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Technological Breakthrough Breaking the limits of 2D power strips, our magnetic modular blocks enable 3D circuit reconfiguration. Each block rotates 360° for 12 topologies, reducing cable clutter by 70%. Core Technology Performance Advantages Space Adaptability▸ Foldable L/T/U shapes for corners/desks▸ 3.5cm minimum profile Dynamic Load Management▸ Real-time 3-phase current balancing (Industrial Edition)▸ 8kW peak power (6-module chain) Safety Protections▸ Auto power-off on misalignment▸ Per-module overload protection Industrial Applications Certifications UL 962–certified (Furniture Power Systems)IEC 60950-1–compliant (IT Equipment Safety) Future Development Core Value Proposition Redefining power delivery: From static outlets to dynamic 3D energy networks, enabling limitless industrial/office configurations.

Technical Background When household power strips are overloaded or circuits age, dangerous electric arcs may occur. Traditional current detection has slow response times. Optical arc detection monitors abnormal light signals in real-time, cutting power within milliseconds to prevent fires. Working Principle Key Advantages Critical Applications Global Certifications Compliant with: Future Roadmap Core Value Proposition Optical arc detection transforms fire prevention from reactive to proactive, safeguarding the final centimeter of home electrical systems.

Have you ever touched a power strip after prolonged use and found it warm or even hot? This heating signifies wasted electrical energy – dissipated as heat into the air. Traditional power strip conductors (like copper wires) have inherent electrical resistance, inevitably generating heat (Joule heat) when current flows. Now, revolutionary material technology born from quantum physics – Topological Insulators – is being applied to premium power strips, achieving near-“zero heat loss” power transmission for safer, more efficient, and eco-friendly power. Topological Insulators: The Marvelous Low-Loss Conductors Topological insulators are extraordinary quantum materials. Their interior behaves as an insulator, but their surface or edges host highly stable, topologically

In modern homes and offices, power strips (extension cords) are indispensable devices, supplying power to our numerous electronic gadgets. However, traditional fuses, while capable of cutting off the circuit to protect against overloads or short circuits, require manual replacement once they blow. This causes inconvenience and can even pose safety risks. Now, an innovative protection technology – the Liquid Metal Self-Healing Fuse – is being increasingly adopted in high-quality power strips, revolutionizing electrical safety with its key feature: Automatic Recovery, No Replacement Needed. How Does a Liquid Metal Self-Healing Fuse Work? The core of this fuse lies in its special conductive material –

Have you ever imagined that the simplest daily action – plugging a device into or unplugging it from a power strip – could generate usable electricity? Thanks to the remarkable Piezoelectric Effect, this idea is now a reality! Innovative piezoelectric power strips ingeniously convert the mechanical action of each plug insertion or removal into a small amount of electrical energy. This powers the strip’s own smart features or small devices. It’s not just a technological breakthrough; it’s a fascinating step towards self-powered, more eco-friendly electronics. The Piezoelectric Effect: The Secret of Generating Power from PressureThe piezoelectric effect is an inherent property of certain special

The Overheating Hazard Overheating causes 68% of power strip failures in multi-device setups (UL White Paper 2024). Single-point thermal protection fails to isolate localized hotspots. How Distributed Protection Works Performance Advantages Parameter Distributed OTP Single-Point Protection Response Time <100ms 1-3s Failure Impact Localized outage Full shutdown Fault Location Socket-level ID System-wide Lifespan +40% cycles Accelerated aging Critical Applications Certified: UL 1363, IEC 60884, CE

The Core Challenge Vibration and impact in industrial/mining/offshore environments cause 74%* of power strip failures (*IEEE 2023 Survey). Traditional solutions (silicone filling/rigid casings) compromise heat dissipation or crack under stress. How Magnetic Suspension Works Engineering Advantages Feature Magnetic Suspension Traditional Silicone-Filled Impact Resistance 50G proof (MIL-STD-810H) Cracks at 15G Thermal Management <8°C core-shell ΔT >25°C ΔT Maintenance Cost Modular repair Full replacement Weight 30% lighter (Aerospace Al) Heavy Extreme Environment Testing Test Standard Result Vibration IEC 60068-2-6 200hrs @ 50Hz: No fault Drop Impact IK10 3m onto concrete: Fully functional Thermal Cycling -40°C to 85°C 100 cycles: No deformation Salt

The Invisible Threat on Surfaces Studies show power strips harbor 12,000+ CFU/cm² of pathogens (incl. E. coli, Staphylococcus) – 5x dirtier than toilet seats! (Journal of Hospital Infection, 2023). Smart UV-C Sterilization Mechanism Critical Applications & Certifications VS Traditional Disinfection Methods Metric UV-C Self-Sanitizing Alcohol Wiping Antimicrobial Coating Continuous Effect Auto-cycle every 2hrs One-time only Fades in 48hrs Material Damage Zero corrosion Damages plastics Peeling risk Operating Cost RMB 3/year (6 cycles) RMB 150+/year (alcohol) +RMB 50/unit premium User Testimonial Reduced ICU equipment surface contamination by 89% – no manual wiping needed. A game-changer for infection control.”*– Dr. Emma Laurent, Infection Prevention Officer (Lyon

Unmatched Fire Resistance Fire remains a critical risk in electrical systems. Traditional plastic/metal power strips melt and ignite under extreme heat, accelerating fire spread. For mission-critical environments—data centers, laboratories, chemical plants, aerospace—our ceramic-based solution withstands direct 1500°C flames, redefining fire safety standards. Core Advantages 1500°C Fire Barrier Engineering Breakthroughs Multilayer Protection Technology Critical Applications Beyond Compliance Exceeds UL 94 V-0/IEC 60695 by redefining electrical fire protection limits. The perfect synthesis of safety, reliability, and peak performance for zero-failure-tolerance scenarios. Choose the Unyielding Safeguard Select ceramic-based power strips—where your critical infrastructure stands fortress-strong amidst 1500°C blazes.

Introduction: The Cable Management Revolution Modern electronics demand power strips, but tangled cables plague workspaces: messy aesthetics, tripping hazards, and daily frustration. Traditional solutions (cord wraps/grooves) fail to address core issues. Our Zero-Tangle Retractable Engine—fully integrated into the power strip—delivers unprecedented order and convenience. Core Technology Intelligent Retraction System Zero-Tangle Philosophy User Experience Transformation One-Click Tidiness Press button → cord retracts seamlessly into housing → workspace instantly cleared. Adaptive Length Control Pull to desired length (cm to meters); ratchet locks position. No more excess clutter or strained connections. Enhanced Safety & Durability Effortless Workflow No manual winding. Unplug wall socket →