UK Standard Switch Socket Manufacturer
UK Standard Switch Socket
Welcome to GOODTOP, your premier B2B partner for exceptional British standard switch sockets. With a legacy of over 15 years in the industry, we’ve been dedicated to providing top-quality solutions to businesses like yours. Our extensive range includes plastic, painted, acrylic, chrome, and reset switches, setting new industry standards.
Elevate your projects with our innovative designs. Request free samples and quotations today. Choose GOODTOP for unparalleled quality and service in British standard switch sockets.
Plastic Series British Switches and Sockets
Modern, durable switches & sockets with various designs, ideal for cost-effective installations.
Bakelite British Switches And Sockets
Vintage charm meets functionality, a classic choice with a touch of nostalgia.
Chrome Series British Switches And Sockets
Sleek, contemporary switches & sockets that add a touch of elegance to any room.
Acrylic Series British Switches and Sockets
Versatile switches & sockets, combining different materials for a balance of durability and aesthetics.
Composite British Switchws And Sockets
Made from durable and lightweight plastic materials. They are cost-effective and suitable for various applications.
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All You Need To Know About British Light Switches And Electrical Sockets
British light switches and electrical sockets are integral elements of modern interiors. Characterized by their unique design, British light switches often employ a rocker mechanism for intuitive operation, enabling effortless control over lighting. These switches are available in single, double, and dimmer variations, offering versatility to suit diverse requirements.
Distinctive three-pin electrical sockets are a hallmark of British design, ensuring secure connections and heightened safety. These sockets encompass various types, including wall-mounted and extension options, catering to a range of power needs. Some models even integrate USB charging functionality, adapting to the evolving technological landscape.
This article provides you with everything you need to know about British light switches and electrical sockets. What you’ll learn includes the uses of British light switches and electrical sockets, its parts, the mechanism behind how it works and the different classifications of British light switches and electrical sockets.
How to Install the British standard switch socket?
1.Select the location where you want to install the socket panel. Ensure that there is enough space and easy access to the electrical wiring.
2.Turn off the power supply to the area where the socket panel will be installed. This can be done by switching off the circuit breaker that controls the power to that area.
3.Remove the existing socket panel or wall plate if there is one, using a screwdriver.
4.Connect the wiring to the socket panel. Carefully match the wires to the correct terminals on the panel. This can be done by following the manufacturer’s instructions or by referring to a wiring diagram.
5.Once the wiring is connected, securely attach the socket panel to the wall using screws and a screwdriver.
6.Install the cover plate over the socket panel, making sure it is securely attached.
7.Turn on the power supply and test the socket panel to ensure that it is functioning properly.
Things to consider during installation:
1.Always turn off the power supply before starting the installation process to avoid electrocution.
2.Make sure the wiring is connected properly to the socket panel, as incorrect wiring can result in electrical shocks or fires.
3.Ensure that the screws used to attach the socket panel to the wall are securely fastened.
4.Make sure the cover plate is properly attached to the socket panel.
5.Test the socket panel before use to ensure that it is working correctly.
British Standard light Switch Electrical Socket Parts
Light Switch Part
Decorative Bracket
A good frame is made of PC material and can be bent at 90 degrees. To assess its quality, simply remove the outer frame and gently grab it diagonally to check for the possibility of brittle cracks.
Button
Utilizing Polycarbonate (PC) plastics with a flame retardant grade surpassing V1, possesses characteristics of impact resistance, high-temperature endurance, and color stability.For colored switch panels, the edges need to undergo a process of spray-coating and baking to ensure colorfastness and prevent fading.
Switch Swing Contact
The durable performance of a switch swing contact ensures a long-term quality guarantee for the light switches. High-quality light switches feature anti-slip properties in their switch swing contact, while inferior ones tend to exhibit slipping.
Bottom Fixed Plate
This component serves as the anchoring mechanism for the entire lighting switch. The meticulous design of this element dictates the light switch’s stability and ease of assembly.
Terminals and Contacts
Silver-nickel alloy contacts paired with tin-phosphor bronze fittings are optimal material choices. They exhibit superior conductivity and hardness while resisting oxidation and rusting. Oxidation and rusting of components can diminish conductivity, and rust spots can generate heat and potential fire hazards.
Bottom
Among Bottom materials, reinforced nylon is preferred due to its excellent insulation, high rigidity, impact resistance, corrosion resistance, and resistance to deformation under high temperatures. These qualities ensure that internal components remain securely in place.
Steel Frame
A high-quality steel frame should have a thickness ≥1mm, with reinforced edges and corners. The substantial thickness of the steel frame ensures that switches and sockets are resistant to deformation.
Electrical Socket Part
Decorative Bracket
A good frame is made of PC material and can be bent at 90 degrees. To assess its quality, simply remove the outer frame and gently grab it diagonally to check for the possibility of brittle cracks.
Decorative Cover
Utilizing Polycarbonate (PC) plastics with a flame retardant grade surpassing V1, possesses characteristics of impact resistance, high-temperature endurance, and color stability.For colored switch panels, the edges need to undergo a process of spray-coating and baking to ensure colorfastness and prevent fading.
Safety Door
The safety door can ensure that if two plugs are not inserted at the same time, a single plug cannot be inserted, which effectively avoids accidents caused by children who misplug in by mistake.
Terminals and Contacts
Silver-nickel alloy contacts paired with tin-phosphor bronze fittings are optimal material choices. They exhibit superior conductivity and hardness while resisting oxidation and rusting. Oxidation and rusting of components can diminish conductivity, and rust spots can generate heat and potential fire hazards.
Bottom
Among Bottom materials, reinforced nylon is preferred due to its excellent insulation, high rigidity, impact resistance, corrosion resistance, and resistance to deformation under high temperatures. These qualities ensure that internal components remain securely in place.
Steel Frame
A high-quality steel frame should have a thickness ≥1mm, with reinforced edges and corners. The substantial thickness of the steel frame ensures that switches and sockets are resistant to deformation.
Types of Lighting Switches and Electrical Sockets
Lighting/Electrical Switches Types
Electrical Socket Types
Support Sockets Types
How to judge the quality of switch socket by raw materials
Plastic Particle
PC Material
Recycled Material
ABS Material
In the current market, medium and high-end switches are commonly made from PC material, known for features like impact resistance, high-temperature durability, and color stability. Lesser quality switches are often produced from recycled materials, resulting in higher impurity content, increased brittleness, and lower heat resistance. Low-end switches may use mixed materials or ABS instead of PC. However, these materials lack toughness, have weak impact resistance, shorter lifespans, and are prone to discoloration and surface roughness over extended use.
Here’s a quick guide to help you identify PC material, recycled material, and ABS material:
PC Material (Polycarbonate):
Visual Clarity: PC is often transparent or translucent, with excellent optical clarity. Hold the material up to the light and check if you can see through it clearly.
High Impact Resistance: Try gently tapping the material with your fingernail. PC should feel rigid and resist denting.
Heat Resistance: PC has good heat resistance. If you touch the material to a hot surface briefly, it should not deform easily.According to international standards, when ignited, PC material will extinguish within 30 seconds after being removed from the ignition source and will not continue to burn.
Recycled Material (Reprocessed/Reground):
Inconsistent Appearance: Look for variations in color, small specks, or irregular textures on the surface. Recycled material might not have a consistent appearance.
Labels or Indications: Some products might have labels indicating they are made from recycled material or have environmentally-friendly certifications.
Slight Property Variations: Recycled material might have slightly lower mechanical properties, so it could feel less rigid or slightly weaker.
ABS Material (Acrylonitrile Butadiene Styrene):
Solid and Opaque: ABS is generally opaque and comes in a range of solid colors. It might have a slightly glossy or matte surface.
Moderate Flexibility: Try gently flexing the material. ABS should have some flexibility without breaking.
Impact Resistance: Tap the material with your fingernail. ABS should show a balance between rigidity and impact resistance.
Copper Material
Brass
Copper
Phosphor Bronze
Brass has a relatively soft texture and is prone to rusting. After prolonged use, both the contact quality and electrical conductivity deteriorate. Copper exhibit good elasticity, high conductivity, and less susceptible to rust. Through improvements, tin phosphor bronze has shown notable enhancements in hardness and toughness, leading to a significant increase in oxidation resistance. As a result, it has become a material of growing popularity in contemporary applications.
Typically, standardized products employ H66 brass for switches and phosphor bronze for sockets. A minimum thickness of ≥ 0.7mm ensures prolonged safe usage, as electrical safety remains paramount.
Methods of Differentiation:
Composition Assessment:
Brass: Brass typically contains 58-65% copper and the rest is zinc.
Copper: Also known as pure copper, it generally has a copper content of over 99% in assay results.
Phosphor Bronze: Phosphor bronze holds around 94% copper and approximately 6% tin.
Visual Identification:
Brass: Brass material appears as a pale yellow color (some may have outer plating that needs to be removed by polishing).
Copper: Copper exhibits a reddish-purple color, with the deepest hue.
Phosphor Bronze: The color of tin phosphor bronze is similar to copper, but brighter.
Strength Assessment:
Copper: Copper is the softest, prone to deformation with limited recovery.
Brass: Brass is stronger than copper, slightly recovering its shape after deformation.
Phosphor Bronze: Phosphor bronze offers good elasticity, rebounding well after deformation.
Silver contacts
Silver-nickel Alloy
Silver-cadmium Alloy
Pure Silver
The contact, in a switch, refers to the point where electrical connection occurs. There are two key aspects when assessing contacts:
Size of the Contact: Larger contact points generally yield better performance.
Material Composition: Currently, contact materials mainly encompass three types: silver-nickel alloy, silver-cadmium alloy, and pure silver.
Silver-nickel Alloy: This is presently an optimal contact material due to its excellent conductivity and hardness, while also exhibiting resistance to oxidation and rust.
Silver-cadmium Alloy: While excelling in various contact attributes, cadmium, being a heavy metal, is detrimental to health. Its compatibility with silver isn’t ideal either, leading to the formation of small cadmium metal particles on the contact surface that could induce arcing during conduction.
Pure Silver: Using pure silver for contacts isn’t ideal. Though it offers good conductivity, its soft texture makes it susceptible to deformation with frequent use. Moreover, oxidation significantly hampers conductivity, causing hotspots that can result in overheating and even the burning of contact points.
Frequently Asked Questions
We have compiled the most frequently asked questions about our UK standard switches and sockets here for your convenience, but please feel free to contact us if you have any additional questions.
According to the appearance and process, we have a lot of series, there are several types of products that are more popular:
1) Monochrome product: white gold black. Various colors is support.
2) Painting + electroplating
3)ElectroPlating + water transfer
4)ElectroPlating + two-color panel
5)Customized products according to customer needs
1) Our rear seat panels are made of high-quality PC, and their performance meets international standards, including: flame retardant properties, tensile properties, and pressure.
2) Switch springboard: 0.7mm thick high-quality brass The surface is refined with nickel plating, which makes the switch last longer and has better conductivity.
3) Socket copper: 0.6mm high-precision tin-phosphor bronze, each copper piece is rolled to ensure the copper is smooth and delicate.
4) The terminal block is made of copper pillar structure, and the screw copper column can withstand 100N torque without cracking. Copper column material is H62
5) Silver contact diameter is 3.0mm, and the thickness of the silver layer is 0.25mm.
1) We have an integrated R&D team. Product innovation ability, product cost-effective, styles, to ensure that customers each new demand.
2) Systematic production management system, high production efficiency and quality assurance.
3) A professional after-sales service team, with the order and after-sales, can provide solutions in the first time.
4) Regularly provide product knowledge training to buyers to understand the market conditions.
1) lettering marking open mold, USD5000.0 delivery time 30days
2) Changing the appearance. USD10000.0 ,plus static mold, mold appearance, delivery time 60days
3) Changing the structure. USD20000.0 delivery time 90days
1) Purchase our existing style products, our MOQ is 500cartons .
2) If it is necessary to change the mold, our order quantity is 1 20ft container
3) If you want to open a new mold, the appearance patent is only for a certain customer, we need to charge the mold fee, and the order quantity is 1 1 20ft container per order
1) At present, our company’s monthly production capacity is 10-15 containers (40HQ). If it is overtime, the production capacity can be increased by 20%.
1) Our company has a modern management system (quality management system ISO9001) and advanced production equipment, as well as a systematic dispatch, order, delivery system to ensure accurate and complete customer orders. .
1) Our company has 150 employees, including administrative, research and development, production and other personnel.
2) 40 injection molding machines for raw material production lines to ensure annual sales of 100 million yuan
3) There are 6 finished assembly lines, but we have reserved 4 lines of space to ensure that customers’ urgently orders are completed regularly
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