Mordio Electrical Co.,Ltd

OEM/ODM Wall Switch & Socket Manufacturer for UK, US & EU

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USB-C Charging Sockets: The New Standard in Modern Electrical Installations

Power Delivery Meets Convenience: The Rise of USB-C Sockets

The humble wall socket is evolving. As our devices increasingly charge via USB-C — from smartphones and tablets to laptops and headphones — the demand for built-in USB charging ports in electrical sockets has grown exponentially. By 2025, the majority of new residential and hospitality construction includes at least some USB-enabled sockets. This article explores the technology, benefits, and considerations of USB-C charging sockets.

Why USB-C? The Universal Charging Standard

USB-C (officially USB Type-C) is rapidly becoming the universal charging and data transfer standard. Key advantages over older USB-A include:

  • Higher power delivery: USB-C PD (Power Delivery) supports up to 240W at 48V — enough to charge laptops, monitors, and even some power tools
  • Reversible connector: The symmetrical design eliminates the frustration of plugging in the wrong way
  • Universal compatibility: One cable for phones, tablets, laptops, headphones, and more
  • Data transfer: USB-C supports data rates up to 40 Gbps (USB4 / Thunderbolt)

The EU’s mandate requiring USB-C as a common charger for electronic devices (effective 2024-2026) has accelerated global adoption. This makes USB-C sockets an increasingly essential feature in any modern electrical installation.

Types of USB Wall Sockets

USB-A Charging Sockets

The earlier generation of USB wall sockets featuring the rectangular USB-A port. Still common but being phased out in favour of USB-C. They typically provide up to 2.4A (12W) per port — sufficient for older phones but inadequate for modern fast charging.

USB-C Charging Sockets

Modern sockets with USB-C ports supporting Power Delivery. Available in various power ratings:

  • 18-30W: Suitable for smartphones and tablets (fast charging comparable to original chargers)
  • 45-65W: Can charge laptops (MacBook Air, Dell XPS, etc.)
  • 100W+: Can charge high-performance laptops and multiple devices simultaneously

Combination Sockets

Many modern sockets combine traditional AC outlets with USB-C ports — offering the best of both worlds. For example, a standard BS 1363 double socket might include a USB-C PD port alongside the two AC outlets. Browse MORDIO’s British standard sockets for USB-integrated options.

Key Considerations for Specifying USB Sockets

Power Output

Not all USB sockets are created equal. A 5W (5V/1A) socket will charge a modern smartphone very slowly — look for at least 18W USB-C PD for satisfactory charging performance. For hospitality installations, consider 30W+ sockets that can handle any guest device.

Compatibility with Wall Boxes

USB sockets are typically deeper than standard sockets to accommodate the power conversion electronics. Ensure your wall boxes have sufficient depth (35mm+ is recommended for most USB socket modules).

Standard Compliance

USB sockets must still comply with the relevant electrical standard for your market — BS 1363 for the UK, Schuko/CEE 7 for Europe, NEMA for North America. The USB charging circuit should also have appropriate safety certifications (CE, RoHS, UL, etc.).

Applications: Where USB Sockets Make the Most Impact

  • Hotels: Bedside USB sockets are now expected by guests — a key factor in guest satisfaction and ratings
  • Airports and transport hubs: High-power USB-C sockets in waiting areas provide traveller convenience
  • Office workstations: Integrated USB-C charging reduces desk clutter and cable management
  • Kitchen counters: Convenient charging for tablets used for recipes, smart displays
  • Bedrooms: Eliminates the need for bulky charging adapters on nightstands

Wrapping Up

USB-C charging sockets are no longer a premium add-on — they are becoming a standard expectation in residential, hospitality, and commercial installations. With the EU mandate and industry-wide shift toward USB-C, specifying sockets with integrated USB-C charging is a future-proof choice. MORDIO offers USB-integrated sockets across all major standards, designed to meet both charging performance and electrical safety requirements.

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How to Wire a Two-Way Switch: Complete Guide for Staircase and Multi-Location Control

Controlling a Light from Two Locations: The Two-Way Switch

A two-way switch allows you to control a single light or electrical load from two separate locations — most commonly at the top and bottom of a staircase, or at opposite ends of a long corridor. While the concept is simple, the wiring configuration differs between the UK, European, and US wiring traditions. Here is what you need to know about how to wire two-way switches in each standard.

What Is a Two-Way Switch?

A two-way switch (called a three-way switch in the United States) has three terminals instead of the standard two. In the UK, these are labelled COM (common), L1, and L2. In the US, they are labelled COM (common) and two traveller terminals (often brass-coloured).

Two-way switching requires two of these special switches wired together using a pair of traveller wires. When either switch is toggled, it changes the path of the circuit, turning the light on or off regardless of the position of the other switch.

Two-Way Switch Wiring for BS 1363 (UK)

In UK domestic installations (BS 7671), the standard two-way wiring uses three-core and earth cable (brown, black, grey, and earth):

  1. Switch 1: Connect the live supply to the COM terminal. Connect L1 to one traveller wire and L2 to the other.
  2. Switch 2: Connect the switched live wire (going to the light) to the COM terminal. Connect L1 and L2 to the corresponding traveller wires from Switch 1.
  3. The neutral wire runs directly from the consumer unit (breaker panel) to the light fitting.
  4. The earth wire is connected to the earth terminals on both switches and the light fitting.

At MORDIO, our BS 1363 switches clearly mark COM, L1, and L2 terminals for easy identification. Browse our British standard switch range for two-way options.

Two-Way Switching for Schuko (Europe)

European wiring practices are similar but use different terminology. The Schuko two-way switch (called a Wechselschalter in German) works on the same principle but often uses:

  • One common terminal (usually marked L or P)
  • Two traveller terminals (marked 1 and 2, or the up/down arrows)

European installations often use a 4-wire cable (live, neutral, switched, earth) or separate traveller wires depending on the specific wiring tradition in each country.

Three-Way Switching (US Terminology)

In the United States, what the UK calls “two-way” is called “three-way” switching. The wiring is:

  1. Connect the hot (black) supply wire to the common terminal of Switch 1
  2. Connect the two traveller wires between the traveller terminals of Switch 1 and Switch 2
  3. Connect the switched hot wire from the common terminal of Switch 2 to the light fixture
  4. Neutral (white) wires connect directly between the panel and the light
  5. Ground (green or bare) wires connect to all devices

See MORDIO’s American standard switch range for NEMA-compatible three-way switches.

Common Mistakes to Avoid

  • Using standard one-way switches: Two-way switching requires specifically designed two-way switches — standard one-way switches have only two terminals
  • Incorrect terminal identification: Always verify which terminal is COM — wiring the traveller to COM instead of the incoming supply will not work
  • Mixing up colours: Take photos before disconnecting old switches, and label wires clearly during installation

For Three or More Locations: Intermediate Switching

If you need to control a light from three or more locations (e.g., both ends of a corridor plus a middle switch), you need an intermediate switch (four-way switch in the US) wired between two two-way switches. The intermediate switch swaps the traveller connections, effectively inverting the circuit each time it is toggled.

Summary

Two-way switching is a practical solution for multi-location light control. While the wiring principle is universal, always follow your local wiring regulations and switch terminal markings. For high-quality two-way switches in all major standards, explore MORDIO’s product ranges.

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UK vs EU Electrical Wiring Regulations: Key Differences for Product Compliance

Navigating Post-Brexit Wiring Regulations

Since the United Kingdom left the European Union, the divergence between UK and EU electrical regulations has become increasingly significant for manufacturers, importers, and specifiers of electrical products like switches and sockets. While the underlying technical standards remain similar in many areas, key differences in certification, marking, and regulatory frameworks now exist. This guide outlines the critical distinctions for anyone sourcing electrical products for UK and European markets.

The Core Standards: Still Harmonised

The fundamental product standards for switches and sockets have not diverged significantly:

  • BS 1363-2 (UK, Type G sockets) — remains the British standard, now maintained by BSI independently of CENELEC
  • EN 60669-1 (switches) and EN 60884-1 (plugs and sockets) — still adopted as harmonised European standards by CENELEC
  • The UK has retained most EN standards as “BS EN” with identical technical content

This means that the technical requirements for products themselves have not fundamentally changed. The differences are mainly in the conformity assessment and marking process.

UKCA vs CE Marking

The most visible difference is the conformity marking:

CE Marking (European Union)

The CE mark is mandatory for products sold in the European Economic Area (EEA). It certifies that the product meets all applicable EU directives and harmonised standards.

UKCA Marking (United Kingdom)

The UKCA (UK Conformity Assessed) mark is the post-Brexit equivalent for products sold in Great Britain (England, Scotland, Wales). Key points:

  • UKCA was originally scheduled to become mandatory in 2022, but the deadline has been extended multiple times — currently accepting CE-marked products until further notice
  • Products permanently bear UKCA must meet UK-designated standards (BS standards with a UK designation)
  • Manufacturers outside the UK need a UK-authorised representative for UKCA conformity assessment
  • The UKCA mark has specific size and placement requirements similar to CE

Wiring Regulations: BS 7671 vs HD 60364

Installation standards — how products are installed and used in buildings — are diverging more noticeably:

  • BS 7671 (IET Wiring Regulations) — governs electrical installations in the UK and has always been a separate document from the European harmonised document HD 60364, though aligned in content
  • Recent amendments to BS 7671 (Amendment 2: 2022) introduced UK-specific requirements not mirrored in European equivalents, particularly around arc fault detection devices (AFDDs) and surge protection

What This Means for Product Importers

For businesses importing switches and sockets:

  • For the UK market: Ensure products meet BS 1363 (sockets) or BS EN 60669 (switches). CE marking is still accepted as equivalent to UKCA, but this arrangement may change. Work with manufacturers that can provide both UKCA and CE documentation.
  • For the EU market: Ensure products bear CE marking and comply with harmonised EN standards. A separate EU Declaration of Conformity is required.
  • For both markets: Products manufactured to the underlying EN/BS EN standards often satisfy both UK and EU requirements. The main difference is in the labelling and documentation. A manufacturer like MORDIO that supplies both markets can provide dual-conformity products.

Key Takeaways

While UK and EU wiring regulations remain largely aligned at the product level, the certification, marking, and documentation requirements are diverging. Businesses supplying both markets should work with manufacturers that understand both regulatory frameworks. For BS 1363 products destined for the UK or Middle East, explore MORDIO’s British standard range. For Schuko products for the EU market, see our European standard range.

European Wall Socket Outlet - Schuko Type F Power Socket with Grounding Clips for Home and Office Electrical Installation
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Why Your Socket Gets Hot: 5 Warning Signs You Shouldn’t Ignore

Why Do Sockets Get Hot?

A warm socket might seem minor, but it’s often the first warning sign of a serious electrical problem. Understanding why this happens could prevent a house fire.

5 Warning Signs of Dangerous Socket Overheating

  1. Hot to the Touch: If the socket feels warm or hot, this indicates excessive current or poor connections.
  2. Burning Smell: Any unusual odor near outlets signals melting insulation.
  3. Discoloration: Brown or black marks around the socket indicate arcing or overheating.
  4. Sparks When Plugging In: Small sparks are normal, but large flashes are dangerous.
  5. Loose Plugs: Plugs that fall out easily mean worn contacts that can overheat.

Common Causes of Socket Overheating

  • Overloaded Circuits: Too many high-power devices on one outlet
  • Loose Wiring: Poor connections create resistance and heat
  • Old or Damaged Sockets: Worn contacts increase resistance
  • Incorrect Wire Gauge: Undersized wires for the load
  • Faulty Installation: DIY mistakes without proper knowledge

When to Call a Professional Electrician

Contact a licensed electrician immediately if you notice:

  • Any burning smell from outlets
  • Visible scorch marks or melting
  • Frequent circuit breaker trips
  • Crackling or buzzing sounds from sockets

Prevention Tips

  • Use CE or VDE certified sockets and switches
  • Don’t overload outlets with multiple high-power devices
  • Replace old sockets every 10-15 years
  • Install AFCI/GFCI protection in wet areas
  • Schedule regular electrical inspections

Remember: Electrical fires are preventable. When in doubt, turn off the power and call a professional.

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How Wall Switches Work: A Simple Guide to Everyday Technology

Ever wondered what actually happens inside a wall switch when you flick it? It is simpler than you might think.

A wall switch is just a mechanical bridge. Flip it on, and a piece of metal inside completes the circuit — current flows from the live wire, through the switch, to your light, and back through the neutral wire. Flip it off, and that metal contact lifts, breaking the path. That is it. The same basic principle applies whether it is a British standard switch, a European Schuko, or a NEMA type for the US market.

Most modern switches we produce at our Wenzhou factory use one of two mechanisms. The traditional toggle — a lever that moves up and down — is still common in the United States. The rocker design, which rocks when pressed, dominates everywhere else: UK, Europe, Australia, and increasingly the US under the “Decora” style. Functionally they do the same job. The difference is mostly about regional preference and installation habits.

One-Way, Two-Way, and Everything in Between

This is where terminology gets messy across markets, especially when you are sourcing from overseas. Here is the practical breakdown:

  • Single-pole (one-way): One switch controls one light from one location. The most common type in any market.
  • Two-way (US: three-way): Two switches control the same light — top and bottom of stairs is the classic example.
  • Intermediate (US: four-way): Three or more switches for the same light. Used in long hallways or large rooms.

When a client asks us for switches, these are the first specs we clarify. It saves a lot of trouble later. Our British standard range covers all three configurations.

What Makes a Switch Good or Bad

From a manufacturing standpoint, the quality comes down to a few things you cannot see from the outside. The contact material — we use phosphor bronze and silver alloy, not cheap brass that wears out after a few thousand operations. The housing material — polycarbonate that stops burning within seconds if a short happens. The IP rating — IP44 rated units have rubber gaskets inside to keep out moisture.

We have seen cheap switches come across our test bench where the contact springs lost tension after 2000 cycles. Our standard production samples go through 20000 cycles minimum before we sign off on a batch. That is the real difference between a good switch and a bad one.

Why Regional Design Differences Matter

UK switches (BS 1363) have a chunky build with “on” in the down position. US switches toggle up for “on.” European Schuko uses a broad rocker. Australian switches use a compact 16mm rocker. The electrical principle is universal, but the physical standards are not. If you are sourcing for multiple markets, working with a manufacturer who produces all of them simplifies your QC and logistics significantly. That is exactly why our factory runs separate production lines for each standard. Have a look at our European and American standard ranges to see the differences.

If you are in the switch business — distributor, contractor, or brand — knowing these fundamentals helps you pick the right product and ask better questions when evaluating suppliers. That alone will save you a lot of headaches down the line.

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Why Different Countries Have Different Plug and Socket Standards

If you have ever travelled with a device charger, you already know the frustration: your plug does not fit the socket. There are about 15 different plug types in use around the world, and no, the world is not going to settle on one universal standard any time soon. The reasons are historical, technical, and sometimes just about national pride.

The Big Three: BS 1363, Schuko, and NEMA

BS 1363 — Type G (UK, Middle East, parts of Asia)

The British plug is the one with three rectangular pins and a fuse inside. Yes, every plug has its own fuse — typically 3A for lights, 13A for heavy appliances. This was introduced in 1947 as a safety measure, and it makes the Type G arguably the safest plug standard in the world. The socket also has built-in shutters over the live holes so kids cannot stick things in. Used in the UK, Ireland, Singapore, Hong Kong, Malaysia, Saudi Arabia, UAE, and many other countries across the Middle East.

At our factory, the BS 1363 line is our heaviest production volume. We supply BS 1363 switches and sockets to distributors across all these markets.

Schuko — Type F (Continental Europe)

Schuko is short for the German “Schutzkontakt” (protective contact). Instead of a fuse, it uses two round 4.8mm pins and earth clips on the sides of the socket. Overcurrent protection is handled by the building circuit breaker, not the plug. It covers Germany, France, Spain, Italy, Poland, and most of continental Europe. The CEE 7/7 hybrid plug fits both Schuko (Type F) and French (Type E) sockets, which is why it is the most common plug sold in Europe today.

Check out our Schuko-compatible range for European projects.

NEMA — Types A and B (North America)

The US and Canada operate on 120V/60Hz, unlike the UK and Europe at 230V/50Hz. NEMA 1-15 (Type A) is the two-prong ungrounded design. NEMA 5-15 (Type B) adds the round grounding pin. A notable difference: US outlets are typically unswitched — you do not flick a switch on the wall to turn the socket on and off. However, GFCI protection is now required in bathrooms and kitchens per US code.

Browse our NEMA-compatible socket range.

How We Ended Up with This Mess

When electricity was first rolled out in the late 19th and early 20th centuries, countries developed their own systems independently. The US standardised early on 110V (later 120V) because of Edison’s DC systems. Europe went with 220-240V as AC became dominant. Post-war Britain rebuilt its infrastructure and decided on a rigorous new standard (BS 1363) rather than adopting what existed. Once a country has millions of buildings wired a certain way, switching to a different standard is not practical.

What This Means When Sourcing Internationally

For anyone sourcing electrical products from overseas, the key takeaway is simple: a switch that passes certification in Germany will not pass in the UK or Saudi Arabia. Different standards, different testing requirements. That is why some distributors choose a single manufacturer that produces all three standards — it simplifies compliance and QC. MORDIO happens to be one of those factories.

The variety of plug standards may be inconvenient, but each one reflects real engineering priorities. Understanding the differences between BS 1363, Schuko, and NEMA means you can confidently source for whatever market you are selling into.

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How to Replace a Wall Switch: A Step-by-Step Safety Guide

Replacing a wall switch is not difficult, but you have to respect the electricity. This guide covers a standard single-pole (one-way) switch — the type that controls one light from one location. If your setup involves two-way or intermediate switching (multiple switches controlling the same light), call an electrician.

Important: Wiring conventions differ by country. UK wiring (brown/blue) is different from US (black/white/copper). Always confirm local regulations before starting.

What You Will Need

  • Voltage tester — non-contact pen type is easiest
  • Screwdriver — flathead or Phillips depending on the switch
  • Wire stripper (if fitting a completely new unit)
  • Replacement switch — make sure the rating and standard match your setup. See our BS 1363, European, or American standard ranges.

Step 1: Kill the Power at the Breaker

Go to your consumer unit (breaker panel) and switch off the circuit for that room. Do not rely on the wall switch being in the “off” position — it could be wired wrong. Shut the breaker.

Step 2: Double-Check There Is No Power

Take the voltage tester and touch it to the switch terminals. If it beeps or lights up, the circuit is still live. Check again at the breaker. This step is not optional. We have seen too many close calls in our testing department to skip this.

Step 3: Take the Old Switch Out

Unscrew the faceplate and gently pull the switch out of the wall box. Before disconnecting anything, take a photo of the wiring. This is your reference for reconnection. Pay attention to which wire goes to which terminal. In UK wiring, brown (live) goes to L, the switched live to L1 or COM. In US wiring, black (hot) goes to one brass terminal, the load wire to the other.

Step 4: Wire the New Switch

Using your photo as reference, connect each wire to the matching terminal on the new switch. Tighten each screw properly — a loose connection generates heat and is a fire risk. If the new switch uses push-fit terminals instead of screws, seat each wire firmly until it clicks.

Step 5: Button Up and Test

Fold the wires carefully back into the wall box. Avoid pinching or crushing any wires. Screw the switch and faceplate into place. Restore power at the breaker and test the switch several times. If it clicks cleanly and the light responds, you are done.

When to Get a Pro Instead

  • The switch is part of a two-way or intermediate circuit — multiple switches controlling one light
  • The wiring colours are old (pre-2004 UK colours, or US aluminium wiring)
  • You see burnt or melted insulation at the back of the old switch
  • The new switch needs an earth (ground) connection and the old one did not have one

If in doubt, pay an electrician. It costs less than fixing a mistake.

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How to Choose a Reliable OEM Wall Switch and Socket Manufacturer

We have been making wall switches and sockets in Wenzhou for years, and we have seen the full range of OEM buyers — from first-time importers who picked the cheapest factory on Alibaba to established distributors who do proper due diligence before signing a contract. The ones who get burned are almost always in the first group.

Finding a reliable OEM wall switch manufacturer is not complicated if you know what to look for. Here is what we tell prospective clients who visit our factory.

Certifications Matter — But Verify Them

A factory can claim CE, RoHS, SASO, or UL on their brochure, but you want to see the actual certificates. Check the issue date and the issuing body. A valid OEM socket factory should have at minimum:

  • CE + RoHS for European market entry
  • BS 1363 / SASO / GSO for UK and Middle East
  • ISO 9001 for quality management systems
  • UL / ETL for North America

MORDIO’s certification portfolio is available for clients to review at any time. Any serious factory should offer the same transparency.

Can They Manufacture All the Standards You Need?

If you sell into one market only, this matters less. But if you distribute across regions — say, UK and Middle East and Europe — a factory that can produce BS 1363, Schuko, and NEMA under one roof saves you a huge amount of supply chain headache. You get consistent quality across product lines and fewer suppliers to manage. Our factory in Wenzhou runs separate production lines for each standard.

Customisation beyond a Logo

Real OEM is not just slapping a logo on a white-label product. A proper OEM electrical switch supplier should offer:

  • Custom colours — white, grey, gold, black, stainless steel, tempered glass
  • Custom packaging and branding
  • Custom moulding for unique faceplate shapes
  • Private label — the product is yours, not a rebadged generic

Quality Control: What to Ask

Go beyond “do you have QC?” Ask specific questions:

  • What is your defect rate target? (A good factory targets under 0.5%, measured per batch.)
  • Do you test incoming raw materials or just trust the supplier?
  • Is there in-process inspection during production, or only final check?
  • Do you have batch traceability — can you trace a returned unit back to its production date and shift?

In our experience, distributors who ask these four questions eliminate 80% of unreliable suppliers immediately.

Questions You Should Ask before Committing

  • What is the MOQ? (Be realistic — MOQ of 100 pieces may indicate a trading company, not a factory.)
  • What is the typical lead time? (30-45 days is standard for a medium-sized OEM order.)
  • Can you provide samples before mass production? (If yes, that is a good sign.)
  • What warranty do you offer on OEM products?

At MORDIO, our British, European, and American standard lines are all available for OEM/ODM. Every project starts with a sample and a face-to-face discussion — even if it is over WhatsApp.

Choosing the right OEM partner takes some up-front effort. But it pays off across years of consistent shipments. Rush the selection, and you pay for it in returns, complaints, and lost customers.

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Electrical Certifications Explained: CE, SASO, UL, RoHS, and What They Mean for Your Products

If you have ever looked at the back of a switch socket and seen a jumble of marks — CE, RoHS, SASO, UL — you might wonder what actually matters and what is just marketing stickers. The short answer: most of them are legally mandatory depending on where you sell the product.

Here is a plain explanation of the certifications that apply to wall switches and sockets, and why they matter for anyone sourcing these products internationally.

CE Marking — Europe

The CE mark says the product meets EU safety, health, and environmental requirements. For switches, this means compliance with the Low Voltage Directive 2014/35/EU and harmonised standards like EN 60669-1 (switches) and EN 60884-1 (plugs and sockets). It is not optional — products without CE marking cannot be sold in the European Economic Area.

SASO and GSO — Saudi Arabia and the Gulf

Saudi Arabia requires SASO certification for electrical products, based on SASO 2203/2018 (which is itself based on BS 1363). The GCC countries — UAE, Qatar, Kuwait, Oman, Bahrain — follow similar GSO standards. If your target market is the Middle East, these are non-negotiable. MORDIO’s SASO and GSO certifications cover all our Middle East-bound products.

UL Listing — USA

UL (Underwriters Laboratories) is technically voluntary in the US, but many retailers and building codes require it. UL 498 covers sockets (receptacles), UL 20 covers switches. In Canada, the equivalent is CSA certification. Without UL or ETL listing, getting products onto US distributors’ shelves is an uphill battle.

RoHS — Restricted Substances

RoHS restricts lead, mercury, cadmium, and certain flame retardants in electrical products. It is mandatory in the EU (Directive 2011/65/EU) and increasingly referenced elsewhere. A RoHS-compliant switch uses lead-free solder and cadmium-free contacts. This is one you can typically trust — most reputable factories comply as standard.

ISO 9001 — Quality Management

This is not a product certificate — it certifies the factory’s quality management system. ISO 9001 means the factory has documented processes for QC, traceability, and continuous improvement. It is worth checking because it tells you whether the factory operates systematically or just winging it.

Which Ones Do You Actually Need?

  • Europe: CE + RoHS (minimum). CB scheme helps if you sell into multiple EU countries.
  • UK: UKCA (post-Brexit). CE may still be accepted in some cases.
  • Saudi Arabia / GCC: SASO / GSO + IEC test report.
  • USA / Canada: UL or ETL + CSA for Canada.
  • Multiple markets: CB scheme — one test report accepted in ~60 countries.

Certified products cost a bit more to manufacture because the testing and compliance work is real. But if you are serious about building a brand, skipping certification is false economy — customs seizures, liability issues, and lost trust cost far more than the certification process.

All MORDIO products in our British, European, and American standard ranges carry the relevant certifications for their markets. If you are sourcing OEM and need specific certs, just ask — we can usually accommodate.

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Your Reliable OEM Partner for Wall Switches and Sockets — MORDIO Electrical

We started MORDIO Electrical in Wenzhou, Zhejiang province — China’s main hub for electrical accessories manufacturing. Our focus has always been straightforward: make reliable wall switches and sockets at factory-direct prices, backed by real certifications and responsive support. No middlemen, no inflated MOQs, no guessing games.

What We Make

We produce switches and sockets for all three major international standards:

  • British Standard (BS 1363 / Type G) — for UK, Middle East, Commonwealth markets
  • European Standard (Schuko CEE 7/4, CEE 7/7) — for continental Europe
  • American Standard (NEMA 5-15) — for North America

What OEM/ODM Looks Like at MORDIO

If you are a brand or distributor looking for a manufacturing partner, here is what we offer:

  • Custom colours and finishes — white, grey, gold, black, stainless steel, tempered glass
  • Custom branding — logo imprinting, packaging design, private labelling
  • Custom moulding — unique faceplate shapes to differentiate your product
  • Engineering support — our team helps with material selection and compliance

We do not have a rigid MOQ that turns away smaller buyers. We have shipped orders of 500 units and orders of 50000. What matters is that the product meets your specs and timeline.

What Sets Us Apart

  • Certified across markets: CE, RoHS, ISO 9001, SASO, GSO, CB scheme. Whatever cert your target market needs, we have it or can get it.
  • Factory QC: Incoming material inspection → in-process checks → final batch testing. Every shipment gets a QC report.
  • Pricing: Direct from the factory. No trading company markup.
  • Lead times: Typically 25-40 days depending on order size and customisation level.

Our Product Lines

Contact

  • WhatsApp / WeChat: +86 18805875966
  • Email: ben@mordio.com
  • Web: mordio.com

If you are sourcing switches or sockets and want a straightforward conversation about pricing, samples, or custom requirements, reach out. We will tell you if it is something we can do — and if it is not, we will point you in the right direction.

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