High Quality Tubular Solenoid

Selecting the correct 12V linear solenoid is a crucial step in ensuring the success of your project, especially in applications like door locks and heavy machinery. This guide will walk you through the key factors to consider when choosing the right 12V linear solenoid for your project, highlighting the importance of proper selection and the potential issues that arise from incorrect choices. We will also discuss the different types of linear solenoids, key factors to consider, common mistakes to avoid, and best practices for heavy-duty applications.

Importance of Selecting the Correct 12V Linear SolenoidLinear solenoids are electromechanical devices that generate a uniform magnetic field when an electric current is applied. They are composed of a coil of wire wrapped around a moveable metal core. When electricity passes through the wire, a magnetic field is created that moves the mobile metal slug along the length of the solenoid's core, exerting a simple pushing or pulling force. This force is essential in applications requiring precise linear motion, making the correct selection of a linear solenoid critical for reliable performance.
Why Choose the Correct Linear Solenoid:- Reliability: Proper selection ensures that the solenoid can operate reliably over time without malfunctioning or failing.
- Performance: Choosing the right solenoid for your application ensures optimal performance, reducing wear and tear and extending the lifespan of your system.
- Cost-Effectiveness: Inefficient or poorly chosen solenoids can lead to higher maintenance costs and more frequent replacements, making it crucial to choose the right one from the start.

Types of Linear SolenoidsLinear solenoids and actuators come in various designs, each tailored for specific applications. Understanding the different types will help you select the one best suited for your needs.

Electric SolenoidElectric solenoids are the most common type, converting electrical energy directly into linear mechanical motion. These are ideal for applications requiring automated, electrically controlled linear actuation in systems like locking mechanisms, circuit breakers, and industrial machinery.

Push-Pull SolenoidPush-pull solenoids are versatile linear solenoids designed to provide force in both extension and retraction. Their key function is to offer bidirectional linear movement, making them ideal for applications requiring precise back-and-forth motion, such as in automated dispensing systems, medical devices, and even waterproof versions for demanding environments.

Heavy-Duty Solenoid ActuatorsHeavy-duty solenoid actuators are engineered to withstand demanding industrial environments and deliver substantial force over extended periods. These solenoids come in voltages ranging from 12V to 230V, accommodating both DC and AC power sources. They are ideal for applications in heavy machinery, industrial brakes, large valve control, and any system requiring durable, high-cycle linear actuation.

Linear Solenoid ValvesLinear solenoid valves use a linear solenoid to control the flow of fluids. The solenoid's push or pull motion acts as a plunger to open or close the valve. These solenoid actuators are ideal for applications requiring precise and rapid control over fluid or gas flow in systems like pneumatic and hydraulic circuits, irrigation systems, and process control in manufacturing.

Key Factors to Consider When Choosing Linear SolenoidsSelecting the appropriate linear solenoid is vital for optimizing performance and ensuring the reliability of your system. Here are the key factors to consider:

Force & Stroke Length RequirementsAccurately determine the precise force needed and the exact distance the solenoid's core must travel. These fundamental requirements will dictate the solenoid's size and power capabilities. Understanding the specific needs of your application can help you choose a solenoid that meets the required force and stroke length.

Voltage and Current RatingsEnsure the solenoid actuator's voltage (e.g., 12V, 24V) and current ratings perfectly match your available power supply. Incorrect ratings can lead to malfunction, damage, or inefficient operation. Verify that the solenoid's specifications align with your system's power requirements to avoid issues.

Duty Cycle and Operating EnvironmentConsider how frequently the solenoid will operate and the conditions it will face. For wet, dusty, or harsh environments, look for models with appropriate ingress protection (IP ratings) or consider waterproof options. Ensuring the solenoid is suitable for its operating environment will help prevent premature wear and tear and extend its lifespan.

Mechanical vs. Electric Solenoid SelectionDecide whether your application requires direct electrical actuation or if a broader mechanical actuator, potentially controlled by an indirect signal, is more suitable. Understanding the specific needs of your application can help you choose the right type of solenoid.

Application-Specific ConsiderationsEvaluate unique needs based on the solenoid's role. For instance, valve control demands rapid response and precise sealing, while general push/pull needs might prioritize raw force or stroke length. Tailoring your selection to the specific requirements of your application ensures optimal performance.

Mistakes to Avoid When Buying Linear Solenoids ActuatorsAvoiding these common errors will ensure you select linear solenoids that perform reliably and safely within your application.

Incorrect Voltage or Force RatingChoosing a solenoid with a voltage that doesn't match the power supply or an insufficient force rating can lead to underperformance, overheating, or even complete failure of the linear solenoid. Verify that the voltage and force ratings align with your system's requirements to avoid these issues.

Ignoring Duty Cycle SpecificationsOverlooking a solenoid's duty cycle can result in overheating and premature burnout, especially in continuous or high-cycle applications. Ensure that the solenoid is designed to handle the operating environment and usage patterns to prevent overheating and degradation.

Overlooking Environmental ConditionsFailing to consider the operating environment can lead to rapid degradation of the solenoid. Look for models with appropriate ingress protection (IP ratings) or consider waterproof options to ensure that the solenoid is suitable for its intended use.

Not Verifying Solenoid CompatibilityAn often-missed pitfall is neglecting to ensure the solenoid's electrical characteristics are compatible with your existing system. Verify that the solenoid's electrical specifications are compatible with your system's requirements to avoid issues.

Best Practices for Heavy-Duty ApplicationsHeavy-duty solenoid actuators are designed to withstand demanding industrial environments and deliver substantial force over extended periods. Here are some best practices for ensuring optimal performance in such applications:

High Force and DurabilityHeavy-duty solenoids are engineered to deliver substantial force and withstand continuous use. They are ideal for applications requiring durability and high-cycle linear actuation, such as in heavy machinery, industrial brakes, and large valve control systems.

Voltage OptionsHeavy-duty solenoids come in a range of voltage options, including 12V and 24V configurations. Ensure that the selected solenoid's voltage rating matches the available power supply to avoid issues with performance or durability.

Environmental ResilienceHeavy-duty solenoids are designed to withstand harsh operating conditions, including high temperatures, dust, and moisture. Look for models with appropriate IP ratings or waterproof options to ensure that the solenoid can operate reliably in demanding environments.

Lifetime and ReliabilityHeavy-duty solenoids are engineered for long-term reliability and durable performance. They can operate for extended periods without maintenance, making them ideal for applications requiring continuous use and minimal downtime.

Key Specifications for Heavy-Duty SolenoidsForce Rating: Ensure the solenoid delivers the necessary force to meet the application's requirements.Stroke Length: Verify that the stroke length is adequate for the application, whether it's a short stroke or a longer stroke.Duty Cycle: Check that the solenoid is designed for the expected duty cycle, whether it's continuous operation or infrequent use.Choosing the Best Solenoid for Door LocksFor door lock applications, the selection of a suitable 12V linear solenoid is critical to ensure reliable and secure operation. Here are the key considerations:

Key Features for Door LocksForce and Stroke Length: Ensure the solenoid can provide enough force to securely lock and unlock the door, with the appropriate stroke length to fit the specific application.Voltage Rating: Ensure the solenoid is rated for 12V, as this is the standard voltage for many door lock systems.Environmental Protection: Consider models with IP ratings or waterproof options to protect against dust and moisture, ensuring reliable operation in various conditions.Comparing Jianyuan Heavy-Duty SolenoidsJianyuan Solenoid provides a range of high-quality 12V linear solenoids designed for heavy-duty applications. Their specifications are meticulously engineered to meet the needs of demanding environments, making them ideal for door lock systems.

Key Advantages of Jianyuan SolenoidDurability: Jianyuan solenoids are engineered for long-term reliability and durable performance, ensuring that they can operate continuously without maintenance.Precision: The intelligent magnetic design of Jianyuan push-pull solenoids allows high holding force at a comparably low current, making them ideal for applications requiring precision and reliability.Compatibility: The solenoids are designed to be compatible with a wide range of systems, ensuring that they can be integrated seamlessly into existing applications.Cost-Effectiveness: Despite their robust design, Jianyuan solenoids are competitively priced, making them an excellent cost-effective solution for demanding applications.Case Studies and Real-World ExamplesConsider the following real-world scenarios where the selection of the correct 12V linear solenoid significantly impacted the success of the project.
Case Study 1: Heavy MachineryIn a mining operation, a heavy-duty solenoid was used to control the safety interlock mechanism in large mining equipment. The solenoid was designed to handle demanding industrial environments, delivering substantial force over extended periods without malfunctioning.
Case Study 2: Automotive SystemsAutomotive manufacturers use linear solenoids in applications such as controlling fuel injectors, actuating automatic transmission valves, operating door locks and latches, and controlling air intake systems. These solenoids must deliver precise force and rapid response to ensure reliable and efficient operation.
Case Study 3: Door Lock SystemsA secure turnstile in a high-traffic office building used a Jianyuan 12V linear solenoid for its door lock system. The solenoid provided the necessary force and precision to securely lock and unlock the doors, with a waterproof design ensuring reliable operation in various conditions.

ConclusionSelecting the correct 12V linear solenoid for your project is a critical step in ensuring reliable and efficient operation. By understanding the key factors to consider, avoiding common mistakes, and choosing the right type of solenoid for your specific application, you can ensure that your system performs optimally and runs reliably over time.
For heavy-duty applications, consider the high-force and durability requirements, as well as voltage options and environmental resilience, to select a solenoid that can withstand demanding conditions. Jianyuan heavy-duty solenoids are designed to meet these needs, providing reliable performance and long-term durability.
For door lock applications, verify that the selected solenoid meets the specific force and stroke length requirements, with appropriate environmental protection to ensure reliable operation. Jianyuan 12V linear solenoids are a trusted choice for such applications, offering the necessary force and precision to operate securely and efficiently.
Feel free to explore our selection of high-quality linear solenoids from Jianyuan for your specific needs. If you have any questions or require assistance, reach out to our customer service team for expert guidance.
For more information on linear solenoids and other electronic components, visit our website or contact our customer service team. We are here to help you find the perfect solution for your project and provide expert advice to ensure your success.

Small linear solenoids are versatile components used in a wide range of applications, from medical devices to automation systems. Understanding the optimal voltage and duty cycle settings is crucial for maximizing their performance, efficiency, and lifespan. In this article, we will explore the key factors to consider when determining the best voltage and duty cycle for your small linear solenoid, providing practical advice to help you make informed decisions.

Understanding Voltage Needs for Small Linear SolenoidsVoltage plays a pivotal role in the performance of small linear solenoids. The optimal voltage setting can significantly affect the solenoid's force, speed, lifespan, and overall efficiency. When selecting the right voltage, consider the following factors:

Importance of Voltage in Solenoid PerformanceSolenoids operate on the principle of electromagnetism, where an electric current flowing through a wire coil generates a magnetic field. This magnetic field attracts or repels a ferromagnetic core (plunger) within the coil, causing linear motion. The voltage applied to the solenoid directly influences the strength of this magnetic field, which in turn affects the solenoid's force, speed, and efficiency.

Factors Affecting Optimal Voltage SettingsSeveral factors should be considered when determining the optimal voltage settings for your small linear solenoid:
Solenoid Type and Specifications: Different types of small linear solenoids, such as push/pull, tubular, and super stroke, have varying electrical and mechanical specifications. It's important to consult the manufacturer's specifications to determine the recommended voltage range for your specific model.
Desired Performance Characteristics: The desired performance characteristics, such as maximum force, speed, and lifespan, will dictate the optimal voltage settings. Higher voltages can increase the force and speed of the solenoid but may also shorten its lifespan due to increased heat generation.
Power Supply and Environment: The type of power supply and environmental conditions can also affect the voltage requirements. For example, inductive loads or high ambient temperatures may require adjustments to the voltage settings to ensure reliable operation.

Common Voltages Used for Small Linear SolenoidsSmall linear solenoids are commonly operated at voltages ranging from 12V to 24V. The most common voltages are:

12V: Suitable for low-power applications where energy efficiency is a priority.24V: Preferred for applications requiring higher force and speed, such as industrial automation and heavy-duty equipment.The Role of Duty Cycle in Solenoid PerformanceThe duty cycle is a critical parameter for small linear solenoids, as it determines the proportion of time the solenoid is energized over a given period. Understanding how the duty cycle affects performance can help you optimize your small linear solenoid for various applications.

Definition and Significance of Duty CycleThe duty cycle of a solenoid is expressed as a percentage and represents the ratio of the on-time (time the solenoid is energized) to the total cycle time (on-time + off-time). For example, a duty cycle of 50% means the solenoid is energized for 50% of the cycle time.

Impact of Duty Cycle on Solenoid Lifespan and EfficiencyThe duty cycle has a significant impact on the solenoid's lifespan and efficiency:
Lifespan: Prolonged operation at high duty cycles can lead to increased heat generation and eventual failure due to thermal stress. Lower duty cycles allow the solenoid to cool down between cycles, extending its lifespan.
Efficiency: The efficiency of a solenoid decreases with increased duty cycles due to heat dissipation and reduced force output. Properly managing the duty cycle ensures optimal performance and energy efficiency.

Practical Considerations When Setting Duty CycleWhen setting the duty cycle, consider the following practical aspects:
Application Requirements: Determine the operational requirements of your application. Continuous operation may require a lower duty cycle to prevent overheating and subsequent failure.
Heat Dissipation: Ensure proper heat dissipation through cooling mechanisms such as heat sinks or fans to maintain optimal operating conditions, especially in continuous operation.
Force and Speed Trade-offs: Evaluate the trade-offs between force, speed, and duty cycle. Increasing the duty cycle can enhance force and speed but may compromise lifespan and efficiency.

Optimizing Voltage and Duty Cycle for Maximum PerformanceDetermining the optimal voltage and duty cycle settings involves a systematic approach to ensure maximum performance. Here are some steps to help you optimize these settings:

Steps to Determine Optimal SettingsConsult Manufacturer Specifications: Start by consulting the technical specifications provided by the manufacturer, such as Jianyuan Solenoid. This will give you a baseline for the operational parameters of your specific model.
Identify Application Requirements: Define the performance requirements of your application, including maximum force, speed, and lifespan. This will help you pinpoint the optimal voltage and duty cycle settings.
Trial and Error Testing: Conduct trial and error testing by varying the voltage and duty cycle settings and measuring the resulting performance. Use data loggers or oscilloscopes to record the changes and their effects on force, speed, and heat generation.
Environmental Considerations: Consider the environmental conditions, such as ambient temperature and humidity, which can affect the solenoid's performance. Adjust the settings accordingly to account for different environmental conditions.

Case Study: Best Practices in Setting Voltage and Duty CycleLet's consider a scenario where a small linear solenoid is used in an automated industrial system that requires high force and efficiency. The system operates continuously, which means the duty cycle needs to be optimized for extended periods without overheating.
Initial Settings: Start with the manufacturer-recommended voltage range for your small linear solenoid. For instance, if the recommended voltage range is 12V to 24V, you might start with 18V as a baseline.
Duty Cycle Adjustment: Begin with a lower duty cycle, such as 30%, and gradually increase it while monitoring the temperature and performance. Use a heat sensor to track the temperature rise and adjust the duty cycle accordingly to prevent overheating.
Performance Testing: Measure the force, speed, and efficiency at different duty cycle settings. Record the data and analyze the results to determine the optimal duty cycle that maximizes the performance while maintaining a safe operating temperature.
Final Tuning: Once you have established a baseline, fine-tune the settings by making small adjustments and testing the impact. Use this iterative process to find the optimal voltage and duty cycle that balances force, speed, efficiency, and heat generation.

Recommended Voltage and Duty Cycle for Small Linear SolenoidsBased on the above considerations, here are some recommended voltage and duty cycle settings for typical small linear solenoids:
12V Solenoid:Voltage: 12VDuty Cycle: 50% to 60%Optimal for: Low-power applications, energy efficiency, and occasional use.
24V Solenoid:
Voltage: 24VDuty Cycle: 30% to 40%Optimal for: High-force, high-speed applications, and continuous operation.
Super Stroke Solenoids:

Voltage: 12V to 24V based on application requirements.Duty Cycle: 30% to 50%Optimal for: Long-stroke, semi-proportional control, and applications requiring reduced heat generation.Applications and Characteristics of Small Linear SolenoidsSmall linear solenoids are used in a wide range of applications due to their versatility and performance characteristics. Let's explore the different types of small linear solenoids and their specific features.

Types of Small Linear SolenoidsThere are several types of small linear solenoids, each with unique characteristics and applications:
Push/Pull Solenoids These solenoids can be used as push-type or pull-type linear actuators, providing robust performance in heavy-duty applications. The intelligent magnetic design allows high holding force at a comparably low current. Applications include medical devices, laboratory equipment, and industrial machinery.
Tubular Solenoids Known for their long strokes and relatively low holding force, tubular solenoids are ideal for applications requiring long strokes but not the highest forces. They are commonly used in pneumatic cylinder replacements and precision control systems.
Super Stroke Solenoids These solenoids offer a super-flat force-to-stroke characteristic, making them cost-effective electrical linear cylinders. They are commonly used in medical equipment, analytical devices, and semi-proportional control systems.
Open Frame Solenoids The most cost-effective option, open frame solenoids are miniature linear solenoids used in various applications requiring a wide range of requirements. They are available in different sizes and can be customized to meet specific needs.

Key Performance FactorsSeveral factors determine the performance characteristics of small linear solenoids:
Stroke: The maximum linear travel distance of the plunger. Stroke ranges from a few millimeters to several centimeters, depending on the type and application.
Holding Force: The force exerted by the solenoid when it is energized and holding the plunger in place. Holding force ranges from a few newtons to several thousand newtons.
Lifespan: The number of cycles the solenoid can operate before failure. Lifespan typically ranges from a few million cycles to over 50 million cycles.

Jianyuan Solenoid Brand AdvantagesJianyuan Solenoid is renowned for its expertise, reliability, and quality in manufacturing small linear solenoids. Here are some key advantages that set Jianyuan Solenoid apart:

Expertise and ReliabilityJianyuan Solenoid has extensive experience in the design and manufacturing of linear solenoids. The team of engineers and technicians works closely with customers to ensure that each solenoid is tailored to meet specific application requirements. This expertise translates into reliable performance and consistent quality.

Quality and Performance StandardsJianyuan Solenoid adheres to strict quality control standards to ensure that each solenoid meets the highest performance standards. This commitment to quality guarantees that customers receive solenoids that are designed for optimal performance and durability.

Customer Support and After-Sales ServiceConclusionIn conclusion, optimizing the voltage and duty cycle settings for your small linear solenoid can significantly enhance its performance, efficiency, and lifespan. By understanding the key factors that influence these settings and following the steps outlined in this article, you can determine the best voltage and duty cycle for your specific application.
Final Recommendations:
For low-power applications, consider using a 12V solenoid with a duty cycle of 50% to 60%.For high-force and high-speed applications, a 24V solenoid with a duty cycle of 30% to 40% is optimal.For long-stroke, semi-proportional control applications, use a super stroke solenoid with a duty cycle of 30% to 50%.By carefully selecting the appropriate voltage and duty cycle settings, you can ensure that your small linear solenoid operates efficiently and reliably in your specific application.

Linear solenoids are widely used in many industrial and mechanical applications due to their simplicity, reliability, and robustness. A long stroke linear solenoid, specifically, is a specialized variant designed to provide extended linear movement. This article will delve into the concept of long stroke linear solenoids, their design, operation, applications, and the advantages they offer.

Understanding Linear SolenoidsLinear solenoids are electromagnetic devices that convert electrical energy into mechanical linear motion. They consist of a coil of wire, a plunger (or armature), and a housing. The basic operation involves an electromagnet shaped in a way to move a metallic rod or plunger along a linear path, either in or out of the housing. The movement is generated by the magnetic field produced when electricity flows through the coil.

Design and ConstructionThe design of a linear solenoid includes several key components:
- Coil: A tightly wound wire wound around a form, often a cylindrical core.
- Plunger (Armature): A movable iron or steel rod that extends into the coil.
- Iron Core: A central core that concentrates the magnetic field.
- Housing: A protective case that contains the coil, plunger, and core.
Linear solenoids are known for their simplicity, ease of operation, and reliability. They come in various designs such as push/pull, tubular, open-frame, and latching solenoids, each suited for different applications.

Long Stroke Linear SolenoidsLong stroke linear solenoids are specialized versions of linear solenoids designed to provide extended linear displacement. This is achieved by increasing the length of the plunger or extending the internal housing, allowing for greater travel distances compared to standard solenoids.

Key FeaturesLong stroke linear solenoids are characterized by their ability to provide large strokes, often 50mm or more, with consistent performance. They are designed to achieve these longer strokes while maintaining high efficiency and force, making them ideal for applications requiring longer movements.

Construction DetailsPlunger Design: The plunger is often designed with a high copper-iron ratio to optimize the magnetic field and increase efficiency.Core Design: The LHP series uses a superior magnet design with an optimal copper-iron ratio and precise cone control.Housing: The housing is designed to accommodate the longer stroke, often with reinforced structural elements to handle the increased forces.Operation of Long Stroke Linear SolenoidsThe operation of a long stroke linear solenoid involves the interaction between the coil, plunger, and core to generate linear motion. Here's a detailed breakdown of the process:

Working PrincipleElectromagnet Creation: When an electrical current is applied to the coil, it generates a magnetic field.Plunger Movement: The magnetic field exerts a force on the plunger, causing it to move along the axis of the coil.Stroke Control: The plunger movement is controlled by the length of the stroke specified by the design.Electromagnetic PrinciplesCopper-Iron Ratio: A well-designed solenoid maintains an optimal copper-iron ratio to ensure maximum efficiency.Magnets: The magnets in the LHP series are optimized for high power density, enabling maximum force output.Windings: The windings are precisely arranged to ensure even magnetic field distribution.Force GenerationPower Efficiency: The LHP series achieves high power density due to superior magnet design and precise cone control.Dynamic Switching: The solenoids ensure smooth and dynamic switching, providing consistent performance over long cycles.Service Life: They are designed to last for a long time due to their robust construction and optimized operation.Applications of Long Stroke Linear SolenoidsThese solenoids find applications in a wide range of industries, from high-tech medical devices to heavy-duty machinery. Here are some common use cases:

Industrial ApplicationsHigh Voltage Circuit Breakers: For controlling circuit breakers in high voltage systems.Railway Door Interlocks: Ensuring doors remain lockable and safely operated in railway vehicles.Automation: General actuation functions in various automated systems.Medical Devices: For precision control in medical equipment, such as surgical tools and diagnostic devices.Semiconductor Equipment: For controlling components in manufacturing processes.Optical Systems: In applications requiring precise linear motion.Medical and Automation ApplicationsMedical Technology: Linear solenoids can be used in medical devices like diagnostic machines and surgical tools.Automation: They are essential in various industrial automation processes, providing precision control.Benefits of Long Stroke Linear SolenoidsLong stroke linear solenoids offer several key advantages over other types of linear solenoids, making them a preferred choice in many applications:

AdvantagesHigh Force Capacity: The LHP series can generate significantly higher forces compared to standard linear solenoids.Compact Design: Despite the longer stroke, they can be built compactly, saving space in equipment design.Efficiency: High power density ensures maximum output with minimum energy consumption.Reliability: Designed for high performance and long service life, ensuring consistent operation.Versatility: Suitable for a wide range of applications, from medical devices to industrial machinery.Modular DesignThe modular design of the LHP series allows for a wide range of configurations. Here are a few examples:
- Different Stroke Variants: The design allows for different stroke lengths, from 25mm up to 70mm.
- Power and Voltage Variants: These can be configured to operate at various voltages and power levels.
- Enhanced IP Protection: Enhanced protection options can be added for critical applications.
- Return Spring: Additional options like a return spring can be included for specific needs.

Selecting the Right Linear SolenoidChoosing the right linear solenoid involves considering several factors, including the required stroke, force, voltage, lifespan, and the environment in which it will be used. Here's a brief guide to help you make an informed decision:

Factors to ConsiderStroke Length: Determine the required stroke length based on the application.Force Required: Consider the level of force needed for the specific task.Voltage Range: Specify the voltage range that the solenoid needs to operate within.Life Expectancy: Consider the durability and expected lifespan.Environment: Evaluate the environmental conditions, such as temperature, moisture, and dust.Datasheets and Specifications: Refer to manufacturer datasheets for detailed technical specifications.Datasheets and SpecificationsTypeStrokeForceVoltage RangeApplicationsLHP02525mmHigh12V 24VHigh voltage circuit breakers, automationLHP03535mmHigh24V 48VMedical devices, railway interlocksLHP05050mmHigh12V 24VGeneral actuation functionsLHP07070mmHigh48V 120VHeavy-duty applications, roboticsConclusionLinear solenoids, especially the long stroke variants, are essential components in many industrial and medical applications. By understanding their design, operation, and advantages, you can make informed decisions about their use in your projects. Jianyuan Solenoid's LHP series offers a highly efficient, compact, and reliable solution for applications requiring long stroke linear motion, making them an ideal choice for modern industries.

Contact Jianyuan Solenoid for More InformationFor more information or inquiries about specific solenoids, please contact Jianyuan Solenoid. Our team is equipped to help you choose the right solenoid for your specific needs, offering expertise in design, functionality, and practical applications.
Feel free to visit our website or contact our customer service for further inquiries. Discover why Jianyuan Solenoid is the preferred choice for high-performance linear solenoids in various industries.