Spring Contact Pins, L 5.00~6.99 mm, Compact size, space-saving

Spring Contact Pins, L 5.00~6.99 mm, High-reliability

Spring Contact Pins, L 5.00~6.99 mm, solder-free assembly

Spring Contact Pins, L: 5.00~6.99, Best Pogo Pin

Spring Contact Pins, dual-head solder-free for flexible connections, 5.00~6.99 mm length, offer cutting-edge connectivity solutions. Featuring high-reliability spring contacts, we manufacture them for electronic device connections and custom needs. We provide excellent technical support and tailored solutions, creating significant customer value.

Product Features:

Dual-head conductivity ensures lasting, stable connections.
Precise contact guarantees clear signal transmission.
Balanced dual-action boosts conductivity efficiency.
Durable precision structure resists wear over time.
Compatible with various devices for wide applications.
Quick and flexible customization meets diverse needs.

Get A Free Quote

More Selection

Spring Contact Pins, L: 5.00~6.99 mm, Description

Product Info: Spring Contact Pins are specially designed connectors for high-precision testing equipment. Made with high-conductivity alloys and gold plating, they ensure efficient and stable connections every time. The unique dual-head design of such Pogo Pins minimizes wear and maintains excellent conductivity, lasting over 10,000 cycles.
Product Features: These Spring Contact Pins offer high elasticity and wear resistance. With gold-plated surfaces for corrosion resistance and spring pressures as low as 15gf, they adapt to various contact surfaces, ensuring precise and stable connections. Their contact resistance is as low as 15 milliohms, making them perfect for repeated testing.
Problem Solved: In high-frequency tests and complex environments, traditional pins wear out easily and can lead to poor connections. The elastic design of Spring Contact Pins effectively combats these issues, reducing device failure rates and increasing testing stability by 30%, with a lifespan extension of 40%.
Specifications: These Spring Contact Pins come in lengths from 5.0mm to 6.99mm, with customizable maximum travel. They have a contact pressure as low as 15gf and gold plating, keeping contact resistance under 20 milliohms. Their excellent oxidation resistance allows for long-term use in harsh environments.
Successful Application: Used in testing equipment for major semiconductor manufacturers, these Spring Contact Pins reduced failure rates due to poor connections by 15%, improving overall equipment efficiency. They helped clients increase their yield rates by 20% and effectively cut down on downtime.
Target Industries: Spring Contact Pins are widely used in semiconductor manufacturing, consumer electronics, medical devices, and automotive electronics. They are essential for high-precision testing and electrical connections in complex environments, serving as vital components in precision instruments.
Benefits for Customers: By using Johoty’s Spring Contact Pins, customers can significantly reduce testing errors caused by poor connections, extend equipment lifespan, and decrease maintenance frequency. Overall production efficiency can increase by 15%, while operational costs can drop by 10%, creating greater value and competitive advantage for their businesses.

Spring Contact Pins, L: 5.00~6.99 mm, Datasheet

No.#	Categories	Specification Range	Unit	Purpose	Benefits	Applications
1	Barrel OD	≥0.80, custom	mm	*	*	*
2	Plunger OD	≥0.45, custom	mm	*	*	*
3	Shape	Same OD dual heads, Different OD dual heads, custom	*	*	*	*
4	Length	5.00~6.99	mm	*	*	*
5	Stroke	≥0.70, custom	mm	*	*	*
8	Voltage Rating	≥3.0, custom	V	*	*	*
9	Current Rating	≥0.1, custom	A	*	*	*
10	Spring Force	≥26,custom	gf	*	*	*
11	1. Material	Stainless Steel	*	Excellent corrosion resistance and mechanical strength, suitable for long-term use.	Stable electrical connectivity and durability, ideal for environments needing oxidation and corrosion resistance.	Widely used in electronics, telecommunications equipment, and automotive industry connectors and contact terminals.
12	2. Material	Brass	*	Excellent conductivity and machinability, suitable for precision manufacturing.	Good electronic signal transmission and thermal conductivity, stable mechanical connections.	Commonly used in electrical contact components in electronics and telecommunications equipment, such as sockets and connectors.
13	3. Material	Titanium Alloy	*	High strength, lightweight, corrosion resistance.	Suitable for long-term stable use in high-temperature and corrosive environments.	Connectors and contact terminals in aerospace, medical equipment, and high-end electronic products.
14	4. Material	Pure Copper	*	Excellent conductivity and ductility.	Outstanding electrical conduction and signal transmission performance.	Commonly found in PCB connectors, electronic devices, and telecommunications for high-frequency connection components.
15	5. Material	Alloy Steel	*	High hardness, good wear resistance.	Suitable for frequent high-frequency connection and disconnection operations, with a long service life.	Connectors and conductive components in industrial machinery, automation systems, and precision instruments.
16	1. Plating	Gold-Silver Alloy-Gold Plating	*	Combines the advantages of gold and silver, excellent conductivity between metals, and superior electrical conductivity of silver.	Provides excellent conductivity and corrosion resistance, suitable for applications requiring long-term stability and high-frequency transmission.	Mainly used for high-precision electronic connections, such as mobile devices, communication equipment, and medical instruments.
17	2. Plating	Nickel-Platinum-Nickel Plating	*	Platinum enhances the conductivity and corrosion resistance of nickel.	Provides excellent conductivity and durability, while also offering oxidation and chemical stability.	Suitable for high-end electronic components, such as aerospace equipment, precision instruments, and high-frequency communication devices.
18	3. Plating	Silver-Palladium-Silver Plating	*	Palladium addition improves the wear resistance and corrosion resistance of silver.	Maintains excellent conductivity while increasing product durability and stability.	Widely used in connectors and sensors requiring frequent insertion and long-term stability.
19	4. Plating	Platinum-Gold-Platinum-Gold Plating	*	The composite structure of platinum and gold provides dual excellent conductivity and chemical stability.	Suitable for high-precision electronic products, such as medical instruments, satellite communication equipment, and precision instruments.	Used in high-reliability and long-term use applications.
20	5. Plating	Platinum-Nickel-Palladium-Silver Plating	*	Combines the advantages of platinum, nickel, and palladium, balancing conductivity and corrosion resistance.	Provides high chemical stability and corrosion resistance, suitable for electronic components in extreme environmental conditions.	Mainly used in defense industries, marine equipment, and electrical connectors in high-temperature environments.

Get a Free Quote for Best Spring Contact Pins

Why choose our Spring Contact Pins? Because we offer over 99.9% reliability and over 50,000 insertion cycles, significantly enhancing your system stability and long-term cost-effectiveness.

Get A Free Quote Now

Products Categories

Get A Free Quote

Spring Contact Pins, L: 5.00~6.99 mm, Applications

High-Speed Data Transmission Equipment Interfaces
In the realm of high-speed data transmission, stable signal transmission is crucial but faces challenges like signal interference and loss. High-frequency data transmission demands high contact reliability and low insertion loss. Precision-manufactured Spring Contact Pins ensure stable signal transmission at high frequencies. High-precision manufacturing and strict quality control ensure consistency and reliability at each contact point. Signal transmission efficiency is boosted by 15%, with over 50,000 insertion cycles, significantly enhancing equipment reliability and durability.
Medical Diagnostic Equipment Sensors
The medical industry demands high precision and reliability, especially in data transmission and monitoring environments. Equipment must ensure precise data collection and transmission across diverse conditions, maintaining long-term stability. Corrosion-resistant, high-precision Spring Contact Pins guarantee sustained operation. Stringent adherence to medical industry standards ensures consistency and reliability at every contact point. Data collection accuracy improves by 20%, reducing equipment failure rates by 30%, providing more reliable support for medical diagnostics.
Industrial Automation Control Systems
Industrial environments require stringent stability and response speeds, particularly in automated production. High-frequency data transmission and control signals demand high contact reliability and low resistance. High-temperature resistant and vibration-resistant Spring Contact Pins ensure stable system operation in diverse industrial environments. Rigorous environmental testing and quality control guarantee reliability and durability in industrial conditions. Response speed increases by 25%, significantly enhancing system stability, boosting production efficiency, and safety.
Aerospace Electronic Equipment Connectors
Aerospace technology requires reliable performance and stability, especially under high temperatures. Ensuring reliable equipment connections and stable signal transmission under extreme conditions is critical. Radiation-resistant and high-temperature resistant Spring Contact Pins ensure long-term stable operation in aerospace applications. Our meticulous manufacturing and rigorous environmental tests ensure aerospace products meet high standards of reliability and safety. Equipment operates stably at high temperatures, with a 30% increase in signal transmission efficiency, substantially reducing maintenance costs and risks.
Electric Vehicle Charging Interfaces
New energy vehicle charging interfaces require high safety and charging efficiency, especially in fast-charging modes. Ensuring reliable contact and efficient charging during high-frequency charging and plugging processes is crucial. High-voltage resistant and low-resistance Spring Contact Pins ensure long-term stability and efficient charging of charging interfaces. Designed to meet electric vehicle safety standards, Spring Contact Pins are rigorously tested for stability and reliability through multiple charging cycles. Charging efficiency improves by 20%, with over 10,000 charging cycles, significantly enhancing the convenience and safety of electric vehicles.
Smartphone and Tablet Connectors
Mobile devices require highly miniature connectors and high-frequency data transmission capabilities. Ensuring stability and durability in high-frequency data transmission within compact connectors poses technical challenges. Micro-sized and precision-manufactured Spring Contact Pins ensure stable device connections and efficient data transmission. Strict compliance with mobile device manufacturing standards ensures consistency and reliability at each contact point. Data transmission rates increase by 30%, enhancing device connection stability and improving user experience and brand recognition for mobile devices.
Smart Home Automation Control Modules
Smart homes demand stability and low power consumption from interfaces, especially during long-term operation and multiple device connections. Ensuring stability and response speed of smart home control modules during multi-device connections and extended operation is critical. Low-power and highly durable Spring Contact Pins ensure long-term stable operation of smart home control modules. Designed to meet smart home standards, Spring Contact Pins are rigorously tested for stability and reliability in various environmental conditions. Energy consumption decreases by 15%, response speed increases by 25%, providing more efficient control and management capabilities for smart home systems.
Industrial Measurement and Control Instruments
The industrial sector demands precise measurement and real-time control, ensuring accuracy and system stability. Ensuring instrument measurement accuracy and control system reliability in complex industrial environments poses technical challenges. High-precision and interference-resistant dual-head Spring Contact Pins ensure long-term stability and accuracy of industrial measurement and control instruments. Our adherence to industry standards, meticulous processing, and rigorous testing ensure lasting reliability. Measurement accuracy improves by 20%, data transmission rate increases by 30%, significantly enhancing efficiency and accuracy of industrial control systems.

Notice: Trying to access array offset on value of type null in /home/johotypro/webapps/johotypro/wp-content/plugins/elementor/includes/widgets/video.php on line 1199

More Information

Advantages of Spring Contact Pins, L: 5.00~6.99 mm

1. Stable Electrical Performance
The electrical resistance of Spring Contact Pins is controlled to as low as 15 milliohms, ensuring stable electrical connections even at high frequencies. Ideal for precise data transmission in critical applications, this ensures reliability and consistency throughout long-term device use.

2. High Durability Design
Tested through up to 10,000 insertions, Spring Contact Pins demonstrate exceptional durability. This design reduces maintenance costs due to connection failures, prolongs equipment lifespan, and enhances production efficiency.

3. Precise Dimensional Control
With a dimensional tolerance control of within ±0.01 mm, Spring Contact Pins ensure perfect compatibility with equipment interfaces. This minimizes downtime caused by loose connections or poor contact, improving production line stability and efficiency.

4. Optimized Thermal Management
Featuring a high thermal conductivity of 150 W/m·K, Spring Contact Pins efficiently dissipate heat during high-load operations, maintaining stable temperature control. This enhances equipment performance and extends the lifespan of critical components.

5. Environmentally Friendly Materials
Compliant with RoHS and REACH standards, and solder-free, Spring Contact Pins minimize environmental impact. Meeting modern corporate demands for environmental protection and sustainability, they offer a reliable and safe choice for customers.

6. Diverse Customization Options
Tailored to specific customer requirements, we offer various plating options such as gold, silver, or tin to meet diverse corrosion resistance needs. This flexibility and customization capability enhance product competitiveness in the market.

7. Comprehensive Technical Support
Johoty provides comprehensive pre-sales technical consultations and after-sales support (ASS), ensuring timely and professional assistance throughout the selection, installation, and maintenance of Spring Contact Pins. This commitment helps customers address technical challenges and maximize their production efficiency and equipment reliability.

8. Continuous Quality Assurance
Through stringent quality control and ISO certification, Johoty guarantees that Spring Contact Pins meet the highest quality standards. This assurance not only meets customer demands for high-quality components but also establishes the foundation for long-term partnerships.

FAQ:

1: How is Johoty’s Spring Contact Pins conductivity?
Our Spring Contact Pins use high-quality beryllium copper, phosphor bronze, or stainless steel brass, with resistance controlled at extremely low levels to ensure excellent conductivity. They are suitable for various high-demand electronic connection applications.

2: What is the lifespan of Johoty’s Spring Contact Pins?
Through rigorous testing and long-term use validation, our designed Spring Contact Pins ensure stable performance and an extended lifespan, exceeding 10,000 cycles and even up to 50,000 cycles. This significantly reduces maintenance and replacement costs.

3: How does Johoty ensure high consistency in the production of Spring Contact Pins?
Our operations feature advanced manufacturing techniques and stringent quality controls. Each step, from rigorous material selection to final inspections including dimensional, visual, and functional checks, ensures our Spring Contact Pins meet high standards consistently.

4: What specific industrial applications are Johoty’s dual-headed Spring Contact Pins suitable for?
Our Spring Contact Pins are widely used in communication equipment, medical devices, complex automotive electronics, and precision industrial controls. They solve complex connectivity and conductivity needs, enhancing system reliability and stability.

5: What support does Johoty offer if I need customized specifications or features for Spring Contact Pins?
With a professional engineering team and flexible production capabilities, we can customize Spring Contact Pins to meet various specific specifications and functional requirements, providing the best solutions for your projects.

6: What unique advantages does choosing Johoty’s Spring Contact Pins offer compared to other competitors?
We not only deliver exceptional product performance and quality assurance but also prioritize close collaboration with customers and customized services. Our focus is on creating sustainable value that keeps our customers competitive in their markets.

Place Make a call

E-mail Address

Spring Contact Pins, L: 5.00~6.99, Best Pogo Pin

Product Features:

Spring Contact Pins, L: 5.00~6.99 mm, Description

Spring Contact Pins, L: 5.00~6.99 mm, Datasheet

Get a Free Quote for Best Spring Contact Pins

Spring Contact Pins, L: 5.00~6.99 mm, Applications

Advantages of Spring Contact Pins, L: 5.00~6.99 mm

FAQ:

Related Products

Related News

Categories

Contact

Get A Free Quote Now !

Get A Free Quote Now !