Desktop
USA Standard Wood Grain Desktop Power Socket With 3 AC Outlet 2 USB Charging Port
3 AC Outlets
2 USB Ports
Wood Grain Finish
Direct From Factory
Precision-Engineered Extension Sockets & Power Distribution Strips
Explore our certified series of extension boards and desktop power solutions engineered with robust flame-retardant housings, intelligent USB-C power delivery, and dual-pole safety switching.
Heavy Duty
Extension Board With USB Port Indian Plug 3 Way Lead Surge Protection, 13A/3250W 2M
Surge Protected
3250W Rating
2m Pure Copper
Safe PCBA
13A Fire Retardant Extension Power Socket with 4 USB Ports and 2m Cable
Fire-Proof PC/ABS
4 Smart USB
Overload Reset
PD 45W Fast
Intelligent Power Strip Socket UK Standard 4 Outlets 2 USB-A 1 USB-C PD45W Fast
PD 45W Type-C
220-250V
Smart Chip
Slim Wall/Desk
TOPEREK Home UK Wall Socket 220V Fire Retardant 13A Strip 3 Outlets + 1A + 1C
Wall-Mount Slots
USB-C Hybrid
Compact Build
Multi-Output
USB Wall Socket Expander 5 AC and 3 DC Port Black Finish Industrial Grade
5 AC Outlets
3 DC Fast Ports
Matte Finish
High Density
TOPREK PSE Certified 15A 1500W 2m Cable Japanese Standard Extension Socket 12 Outlets
12 Outlets Density
PSE Standard
2 USB-A + 1 USB-C
100W GaN Super
100W Super Fast Charging 110-125V Extension Socket 5 Outlets 2 USB-A 3 USB-C
100W GaN Fast
Laptop Power
Fire Retardant
Technical Engineering Whitepaper
Why Bipolar Switch Architecture Is Non-Negotiable for the Dutch Grid
A comprehensive examination of electrical safety, TN-S and TT grounding topology, and compliance with the Netherlands' strict NEN 1010 electrical installation codes.
Simultaneous Line & Neutral Disconnection
In standard European CEE 7/4 (Schuko Type F) plugs, the symmetrical two-prong design allows reversible insertion into wall sockets. In a single-pole switched extension cord, switching off only disconnects one wire. If the plug is inserted reversed, the live conductor remains energized inside connected equipment. A Bipolar (Double-Pole) Switch physically breaks both Phase (L) and Neutral (N) lines at once, eliminating electric shock risks and capacitive leakage currents completely.
Zero Standby Leakage for ESG Targets
Modern connected devices, variable frequency drives, and multi-protocol GaN switch-mode power supplies maintain micro-amperage parasitic currents even when off. In Utrecht's corporate eco-parks and green buildings, single-pole isolation leaves common-mode noise and standby consumption lingering. Dual-pole mechanical galvanic isolation achieves true 100% zero standby loss, directly satisfying corporate sustainability compliance.
NEN 1010 & NEN-EN-IEC 60884-1 Conformity
Inspectors and facility managers operating under the Dutch occupational safety authority (Inspectie SZW) mandate strict electrical workplace adherence. Equipping enterprise hardware with bipolar switch cords featuring integrated thermal bimetallic overload mechanisms prevents breaker tripping cascades across shared 16A sub-distribution boards.
| Electrical Parameter | Single-Pole (Unipolar) Strip | Laxvi Bipolar Switch Cord (EU Schuko) | Significance for Utrecht B2B Users |
|---|---|---|---|
| Disconnection Type | 1P (Phase or Neutral only) | 2P (True Phase + Neutral Galvanic Air Gap) | Guarantees zero voltage on terminals regardless of Schuko orientation |
| Residual Voltage Under "OFF" | 230V potential when plug is inverted | 0.0V (Complete Isolation) | Prevents shock hazard during maintenance in labs and studios |
| Harmonics / Neutral Floating Protection | Unprotected on Neutral return path | Bi-directional line interruption | Protects delicate measurement tools from ground reference shifts |
| Arcing & Contact Wear | Localized single-point arc burn | Silver-alloy dual contacts with rapid spring trip | Tested to 10,000+ mechanical cycles under full 16A/3680W resistive load |
| Insulation & Housing Material | Standard ABS (750°C glow-wire failure) | V-0 Grade Virgin PC/ABS (850°C Glow-Wire Certified) | Mandatory fire containment under insurance underwriting policies |
Regional Application Engineering
Engineered for Utrecht's High-Tech, Academic & Commercial Ecosystem
From the laboratories of Utrecht Science Park to historic revitalized canal offices, our customized cords deliver the exact mechanical, thermal, and spatial footprint required.
Utrecht Science Park R&D
Universitair Medisch Centrum Utrecht (UMCU) and biotechnology cleanrooms demand EMI/RFI-clean power taps. Our bipolar surge-protected strips prevent transient high-voltage spikes from corrupting optical analyzers, spectrometers, and data loggers.
Station Area Hybrid Desks
In high-density coworking spaces and financial consultancies surrounding Utrecht Centraal, clean cabling is vital. Desktop models with fast 65W–100W GaN ports allow staff to run MacBooks and smartphones directly without external bulky power bricks.
Lage Weide Logistics Hubs
Distribution centers along the Amsterdam-Rhine Canal operate continuous packaging, barcode sorting, and conveyor inspection equipment. Heavy-duty rubberized cables (H05VV-F 3G1.5mm² / H07RN-F) withstand fork-truck vibration and industrial abrasion.
Historic Canal Estates
Historic properties along the Oudegracht feature aged conduit routing with strict fire hazard containment rules. Our certified 850°C glow-wire resistant polycarbonate casings guarantee complete containment against internal terminal overheating.
Procurement Trends
Emerging Standards in Dutch Electrical Sourcing (2025–2030)
Procurement teams across Utrecht, Amsterdam, and Rotterdam are restructuring supplier requirements to navigate regulatory decarbonization, circular economy mandates, and consumer electronic integration.
The Universal USB-C EU Directive
With Directive 2022/2380 fully enforced across the Netherlands, legacy USB-A power strips are rapidly being phased out. Enterprise procurement contracts now specify integrated USB-C PD 3.0 / GaN charging hubs directly within extension cords, reducing e-waste and charger clutter across corporate desks.
Circular Economy & Halogen-Free Materials
Utrecht municipality leads national initiatives in circular procurement. Importers favor extension boards utilizing PCR (Post-Consumer Recycled) polycarbonate housing, halogen-free internal flame retardants, lead-free wave soldering, and FSC-certified plastic-free retail packaging.
Direct Factory OEM to Neutralize Middleman Margins
Faced with fluctuating logistics rates and Dutch market pricing pressures, major regional hardware co-ops (Bouwmaat, Gamma suppliers) and IT integrators increasingly bypass domestic importers. Partnering directly with audited factories enables custom mold branding and lower unit costs.
Manufacturing Capabilities
Shenzhen Laxvi Technology: 12 Years of Direct OEM/ODM Excellence
Combining precision injection tooling, surface mount technology (SMT), automated robotic assembly, and exhaustive laboratory validation under an 11,600 m² audited production footprint.
12+
Years Engineering Experience
11,600 m²
TÜV Verified Factory Area
340
Skilled Technical Staff
100%
Inline Hi-Pot Testing
In-House Tooling & Injection
We own and operate high-precision CNC centers, EDM wire-cutting machinery, and dozens of high-tonnage injection presses. This enables full structural customization—from bespoke cable-exit angles to integrated Dutch child-safety shutters—in as fast as 25 days from CAD to pilot test.
SMT & Automated GaN Assembly
Our surface-mount PCBA cleanrooms deploy multi-zone reflow ovens, automated optical inspection (AOI), and in-line smart power supply calibration units. Our GaN gallium nitride modules boast over 93% conversion efficiency with minimal thermal footprint.
On-Site Verified by TÜV Rheinland
Buyers can inspect complete audited assessments covering our factory capacity, environmental management, supply chain qualification (66 Tier-1 raw material vendors), and social compliance, guaranteeing hassle-free European customs clearance.
Procurement Guidance
Frequently Asked Questions for Dutch & EU Importers
Everything procurement officers, distributors, and engineering contractors need to know when placing factory-direct orders for the Utrecht regional market.
Q. Are these bipolar switch extension cords fully certified for use in the Netherlands?
Yes. Our European models are engineered in strict compliance with NEN-EN-IEC 60884-1, CE LVD (Low Voltage Directive 2014/35/EU), EMC, and RoHS/REACH chemical directives. We provide full technical construction files (TCF), CE Declarations of Conformity, and TÜV Rheinland safety test reports upon request.
Q. Can you supply German/Dutch Type F Schuko and French/Belgian Type E compatibility?
Absolutely. Our molded plugs feature hybrid dual-grounding architecture (CEE 7/7 plug standard), incorporating both dual side earth clips (Schuko) and a female ground pin receptacle. This allows your Utrecht business to freely distribute inventory across both the Netherlands and Belgium without separate SKU lines.
Q. What cable gauges and insulation grades are available for heavy commercial loads?
For standard office and home usage, we supply H05VV-F 3G1.5mm² pure copper cords rated up to 16A / 3680W. For heavier industrial, workshop, or event installations in Utrecht, we offer heavy-duty H07RN-F oil- and ozone-resistant polychloroprene rubber cables with cord lengths from 1.5m up to 10m.
Q. What are your minimum order quantities (MOQs) and lead times for OEM branding?
For customized laser-etched logos or pad printing on our standard white/black/anthracite housings, our MOQ starts at 500–1,000 units. Bespoke custom injection color matching (RAL codes) or full retail packaging design starts at 2,000 units. Production lead time is typically 20–30 days from sign-off.
Q. How does Laxvi guarantee electrical safety before products leave Shenzhen?
Every single production unit passes 100% inline electrical continuity, polarity, and high-voltage dielectric withstand (Hi-Pot 2000V/5mA/1s) testing. Random batches undergo glow-wire testing (850°C), thermal ball-pressure validation, switch cycle fatigue tests (10,000 actuations), and 4-hour smart full-load aging runs.
Q. Can we integrate custom surge protection (SPD) or smart power measurement?
Yes. We can incorporate multi-stage Metal Oxide Varistors (MOV) with thermal cut-offs rated up to 1050 Joules or higher to suppress lightning and grid switching transients. We also produce smart IoT versions with Tuya / Matter Wi-Fi/Zigbee chips for remote real-time power monitoring across automated facilities.