Your Trusted Button PCB Manufacturer in China
PCBMay has rich experience in the field of PCB prototyping manufacturing and assembly. We manufacture all types of button PCBs based strictly on high-standard quality essentials, so you will gain benefits for your button repair and installation projects.
- 10+ years in PCB manufacturing and assembly
- Adhere to the ISO, REACH, and UL standard certificates
- Protected through IPC class 2&3 product surveillance
- 24/7 online customer care service and delivery
Button PCB is Your Reliable Choice to Delight Your Customer
PCBMay is acknowledged as a prominent manufacturer and fabricator of PCB prototyping involving the Button PCB. We have over ten years of experience in completing Button board and other related PCBs that will surely help your business. PCBMay offers you with brand-new and original button PCBs according to your satisfaction.
PCBMay keeps on innovating to provide you with 100% satisfaction-guaranteed button circuit boards. Please contact us for your orders right now!
Types of Button PCBMeet Your Requirements
Why Choose PCBMay Button PCB?
Choosing PCBMay as your no.1 button PCB manufacturer and supplier is one of the best decisions you will made. We have unparalleled experience in running this kind of production. Together with our professional PCB engineers and technicians, we can produce for you brand new and high-tech resolution Button PCBs for your industry.
All of our button PCBs are highly protected by IPC class 2&3 product surveillance. Thus, our button boards are strictly examined by qualified inspectors. As an ISO9001:2015, REACH, ISO14001:2015, RoHS, and UL (E477880) passer, we assure you satisfactory performance in the provision of button PCB components. We keep on working on our mission to provide you better quality products. We pay 100% attention to our product quality.
Our button circuit board is open for any customization, so you are free to send us your blueprint with your original structure or design.
Related Button PCB
Button PCB Production Details As Following Up
|Base Material||KB、Shengyi、ShengyiSF305、FR408、FR408HR、IS410、FR406、GETEK、370HR、IT180A、Rogers4350B、Rogers4000、PTFE Laminates(Rogers series、Taconic series、Arlon series、Nelco series)、Rogers/Taconic/Arlon/Nelco laminate with FR-4 material(including partial Ro4350B hybrid laminating with FR-4)|
|Board Type||Backplane、HDI、High multi-layer 、blind&buried PCB、Embedded Capacitance、Embedded resistance board 、Heavy copper power PCB、Backdrill.|
|Copper Thickness||Min. 1/2 OZ, Max. 10 OZ|
|Maximum Board Size||1100*500mm(43”*19”)|
|Min laser drilling size||4mil|
|Solder Mask||Green, Black, Blue, Red, White, Yellow,Purple matte/glossy|
|Surface Treatment||Flash gold(electroplated gold)、ENIG、Hard gold、Flash gold、HASL Lead free、OSP、ENEPIG、Soft gold、Immersion silver、Immersion Tin、ENIG+OSP,ENIG+Gold finger,Flash gold(electroplated gold)+Gold finger,Immersion silver+Gold finger,Immersion Tin+Gold finger.|
|Min. Annular Ring||3mil|
|Aspect ratio||10:1(HASL Lead free、HASL Lead、ENIG、Immersion Tin、Immersion silver、ENEPIG);8:1(OSP)|
|Impedance control||±5ohm(＜50ohm), ±10%(≥50ohm)|
|Other Techniques||Blind/Buried Via|
|Via in Pad|
Here there’re many laminate material datasheets, they’re useful and helpful for you, please see them:
|SUPPLIER||PCB LAMINATE||TYPE||MATERIAL DATASHEET||TG||TD||DK(1MHZ)||DK(1GHZ)||DK(10GHZ)|
|Hitachi||MCL-BE- 67G||Modified Epoxy||DOWNLOAD||140||340||4.9||4.4||–|
|N4000-13EP SI||Modified Epoxy||DOWNLOAD||210-240||350||–||3.4||3.2|
|Stablcor||ST325||–||DOWNLOAD||Thermal conductivity:75w/m.k(with 1oz copper)|
|ST10||–||DOWNLOAD||Thermal conductivity:325w/m.k(with 1oz copper)|
|Bergquist||ht-04503||–||DOWNLOAD||Thermal conductivity:2.2w/m.k(with 1oz copper)|
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PCBMay – Your Premier Button PCB Manufacturer in China
Do you need PCB components for your design, layout, service, manufacture, and assembly services? PCBMay is your best choice. We have been involved in the PCB prototyping industry for over ten years. PCBMay offers mass production of PCB prototyping. We will assist you to complete your PCB installments and projects.
The button circuit board is one of PCBMay’s high-demand products. This product has many applications, including residential, commercial, industrial, mechanical, automotive, and other installations. We provide a wide variety of Button PCBs: we have numerous sizes, thickness, power voltage and tolerance, solder mask colors, frequency, and other features.
PCBMay has elite engineers, sourcing teams, and technicians who skillfully give quick-servicing solution for your button circuit board needs and requirements. Our team is professionally handles your Button PCB manufacture demands and design requests.
Moreover, we handle and operate our own components warehouse. We occupy two workshop facilities. Through the advanced production platforms, PCBMay can provide custom supply support for your button PCB needs.
We have also built up some extension services regarding our button PCB manufacture. This includes the layout, design, firmware, software, development, innovations, and personalization.
Our button PCB surpasses the international quality product certifications, including the ISO9001:2015, REACH, ISO14001:2015, RoHS, and UL (E477880). Hence, before shipping, our button circuit boards undergo in-depth testing just like the AOI, SPI, X-RAY, BGA, ICT, FCT, Aging Testing, and other licensed product monitoring. These standards help establish our credibility, ensuring better quality specialization for our PCBs.
Aside from Button PCBs, PCBMay also manufactures other related PCB prototyping components that involve the multilayer PCB, aluminum PCB, rigid PCB, flex-rigid PCB, rogers PCB, and heavy copper PCB, as well as other types of boards.
We can guarantee superior product quality if you avail and use our Button PCBs. We put 100% effort and attention into producing the best universal-function Button PCBs. Our Button circuit boards are delivered and distributed to satisfy market necessities around the globe.
We at PCBMay fully accept any customization for all your button circuit board needs. We will manage and handling the bulk of all your PCB orders professionally. We are able to immediately transact and deliver your purchase orders to your desired address at any given time.
You can rely on PCBMay to handle all aspects of your Button PCB and other related PCB prototyping assembly projects and installments. We are capable of picking up any type of fabrications. PCBMay is a trusted partner who can help you focus your core competency and objective.
More than a thousand loyal customers entrust PCBMay with their Button PCB needs. Just like them, you can trust PCBMay too. Be one of our successful PCB prototyping entrepreneurs!
Contact and message us right now!
Button PCB – The Ultimate FAQ Guide
Are you thinking of integrating new technology into your remote controls?
Or are you wondering about introducing buttons to the already installed PCBs of remotes for improving the electric circuit?
Well, this is not the problem when you have a suitable Button PCB.
After comprehensive research, we can discuss some common questions about the types, properties, and functions of the Button Printed Circuit Board.
So, let’s get started.
- What Is a Button PCB?
- Where Is The Button PCB Used?
- What Is the Plating of a Button PCB?
- Is the Button PCB a Good Innovation?
- Why Are Button PCBs Used in Circuits?
- What Is the Button Plate on a PCB?
- What Is the Tactile Push Button Present on the Button PCB?
- What Is the Function of a Button PCB?
- Is a Switch Present in the Button PCB?
- How Does a Push Button Switch Work in the Button PCB?
- What Are the Voltage Ratings of a Button PCB?
- What Are the Types of Button PCB?
- What Are Quality Standards Used in the Manufacturing of Button PCB?
- How does the Button PCB Interact with the Circuit?
- What Are the Applications of the Button PCB?
- Can You Use Button PCBs in Remote Controls?
- What is the Best Platform for the Manufacture of Button PCBs?
- How Is the Button PCB Manufactured?
What Is a Button PCB?
The Button PCB is defined as the particular type of printed board circuit used in a large variety of remote control devices.
These printed circuit boards are skillfully integrated with the buttons to work better with all types of electric circuits found in the remotes.
The majority of the companies associated with the manufacturing of automated devices tend to install Button PCBs in their remote controls for better device control.
These printed circuit boards become visible when you open the remote controls of several applications such as TV, gamepads, or remotes of the automatic toy cars.
However, the structure or the pattern of the Button PCB will be different for each device depending on its design.
PCBs because of their ability to adjust to the desired shape of the device. The dynamic bending ability also allows manufacturers to deposit a single layer of RA copper into devices.
Button PCBs are also used in the devices where the rubber buttons are utilized in the circuits to work more efficiently and transfer the electric signals.
Where Is The Button PCB Used?
Button PCBs are mainly used in:
• All types of high-quality calculators
• Push-button phones
• Domestic and commercial office appliances
• Used to turn digital devices on and off
• For resetting switches
• For stopping machinery (hard or mechanical stop)
• For arcade gaming, which necessitates the installation of the highest quality of Button PCB
• For shower systems
• For remote control systems of toilet flushes
• For manual control of gaming devices
• For emergency stopping of operations of devices in manufacturing plants
Uses of Button PCBs
What Is the Plating of a Button PCB?
The plating of Button PCB is integrated with the fabrication process, which produces a particular type of Flex PCB.
However, other types of PCBs don’t require any kind of plating for copper materials. The plating of the button circuit board plays the main role in improving the function and the lifespan of the printed circuit board.
The plating of the button PCBs is coupled with two different photolithography steps. The first step of photolithography in the button circuit board plating is the PCB’s electroplating.
This electrolysis process is done to the copper vias and pads to strengthen their remote control plate grip.
The second step of photolithography in the plating of button printed circuit board involves imaging the copper trace pattern. This step is responsible for finalizing the position of the components on the plate.
Plating the Button PCB also involves raising the copper regions around the printed board to create a signature physical look that is similar to the button.
Plating of Button PCB
Is the Button PCB a Good Innovation?
Yes, the Button PCB is considered one of the best innovations in the modern world because many prominent industries, including the consumer, fashion and textile industries, use them.
The increased convenience of operating automated devices has become common because of the invention of the Button PCB.
Majority of companies don’t consider their electronic devices fashionable if they don’t use any button circuit boards.
Moreover, they are also included in large wearable devices. The sturdy plastic material of the button circuit board helps to withstand unfavorable conditions.
Aside from remote control devices, high-quality Button PCBs are also used in embedded smart capabilities seen in some fashion accessories.
They enable users to schedule meetings, take calls, or even answer text messages using button features.
Majority of the industries have regarded the button circuit board as a standout innovation for bringing ease of operation and a better electric flow in circuits.
Button PCB – A Good Innovation
Why Are Button PCBs Used in Circuits?
The Button PCB is mainly used in circuits to integrate the electrical flow with the installed buttons on the remote controls.
The button printed circuit board installation helps to mechanically support the electric components present on the PCB, thereby yielding better conductivity of electricity through circuit.
In addition to this step, the transfer of tracks or signal traces is greatly added because of the installation of the copper sheets.
The presence of the non-conductive substrate on the button PCB also boosts its ability to control actions of automatic devices.
Button printed board circuits contain a copper-clad laminate—a particular type of fiber material. This material is used to control how the circuit works.
The membrane of the Button PCB is used to feature the conductive paths of the electric components present on the board.
The outer buttons’ pressing will help open or close the internal printed board circuit leading to the flow of electric current through the device.
Button PCB Used in Circuits
What Is the Button Plate on a PCB?
A button plate on a Button PCB is a particular type of fabricated plate that helps integrate the buttons with the electric printed board circuit of remote control devices.
The Button PCB is used with the help of a special fabrication process, typically seen in the flex circuits of different industries.
The primary purpose of the button plate on the printed board circuit is to attach the electroplated copper with the vias and other pads that capture the vias in one place.
Not only this, particular areas of the button PCB are associated with the button plate. These areas include PTH (Plated Through Hole) and other supporting pads of the printed board circuit.
Besides this, the actual “button” for the button plate on the printed board circuits is also used for the visual aspect of the final product produced.
There must be 20 minimum holes on the button plate for a standard button printed board circuit. In such a way, it will be able to hold the mechanical components of the circuit.
The integration of the button plate on the button printed circuit board will also help to mechanically support the overall structure of the printed board circuit.
Button Plate on PCB
What Is the Tactile Push Button Present on the Button PCB?
A tactile push button on the button PCB is defined as the special type of small switch that helps to close the working of an electric circuit manually.
The users manipulate these switches to improve the working of the printed board circuits by breaking the electrical circuits.
The switch button transfers the electric flow through the circuit when it is turned on, but the electrical supply drops off when the button is released.
In addition to this, there is a proper operating section of the tactile push button present on the button printed board circuits.
The working of the tactile pushbutton is known as the momentary action because it efficiently operates the printed board circuits at low voltage and current values.
However, the type of tactile push button on the button PCBs depends on the model of the circuit and the quantity of the electric flow.
Tactile push buttons are made up of the most durable materials, including metal or plastic. You can also find these tactile push buttons in a wide variety of shapes and sizes.
Lastly, the PCB associated with the tactile push button is widely used in the industrial and medical sectors.
In the industrial sector, Button PCBs having tactile push buttons are generally prominent in circuits, thereby making a mechanical linkage for better electric flow.
Tactile Push Button Present on the Button PCB
What Is the Function of a Button PCB?
Some primary functions of button PCB are listed below:
• They are mainly designed to control different circuits.
• They help to release the depression of the internal spring in different circuits.
• The operation of the Button PCB helps to open or close circuits.
• They dramatically help to mechanically hold the electric components on the PCB.
• They help improve the working of the automatic PCB.
• They stabilize contacts at the bottom of the switch.
• They help to increase the working efficiency of industrial and medical remote-controlled devices
• Lastly, Button PCBs also help to feature a particular conductive path for electric flow.
The function of Button PCBs
Is a Switch Present in the Button PCB?
Yes, a switch is present in the button PCB to make the electric flow easier through the circuit. They are also known as push button switches in printed circuit boards.
When pressure is applied on the switch present in the button circuit board, it decreases the internal spring depression of the circuit, thereby increasing the overall electric flow.
When the pressure is released, the switch in the button printed circuit board will close the electric flow through the circuit.
It comes with a large number of applications. The switch integrated with the button PCB is also used in calculators, pushbutton phones, remote control devices, and many other domestic and commercial industries.
For making it easier for the users to distinguish between the different functions of the Button PCB, the switch is mainly equipped with specific coloration.
Thus, the chances for the mistake while using the button PCB are pretty low among the users.
Unlike the other types of PCB, such as the Rogers PCB, they play the leading role in improving the electric flow through the circuit.
How Does a Push Button Switch Work in the Button PCB?
The functions of the push button switch in a Button PCB is explained below:
• These are the small switches present on the surface of the Button Printed Circuit Board to control the circuit’s operation.
• They allow the electric flow through the circuit when the button or switch is pressed.
• There is a small metal spring insider the push button, which contracts with the two adjacent wires.
• The contact of the adjacent wires helps the electric current to flow through the Circuit.
• However, when the pressure is released, the spring retracts to its normal position.
• The contact of the two wires is interrupted, and the current flow is mainly stopped.
• In addition to this, the working of the push button switch on the button PCB comes with moment and non-momentary contact.
• The momentary switches on the Button PCBs are particular types of circuits that work as long as you press them or apply pressure on them.
• These pushbuttons are present on the Button PCBs of a phone, a calculator, or even a door buzzer.
• The other type is the non-momentary contact of the push switch.
• This electric switch will only work when you turn on the button. The device will stop the circuits from working when the button is turned off.
• In addition to this, the momentary push button switch in the Button PCB is mainly used in TVs and stereos.
Push Button Switch Work in the Button PCB
What Are the Voltage Ratings of a Button PCB?
The voltage ratings of button PCB include 2.8V, 6V, 12V, and 24V.
However, the voltage rating of the integrated Button PCB in the circuit depends on the device in which the PCB is installed.
The primary reason for installing a Button PCB in the remote control devices is to cope with the different voltage frequencies.
However, the voltage bearing capacity of the button PCB also depends on several factors, such as the trace width of the printed board circuit and the clearance of the voltage through the circuit.
The greater the clearance, the greater the voltage range of the installed button PCB in the remote control devices.
What Are the Types of Button PCB?
The Button PCB can be of two significant types: the single-layered Button PCB and the double-layered PCB.
The working of both these types of PCBs depends on the number of copper layers present in them.
In addition to the types of Button PCBs depending on the number of layers, Button PCBs also differ in type depending on the kind of switches present in them.
There are the following types of switches present in the button PCBs:
• Push to make Button
• Push to brake button
All these types of buttons are responsible for supporting the electric flow in different ways through the circuit.
However, the types of switches in the button PCB also overlap according to the device where they are installed.
Figure 10: Types of Button PCBs
What Are Quality Standards Used in the Manufacturing of Button PCB?
Some essential quality standards that are used by the majority of the button PCB manufacturers in China are listed below:
• ISO9001 Standard
This is defined as the most important internationally recognized quality and safety standard issued under Quality Management Systems. This standard upholds all kinds of organizations in the production of PCBs.
In addition to this, the ISO 9001 standard is also used to improve the quality of production of other manufacturing operations. This standard also plays a leading role in the improvement of product costs.
• ISO14000 Standard
This is considered the most substantial collection of rules and standards that help companies reduce the mechanical waste in the environment produced by the manufacturing of Button PCBs.
Moreover, it is regarded as the framework of standards used to reduce deleterious environmental impact by manufacturing companies.
• UL Standard
This stands for the Underwriter Laboratories and is considered the most critical third-party certificate required for the quality manufacturing of the Button PCBs.
This standard complies with the production of new PCB products globally. It is also related to checking the safety and quality criteria of electronic products.
PCBMay is one of several Chinese manufacturers that follow all the quality standards mentioned above in the production of Button PCBs.
How does the Button PCB Interact with the Circuit?
It plays a central role in the interaction of the circuit by providing extensive features of conductive paths.
The integration of the button switch present on the printed circuit board helps to open or close the circuit.
When the pressure is applied on the switch of the Button PCB, the circuit becomes open, leading to the continuous flow of electricity.
But when the pressure on the switch of the Button PCB is released, the circuit breaks, stopping the electric flow through the circuits of remote control devices.
Thus, the working of the Button PCB with the circuit is directly related to the working of the switch integrated into it.
Button PCB Interacts with the Circuit
What Are the Applications of the Button PCB?
Some common applications of the button PCBs are listed below:
• They are used in TV remote.
• They are used in gamepads.
• They are used to control the actions of characters in video games.
• They are also used in the electronic circuits of automated devices.
• Theyare also used in different medical and industrial devices that are controlled by remotes.
• They are used to make or break the electric flow in the circuits of automatic devices.
Applications of the Button PCB
Can You Use Button PCBs in Remote Controls?
Yes, you can use the highest quality of the Button PCBs in remote controls to manipulate different devices.
The presence of Button circuit boards is also coupled with the availability of the button plate. This button plate plays a leading role in improving the electric circuit in the remote controls.
There’s also a transmitter integrated with the Button printed circuit board, which helps to send a large stream of signals. These signals are created by pressing the buttons present on the top of the printed circuit board.
What is the Best Platform for the Manufacture of Button PCBs?
No doubt there are many worthy platforms out there in the world that provide the best services for the production of Button PCB, but China is on top.
The primary reason behind China’s efficiency to provide the highest quality of Button Printed Circuit Boards is the availability of many reliable Chinese manufacturers.
PCBMay is considered one of China’s best manufacturers. PCBMay helps customers avail of affordable, yet premium quality of Button printed circuit boards.
Some essential characteristics of Chinese manufacturers for the production of Button PCBs are listed here:• They use the highest quality of materials in the production of the printed circuit boards.
• They abide by quality and safety standards while manufacturing yourPCBs.
• Chinese manufacturers have more than ten years of manufacturing experience in the industry.
• They have a sufficient supply of raw materials in stock for the production of PCBs.
• They provide consistent customer support to their customers all over the world
How Is the Button PCB Manufactured?
The button PCB is manufactured using the following steps:
• The first step in the manufacturing of the button PCB is the designing phase.
• Manufacturers recruit experienced designers to produce an excellent layout for the Button PCB.
• Once the design of the PCB is finalized, the next step is the printing of the design.
• Special printers are used to convert the PCB design into a hard copy.
• The substrate is created with high-quality materials after printing the design.
• After that, workers mask the positions of the components present on the PCB.
• The button plate is then added to the fabrication process