functional tooling in 20–30 days.
Rigorous 750°C Glow-Wire & V-0 Flame Retardance
All enclosure molds are fed with Bayer/Sabic virgin PC/ABS polycarbonate compounds engineered to resist ignition, passing 750°C glow-wire flammability tests and UL94 V-0 auto-extinguishing compliance without toxic halogen off-gassing.
100% Inline Hi-Pot & Full Aging Tests
Every electrical unit leaving our automated production line undergoes automated dielectric withstand (3750V Hi-Pot), grounding bond resistance testing, and dedicated smart aging rack burn-in under dynamic electrical loads.
Multi-Standard Plug Engineering
While dominating the AU Type I product segment, our production matrix supports cross-platform modular tooling for US NEMA, EU Schuko, UK BS 1363, Italy CEI 23-50, and Japan PSE markets with zero re-tooling delays.
Technical Architecture: Dissecting an AS/NZS Compliant Power Strip
An Australian standard power strip requires an internal structural design distinctly different from generic North American or continental European configurations. Below is an engineering comparison matrix illustrating standard generic manufacturing versus Shenzhen Laxvi Technology’s certified AS/NZS production standard:
| Engineering Attribute | Sub-Standard Generic Power Strip | Laxvi Technology AS/NZS Engineered Standard | B2B Sourcing Compliance Value |
|---|---|---|---|
| Plug Pin Insulation | Non-insulated or thin dipped lacquer pins prone to peeling | Co-molded solid insulating sleeves meeting AS/NZS 3112 Clause 5.3 | Eliminates short-circuit hazards during plug insertion; mandatory for RCM approval. |
| Conductor Core Busbars | Recycled brass strips with riveted joints and spot-soldered wires | One-piece stamped high-purity phosphor bronze (QSn6.5-0.1) continuous busbar | Minimizes internal contact resistance, prevents thermal accumulation, withstands 10,000+ insertions. |
| Overload Protection | Unbranded slow-blow thermal fuse or omission of circuit breaker | High-precision push-button auto-reset thermal circuit breaker rated 10A / 2400W | Satisfies AS/NZS 3105 Clause 4.8; prevents household wire overheating and structure fires. |
| Surge Suppression Topology | Single generic MOV (150V rating) without thermal cut-off linkage | Triple-line (L-N, L-E, N-E) metal oxide varistor array with integrated thermal fuses | Diverts spikes up to 1050 Joules; isolates MOV safely if sustained high-voltage surge occurs. |
| Plastic Housing Resin | Secondary regrind ABS plastic with hazardous brominated additives | 100% Virgin flame-retardant Polycarbonate (PC+ABS) rated UL94 V-0 | Auto-extinguishes within 10 seconds of ignition source removal; passes 750°C glow-wire verification. |
| Power Supply Cable | Copper-clad aluminum (CCA) or undersized 0.75mm² conductors | 100% Oxygen-Free pure copper 3G1.0mm² or 3G1.5mm² AS/NZS 3191 certified cable | Guarantees minimal voltage drop over 2M–5M leads under peak continuous 10A current draws. |
Future Procurement Dynamics
Market Evolution: 2025–2030 Power Socket Procurement Trends
The commercial and retail demand curve for power strips is undergoing a paradigm shift driven by high-density electronics, workplace electrification, and legislative energy efficiency mandates.
GaN III Fast Charging Replacement of Bulky Bricks
Wholesalers and corporate buyers are aggressively replacing conventional AC-only power boards with hybrid GaN charging hubs. By embedding 65W–100W USB-C PD modules into tower and desktop units, end users power high-draw laptops (MacBook Pro, Dell XPS) directly from the strip, rendering proprietary AC wall adapters redundant.
Matter & Smart Energy Telemetry PDUs
Next-generation AU commercial projects specify smart strips featuring individual socket relay switching and real-time kWh power consumption metering. Integrating universal Matter-over-Wi-Fi/Thread protocols enables cross-platform automated power scheduling, cutting idle phantom power loads in corporate headquarters.
Circular Plastics & ESG-Driven Packaging
Oceanic and European retail buyers enforce mandatory supply chain decarbonization. Procurement managers increasingly require 30%–85% Post-Consumer Recycled (PCR) polycarbonate housing compounds, soy-based unbleached kraft retail packaging, and completely halogen-free (HF) thermoplastic polyurethane cord jackets.
B2B Sourcing Intelligence
Frequently Asked Questions for AU Power Strip Importers
Essential technical and regulatory inquiries addressed by our senior compliance and production engineers.
Q: What mandatory certifications are required to legally sell power strips in Australia and New Zealand?
Under the Electrical Equipment Safety System (EESS), power strips are classified as Level 3 Declared Equipment (high risk). Importers must obtain an accredited Certificate of Approval (CoA) issued by a recognized conformity assessment body (such as SAA Approvals or Global-Mark) demonstrating total compliance with AS/NZS 3105 and AS/NZS 3112. The responsible supplier must then register the product on the ERAC database and apply the Regulatory Compliance Mark (RCM) on the physical housing.
Q: Can generic Chinese power strip molds be directly used for the Australian market?
No. Generic multi-country universal molds fail Australasian safety audits because universal sockets allow accidental single-pole insertion of live prongs and do not hold tight contact tolerances with AU 3-pin plugs. Compliant AU strips require dedicated tooling engineered precisely to AS/NZS 3112 dimensional criteria, complete with internal child-protection safety shutters and dedicated spacing for insulated active/neutral prongs.
Q: What is the standard minimum order quantity (MOQ) and production lead time for custom OEM projects?
For standard custom colorway and silkscreen branded units using existing certified tooling, our factory MOQ begins at 1,000 to 2,000 units with a production lead time of 25 to 30 days after golden sample confirmation. For complete bespoke ODM development requiring dedicated plastic injection molds and proprietary PCBA layout, tool construction requires 30 days, followed by 15 days of pilot-run testing and formal safety certification submissions.
Q: How does Shenzhen Laxvi Technology prevent thermal deformation in high-wattage desktop and tower strips?
We implement three structural barriers against thermal hazards: first, we stamp continuous phosphor bronze conductor busbars rather than thin wires, drastically reducing electrical resistance points; second, we house the core within high-grade virgin polycarbonate exhibiting a high heat distortion temperature (HDT) exceeding 130°C; third, we integrate thermal cut-off fuses directly alongside the MOV surge suppressors to prevent thermal runaway under sustained electrical faults.
Q: What quality control procedures are conducted on the production line prior to container loading?
Our QA protocol comprises: 1) Incoming Quality Control (IQC) verifying resin flame rating and copper core purity; 2) In-process automated optical inspection (AOI) on all SMT fast-charging PCBA; 3) 100% dielectric withstand (Hi-Pot) electrical safety testing at 3750V AC; 4) 4-hour dynamic load burn-in aging on smart aging test systems; 5) Outgoing Quality Control (OQC) verifying drop-test durability, pull-force cord strain relief (100N pull test), and retail packaging accuracy.
Q: Can our brand customize the USB-A and USB-C output power configurations for different market segments?
Absolutely. Our PCBA engineering team offers modular fast-charging sub-boards ranging from standard 5V/3.1A dual-port arrays up to multi-protocol GaN architectures delivering 30W, 45W, 65W, or 100W Power Delivery (PD 3.0/3.1) and Quick Charge (QC 4.0+). Output power distribution logic can be programmed to allocate dynamic wattage safely when multiple devices are simultaneously connected.
Direct Factory Quotation & AS/NZS Engineering Consultation
Partner directly with an onsite TÜV-verified manufacturer. Share your project’s required plug standard, outlet counts, USB wattage targets, and annual volume requirements to receive complete CAD drawings, compliance assessments, and tiered B2B pricing within 24 business hours.
Send an Inquiry