Global Automotive Reed Sensors Switches Market Is Expected To Register USD 554.5 Million in 2022 And Projected To Reach USD 972.3 Million By 2030 Growing At A CAGR Of 8.36% During The Forecast Period 2022 To 2030.
The global market for automotive reed sensor switches is a growing part of the auto business. Reed sensors are electromagnetic devices made up of two ferrous reeds in a glass tube. Because they are reliable, durable, and small, these sensors are often used in automotive uses. One of the main things that is driving the rise of the automotive reed sensors switches market is the growing demand for advanced safety features in vehicles. Reed sensors are used in many safety systems, like the activation of airbags, the detection of seatbelts, and anti-lock braking systems (ABS). The car industry needs more reed sensors because safety is becoming more important and strict safety rules are being put in place.
The growing use of electric and hybrid cars is another important thing that is helping the market grow. Reed sensors are important parts of charge systems, battery management systems, and motor control units for electric vehicles. As the number of people who want electric cars keeps going up, the market for automobile reed sensors switches is likely to grow a lot. Reed sensor technology is also growing because of improvements and new ideas in science and technology. Reed sensors are constantly getting better at what they do and how well they work. For example, their sensitivity, response, and ability to withstand harsh environments are all getting better. Reed sensors can be used in a wide range of automotive uses because of these improvements, which make them even more reliable and durable.
In terms of geography, the market is growing quickly in places like North America, Europe, and Asia-Pacific. There are a lot of car factories in these areas, and more money is being put into developing new technologies for cars. The Asia-Pacific region, in particular, is expected to lead the market because it is home to many big automakers and because emerging economies like China and India are buying more cars.
Overall, the global market for car reed sensor switches is set to grow a lot over the next few years. The market is growing because of things like stricter safety rules, the rise of electric cars, improvements in technology, and more auto manufacturing in key areas.
Trends: Increasing Vehicle Electrification
The rising demand for electric vehicles (EVs) and hybrid electric vehicles (HEVs) has had a big effect on the use of reed sensor switches in the automotive industry. Reed sensor switches are mechanical gadgets that use a magnet and a reed switch to tell if a magnetic field is present or not. They are small, reliable, and respond quickly, which makes them good for many uses in electric and hybrid cars.
The battery management system (BMS) is one of the most important places where reed sensor switches are used in electric cars. The BMS keeps an eye on the battery pack and controls its performance, health, and charging. Reed sensor switches are very important for making sure that the voltage, current, and temperature of a battery are measured correctly. This makes it possible to handle the battery well and make it last as long as possible.
In electric cars, the charging port is another important place where reed sensor switches are used. These switches are built into the charging connectors so that they can tell when the charging line is plugged in or taken out. Reed sensor switches allow electric cars to be charged safely and quickly by checking the status of the connection. Reed sensor switches are also used in a number of other EV and HEV mechanical parts. They are used in systems like regenerative braking, electric power steering, electric HVAC (Heating, Ventilation, and Air Conditioning), and safety systems like anti-lock braking systems (ABS) and traction control systems.
Reed sensor switch technology has improved because people are moving towards electric cars and paying more attention to being green. Manufacturers are always making these switches better in terms of how well they work, how reliable they are, and how much energy they use. This is to meet the high standards of electric and hybrid cars.
Overall, the rise of electric and hybrid electric vehicles has been a big reason why reed sensor switches are being used more and more in the auto business. These switches are an important part of battery management, charging infrastructure, and many other electronic systems. They help electric and hybrid cars run smoothly and safely.
Integration of Advanced Safety Systems
The automotive business is now focusing a lot on putting advanced safety systems into cars. Reed sensor switches are a key part of these high-tech safety features, like systems that help you avoid accidents, tell you when you're leaving your lane, and change the speed of your car.
Reed sensor switches are used in collision prevention systems to figure out where things like doors, hoods, and trunks are. These buttons let the vehicle's control unit know how these parts are working and where they are located. Collision detection and prevention systems need this information so they can immediately apply the brakes or warn the driver in dangerous situations.
Reed sensor switches are used in lane departure warning systems to track where the car is in the lane. The switches pick up on the magnetic field that the lines make and send that information back to the system. If the car moves out of its lane without the driver signalling, the system can give the driver a visual or audible warning. This can help prevent unintentional lane changes and crashes. Reed sensor switches are also used in adaptive cruise control systems, which keep a safe gap between your car and the car in front of you. By detecting whether or not there is a magnetic field, these switches can tell how far apart two cars are. The adaptive cruise control technology can change the speed of the car automatically based on the distance and speed of the car ahead. This makes driving safe and comfortable.
As safety standards for cars get stricter around the world, more advanced safety systems and reed sensor switches are likely to be needed. Automakers are always working to improve the safety features in their cars so they can meet these rules and make cars safer generally. Also, the technology of reed sensor switches is changing to meet the needs of more modern safety systems. Manufacturers are focused on making these switches more sensitive, responsive, and long-lasting so that they can be used reliably in safety-critical applications.
In short, the addition of improved safety systems to cars has made reed sensor switches very popular. These switches are an important part of collision avoidance systems, lane departure warning systems, and adaptive cruise control. They help find objects, keep track of where the car is in the lane, and keep safe distances between cars. As safety standards for cars get stricter, more reed sensor switches will be needed to support these systems. This will likely lead to improvements in their technology and use.
Drivers: Advancements in Automotive Electronics
Changes in car electronics have had a big effect on the global market for automobile reed sensors switches. Modern cars are getting smarter and more highly advanced, and they have more and more electronic parts and systems. The need for better vehicle speed, efficiency, safety, and connectivity is driving this trend.
Reed sensor switches are very important for a lot of electronic uses in cars. They are used to control the lights, letting the headlights, taillights, and internal lights switch on and off automatically based on the environment or what the driver does. Reed sensor switches are also used in power window systems, which makes it easy to move and control the windows. They are also used to sense where the sunroof is, so that the opening and closing of the sunroof can be closely watched and controlled. Automatic door lock systems are another important way that reed sensor switches are used in the auto business. These switches help find out where doors are, making sure they are shut and locked before the locking device is turned on. This feature makes the car safer and keeps doors from opening by mistake while you're driving.
Also, more and more advanced driver assistance systems (ADAS) are being added to cars, which has increased the need for reed sensors switches. Reed sensors switches are used in ADAS technologies like adaptive cruise control, lane departure warning, and blind-spot recognition systems to accurately and reliably measure different parameters. The market for automotive reed sensors switches has also grown because electric vehicles (EVs) are becoming more common. Reed sensor switches are important parts of electric vehicles. They are used in battery management systems, charge stations, and the control of the powertrain. As the number of people who want to buy electric vehicles (EVs) keeps going up, the number of reed sensor switches that are needed to make them work and keep them safe is also likely to go up.
Overall, improvements in automotive electronics have made the automotive business a strong market for reed sensor switches. These switches make it possible to connect different electronic features, improve the safety and comfort of the car, and add to the total driving experience. As technology changes, the market for car reed sensors switches is likely to grow and change in new ways.
Stringent Safety and Emission Regulations
Governments all over the world have put in place strict rules about safety and pollution that have had a big effect on the auto business. The goal of these rules is to make vehicles safer, cut down on accidents, and lessen their effect on the earth. Reed sensor switches have become important parts of meeting these regulations and making sure that they are followed.
Airbag activation is one way that reed sensor switches help make a car safer. These switches tell the system where and who is sitting in each seat, so it knows when and how to release the airbags properly. Reed sensor switches help airbags work better and keep people safer during crashes by giving accurate information about how many people are in each seat. Reed sensor switches are also an important part of the seat belt recognition safety feature, which is another important safety feature. They are used to find out if a seat belt is on or not. This information is used to tell people to fasten their seat belts by sounding alarms or showing lights. Reed sensor switches help reduce the chance of getting hurt in a crash by encouraging people to wear their seat belts.
Also, tyre pressure monitoring systems (TPMS) use switches made of reed sensors. TPMS helps make sure that tyres have the right amount of air in them, which improves car safety, gas mileage, and tyre life. Reed sensors are used to find out how fast each tyre is turning, which lets the system correctly monitor tyre pressure. If the tyres aren't inflated enough, the TPMS will let the driver know. This can prevent tyre failures and crashes.
Reed sensor switches not only keep you safe, but they also help you meet emission rules. As governments try to cut down on car emissions and promote cleaner technologies, reed sensor switches are used in a number of systems that control emissions. They help make sure that exhaust gas recirculation (EGR) systems are being accurately monitored and controlled. This helps reduce harmful pollution and improve the overall performance of the engine.
Governments have strict rules about safety and pollution that have led to a high demand for reed sensor switches in the auto business. Manufacturers are putting these switches in cars to make sure they meet safety and pollution standards. Using reed sensor switches not only makes sure that vehicles follow the rules, but also makes them safer, reduces their effect on the environment, and makes driving in general a better experience. As rules keep changing and getting stricter, the demand for reed sensor switches in the car market is likely to keep going up.
Restraints: High Cost of car reed sensor switches
The high price of car reed sensor switches is a big reason why the market isn't growing as fast as it could. Reed sensor switches are made with the help of specialised materials and technologies, which can make the cost of making them go up. These costs include buying high-quality reed switches, materials for sealing, and any other parts that need to be bought for the assembly. Also, making reed sensor switches may take more steps than making other types of switches, which adds to the overall cost of making them. Because reed sensor switches are so specialised, they can only be made by a small number of companies. This makes economies of scale less effective.
Reed sensor switches can be more expensive for both the companies that make cars and the people who buy them. Automakers often have to work with limited budgets and have to think about how different parts of their cars affect the general cost-effectiveness. If the price of reed sensor switches is much higher than the price of other switch technologies, manufacturers may choose cheaper choices to stay within their budgets.
Reed sensor switches can also be hard to use in some markets and areas because they are more expensive. In price-sensitive markets, users may not want to pay more for reed sensor switches when they can get the same job done with cheaper switches. This can affect the demand for reed sensor switches as a whole and slow the growth of the market.
To get around this problem, producers may need to find ways to improve the production process and cut costs without lowering the quality and performance of reed sensor switches. Costs might go down in the future if there is more competition on the market and if manufacturing technology keeps getting better. Also, telling customers about the benefits and features that make reed sensor switches different from other choices may help them understand why the price is higher and encourage them to use them.
Sensitivity to Environmental Factors
Reed sensor switches are affected by many external factors, which can change how well they work and how reliable they are. Temperature is an important factor. Reed sensors switches can be affected by both very high and very low temperatures. High temperatures can make the contacts stick together, which can cause the switch to work wrong or even cause damage that won't go away. On the other hand, if it is very cold, the contacts can become brittle and break easily, making them less sensitive.
Another thing in the surroundings that can affect reed sensor switches is moisture. Too much humidity or water can cause corrosion and oxidation of the contacts, which makes it hard for electricity to flow and makes switches less reliable. This can be a big problem in cars where the switches are open to water, like in places where it rains a lot or where there is a lot of humidity.
Reed sensors are sensitive to magnetic disturbances as well as to temperature and moisture. They work because of magnetic fields, and strong magnetic fields from the outside can mess with how they switch. This influence can cause the switch to work incorrectly or not reliably, which hurts its ability to do its job.
Reed sensors switches can't be used in harsh automotive settings because they are sensitive to things in the environment. When the switches in an automotive system are subject to high temperatures, high humidity, or strong magnetic fields, it may be better to use a more durable switch. Solid-state switches or Hall effect gauges, for example, are often chosen because they can handle these environmental factors better than others.
But it's important to note that the companies that make reed sensor switches are always trying to improve their design and how well they work in tough settings. They might use protective coatings, sealants, or encapsulation to make the switch more resistant to things like wetness, heat, and magnetic interference. Reed sensor switches can also be less affected by these factors with the right installation methods and environmental shielding. This makes them more useful in car systems.
Opportunity: Growing electric and hybrid vehicle market
The growing market for electric and hybrid vehicles has given the automotive business a lot of opportunities for reed sensor switches. In electric and hybrid cars, these sensors are used in a lot of different ways.
Reed sensor switches are used in electric power steering systems, which is one of the most important places they are used. Reed sensors can correctly tell where the steering wheel is, giving the power steering control unit important information. This helps make sure that the steering is accurate and quick, which improves the overall driving experience.
Reed sensor switches are also used in the battery management systems (BMS) of electric and hybrid cars. These gauges are very important for keeping track of the state of charge, temperature, and voltage of a battery. Reed sensors help manage and optimise the vehicle's battery pack by giving exact readings. This makes the battery last longer and keeps the vehicle running safely. Reed sensor switches are often used in charging points for electric cars. With these sensors, you can find out if a car is nearby and handle the charging process. Reed sensors, for example, can tell when a charging cable is fully connected to a car, making sure that the connection is safe and reliable. They can also tell you how charging is going and help keep you from overcharging or having other problems.
Reed sensors and switches are also used in other parts of electric and hybrid cars. They can be used in regenerative braking systems to track where the stop pedal is, making the switch from regenerative to mechanical braking smooth. Reed sensors are also used to find out where the doors and windows are, which helps control the temperature inside the car and makes sure passengers are comfortable. As environmental worries and government incentives continue to drive more people to buy electric cars, the market for reed sensor switches is likely to grow as well. Reed sensor technology is always being improved by its makers, who try to make it more sensitive, reliable, and cost-effective. With these changes, there will be more ways to use reed sensors in the growing electric and hybrid car market.
Emphasis on safety and regulations
Governments and other governing bodies all over the world are putting more stress on safety rules for cars. This focus on safety has given the automotive business a lot of opportunities for reed sensor switches.
Reed sensor switches are important parts of different safety devices in cars. The airbag system is one example of this. Reed sensors are used to figure out where the person is in reference to the airbag. This lets the system deploy the airbag correctly when there is a crash. Reed sensors help improve occupant safety by giving accurate and fast information.
The anti-lock brake system (ABS) is another important safety system that uses reed sensor switches. Reed sensors help keep track of how fast each wheel is going and pick up on any differences or wheel lock-up. This information is then sent to the ABS control unit, which can then adjust the amount of force used to stop each wheel separately. This keeps the wheels from locking up and improves the overall stability and control of the vehicle. Reed sensors are also used in tyre pressure monitoring systems (TPMS). These sensors are used to check the pressure of the tyres in real time and let the driver know if the pressure drops below what is suggested. By making sure the tyres are properly inflated, reed sensors help the car handle better, use less gas, and last longer. They also reduce the risk of accidents caused by underinflated tyres.
Reed sensor switches are used in a number of other safety-related uses besides the ones listed above. They are used in systems like seat belt tensioners, electronic stability control (ESC), and collision avoidance systems. In these systems, they help identify potential dangers and turn on safety measures. Reed sensors switches are becoming more popular because safety laws are getting more attention and car companies have to meet these rules. Reed sensor technology is getting better because companies are spending money on research and development to make it work better, be more reliable, and be more cost-effective. This constant improvement is meant to meet strict safety standards and government rules while also making vehicles safer overall.
Major Market Segments Covered:
Reed sensors switches that can be placed directly on the surface of a printed circuit board (PCB) are called surface mount reed sensors switches. Because these sensors are small, they can be used in cars and other places where room is limited. Most of the time, they are small and flat, which makes it easy to put them on the PCB.
Reed sensors switches that have a surface base are easy to set up and work well. Using surface mount technology (SMT) methods, it's easy to solder them to the PCB. With this type of mounting, there is no need to drill holes in the PCB. This saves time and money during the manufacturing process.
Reed sensors switches with a surface mount are often used in car electronics for things like sensing position, detecting proximity, and keeping an eye on the level of a liquid. Because they are small and easy to install, they are perfect for putting into small electrical modules and systems in cars.
Leads or pins on through-hole reed sensors switches go through holes in the PCB and are connected on the other side. This type of mounting makes a strong and mechanically secure link, which is important for a reliable performance in the harsh conditions of an automobile.
The through-hole design gives these sensors excellent mechanical stability and resistance to vibrations and shocks. This makes them good for automotive uses that need to be reliable and last a long time. They are often used in parts of a car where there is a lot of mechanical stress or where the conditions are very harsh.
To put in reed sensor switches with through-holes, holes are drilled in the PCB to fit the leads or pins. The sensors are then put into the holes, and the lines are soldered on the other side of the board. This way of mounting gives a strong mechanical anchor, which is helpful in automotive applications where the sensors may be moved or physically stressed all the time.
The "Others" group includes different types of reed sensor switches that don't fit into the surface mount or through-hole categories. These can be things like specialised designs or different kinds of reed sensor switches that are used for certain car tasks. These customised designs might have a custom shape, a different arrangement of pins, or other features that are made to meet specific needs. Other types of reed sensor switches include flange-mounted reed switches, miniature reed switches, and reed switches that have special coatings or are encased to protect them from harsh vehicle conditions.
The "Others" category gives the automotive business the freedom to meet the needs of specific applications. As technology improves and new needs come up, manufacturers may come up with new designs for reed sensor switches that improve their functionality, performance, or ability to be integrated into certain automotive uses.
Reed sensors and switches are used a lot in passenger cars, which include sedans, hatchbacks, SUVs, trucks, and luxury vehicles, among others. In private cars, these sensors and switches are used for many different things. For example, they are used in door and window control systems to find out where the door or window is and make sure it works right and is safe. They are also used to sense the position of the seat, which lets you make changes and save sets for the most comfort and convenience. Reed sensors and switches can be used to find out where and how the steering wheel is turned. This helps with different driving assistance features and makes sure that systems like electric power steering work properly. Also, these sensors and switches are used to sense the position of the brake pedal, which lets the stopping system know when the pedal is moved. They can also be used to sense the position of the clutch, which helps cars with manual transmissions enter and disengage the clutch.
Reed sensors and switches must be used in commercial cars for them to work and be controlled correctly. Trucks, buses, vans, and other heavy-duty cars are all examples of commercial vehicles. Reed sensors and switches are used in different ways in this section. The most important thing that these sensors do is measure and keep track of the speed of the car. Gearshift position sensing can tell where the gear is in both manual and automatic transmissions. This makes it easier to change gears smoothly and helps the engine run at its best. Fuel level sensing helps keep track of how much petrol is in a car's tank, giving correct fuel level readings and preventing problems with petrol. Engine temperature sensors lets you measure and keep an eye on the temperature of the engine. This helps keep the engine running at its best and keeps it from overheating. Reed sensors and switches can also be used to watch and control other things, such as the status of a door, the position of a vehicle (for automated parking systems, for example), and different vehicle systems.
In the market for automotive reed sensors and switches, the "Other" group includes applications that don't fit neatly into either the passenger car or commercial vehicle categories. This group of cars includes off-road vehicles, motorcycles, recreational vehicles (RVs), electric vehicles (EVs), hybrid vehicles, and specialty vehicles. Reed sensors and switches can be used in these tasks, and each one can have its own needs and uses. For example, off-road vehicles may need sensors to identify the terrain or systems to keep them from rolling over. Reed sensors and switches can be used in electric and hybrid cars to check the state of the battery, find the charging port, or control the motor. Specialty vehicles, like emergency vehicles or construction equipment, may use sensors in ways that are linked to their specialties.
By Switch Type:
Normally Open (NO) switches
Made so that when they are not being used, the circuit stays open or removed. In the automotive business, these switches are often used for different tasks. They are very important for figuring out where doors, windows, hoods, trunks, and seats are in a car. By noticing when these parts open or close, NO switches can make things happen like turning on the inner lights or setting off alarms. For example, when a car door is opened, the NO switch for that door closes the circuit. This lets current run and turns on the car's interior light. In the same way, when a seatbelt is fastened, the NO switch linked to it will close the circuit, showing that the seatbelt is in use.
Normally Closed (NC) Switches
On the other hand, are made to keep a circuit closed or linked when they are not being used. These switches are often used in car systems to tell if a magnetic field is present or not. For example, NC switches are used to keep track of the speed of the wheels in anti-lock braking systems (ABS). When there is a magnetic field, the NC switch opens the circuit. This stops the flow of current and shows that there is a magnetic field, which means the wheel is turning. NC switches can be used to find out where the steering wheel is in systems that use power steering. When the turning wheel is turned, a magnetic field is made. This makes the NC switch open the circuit, which shows that the wheel is moving.
The reed switch market in Asia-Pacific is likely to be driven by the region's rising auto industry, especially as India and China become manufacturing hubs for auto parts for the big auto companies in the West.
In the last few years, the market for reed switches has grown quickly in Asia and the Pacific, which now has about 35% of the world market. North America and Europe are next, with about 20% each. Simply put, automakers are now trying to find gauges like reed switches that are both reliable and affordable.
Scope Of Report:
||Value (USD Billion)
||CAGR of 8.36% from 2023 to 2030
- Surface Mount
- Through Hole
- Passenger Car
- Commercial Vehicle
|By Switch Type
- Normally Open (NO) switches
- Normally Closed (NC) Switches
- TE Connectivity
- Coto Technology
- OKI Sensor Device
- PIC GmbH
- SMC Corporation
- Standex Electronics And Others.
| Regional Scope
- North America
- The Middle East & Africa
- Latin America
|Reasons to Purchase this Report and Customization Scope
- 6-month post-sale analyst assistance.
- 10% Free Customization and 15 Company Profiles in addition to the ones specified
- TE Connectivity
- Coto Technology
- OKI Sensor Device
- PIC GmbH
- SMC Corporation
- Standex Electronics And Others.
1. TE Connectivity
TE Connectivity said that they are a world leader in making industrial technology, and their goal is to make the future safer, more sustainable, more productive, and more connected. They said that their many connectivity and sensor options have been shown to work even in the toughest conditions. These solutions have been a big part of how transportation, industrial uses, medical technology, energy, data communications, and even the home have gotten better.
2. Coto Technology
It was said that Coto Technology's factory for making reed relays and reed switches is in Mexicali, Mexico. The company was started in 1917 as Coto Coil Incorporated in Providence, Rhode Island, USA. At the time, coil windings were its main business. In the mid-1960s, they added reed switches to coil windings and the reed relay to their line of products. With the invention of the first unique Low-Thermal EMF reed relay in 1970, Coto had become one of the top manufacturers of reed relays. In 1983, they made the first surface-mounted reed relays in the world. In 1994, they made the smallest SMD reed relay, and in 2001, they got a patent for a reed relay that could handle frequencies of more than 8 GHz.
In 2010, Coto moved its company offices and design labs for relays to North Kingstown, Rhode Island, which is on the shore of Narragansett Bay. The new facilities are very efficient and give their engineers more time to work on solutions for future small signal switching uses. They are committed to solving their customers' problems, such as high-speed serial data transfer, signal integrity analysis, and the growing need for more bandwidth and higher frequency. In 2014, the company came out with a line of solid-state relays called CotoMOS®. In 2016, it came out with a line of small sensors and switches based on TMR technology called RedRock.
Coto is the world market leader in small signal switching products. It serves many industries, such as Automatic Test Equipment, Data Acquisition, Instrumentation, Process Control, Telecommunications, Medical, and Security. The relay, switch, and sensor items they make are what they do best.
Littelfuse says that they are a company that makes industrial technology with a strong commitment to making the world better, more connected, and more sustainable. They work in more than 15 countries and have 19,000 employees around the world. The company works with customers to design and offer solutions that are both reliable and new. Their products are used by more than 100,000 end customers every day in the industrial, transportation, and electronics fields.
Littelfuse was started in 1927 and has its main office in Chicago, Illinois, in the United States. They have been committed for a long time to making sure everyone has the same job chances and keeping a diverse workforce. They think that a diverse staff is important for the growth of their business. Each employee has the same chances of getting a job, no matter their race, colour, religion, creed, sex (with or without sexual conduct), marital status, national origin, citizenship, ancestry, age, physical or mental disability, medical condition, order of protection status, military status, sexual orientation, gender expression or identity, genetic information, and any other protected class as defined by law.
4. PIC GmbH
The PIC Group and PIC GmbH are partners with offices in China, Turkey, and Germany. In the area of reed switches and sensor technology, they are known as a strong and reliable partner. Their knowledge covers a wide range of areas, such as cars, home products, industrial applications, telecommunications, and medical technology. The PIC Group is a major provider of custom goods, as well as a wide range of products like Reed Switches, SMD Reed Switches, Reed Sensors, Level Sensors, and Magnets. These custom solutions include PCB assemblies, Reed Switches that have been changed and chosen, and different types of sensors with connector and cable assemblies that have been created just for them.
5. Standex Electronics
Standex Electronics said that they had been a top provider of electronic and electromechanical parts for more than 40 years. They said that working with Standex meant picking an all-in-one solution that didn't require any trade-offs, since each solution included product design, engineering, a machine shop, manufacturing, environmental testing, and a lab. They also said that they were committed to giving their business partners with new, competitively priced products that were made to fit their needs through constant communication with customers.
Standex Electronics was said to be a branch of Standex International (SXI on the NYSE) and to be registered to the ISO/TS16949:2002 quality standard. The main office for that section was in Cincinnati, Ohio, USA. Standex Electronics had factories in Sonora, Mexico, Arizona, USA, Kent, UK, Ontario, Canada, Hong Kong, and China, in addition to the one in Cincinnati.
Major Market Segments Covered in Automotive Reed Sensors Switches Market Research:
- Surface Mount
- Through Hole
- Passenger Car
- Commercial Vehicle
By Switch Type:
- Normally Open (NO) switches
- Normally Closed (NC) Switches
Global Automotive Reed Sensors Switches Market Regional Insights
- North America
- Rest of North America
- Nordic Countries
- Benelux Union
- The Netherlands
- Rest of Europe
- South Korea
- Southeast Asia
- Rest of Southeast Asia
- Rest of Asia-Pacific
- The Middle East & Africa
- Saudi Arabia
- South Africa
- Rest of the Middle East & Africa
- Latin America
- Rest of Latin America
In conclusion, automotive reed switches are a very important part of the automotive business because they are used for many things like sensing and controlling. These switches are known for being reliable, long-lasting, and able to work in rough conditions. They have benefits like being small, using little power, and being quick to respond. The market for automotive reed switches is very competitive, with several major companies trying to meet the needs of the business. Standex Electronics, Littelfuse, Inc., Hamlin Electronics, Coto Technology, PIC GmbH, OKI Sensor Device Corporation, STG Germany GmbH, HSI Sensing, RMCIP, and Soway Tech Limited are some of the most well-known companies in the market (based on information up to September 2021). But it's important to remember that the way the market works can change over time. New vendors may enter the market, and current vendors may change what they offer. It is best to look at the most recent market research studies and industry analyses to stay up-to-date on the automotive reed switches market and its key players.