Membrane Keypad Crimp Pin Manufacturers in Pune

Crimptronics India is trusted Membrane Keypad Crimp Pin Manufacturers and Suppliers in Pune. We offer reliable electrical, electronic, cable harnessing, and flexible connectivity solutions for industrial applications.

We provide quality-focused Membrane Keypad Crimping Pins designed to support secure, accurate, and dependable connections in membrane keypads and switch assemblies. We combine consistent quality, competitive pricing, technical capability, and responsive service to meet both standard and customized requirements.

With our customer-focused approach, we work to deliver practical connectivity solutions that offer reliable performance and lasting value.

What Is a Membrane Keypad Crimp Pin and How Does It Work?

A Membrane Keypad Crimp Pin is a compact electrical contact used to establish a secure connection between a membrane keypad or switch circuit and its mating connector. It supports reliable signal transfer while allowing efficient assembly. These pins are relevant in industrial controls, electronic panels, instrumentation, automation equipment, and other applications using membrane-based user interfaces. A Membrane Switch Crimp Pin can also be used where dependable connections are required in membrane switch assemblies.

Types of Membrane Keypad Crimp Pin

As Membrane Keypad Crimp Pin Manufacturers in Pune, we offer a diverse range of crimp pin configurations to meet different membrane keypad connection requirements.

Single-Row Crimp Pins: Featuring a single line of contacts, these crimp pins are designed for basic membrane keypad and switch connections where only a limited number of contacts are required. Their compact arrangement makes them suitable for low-pin-count applications and space-efficient membrane keypad connector assemblies.
Double-Row Crimp Pins: With two parallel rows of contacts, these pins provide multiple connection points within a compact assembly. They are suitable for industrial control panels, electronic interfaces, and membrane keypads that require a higher number of connection points.
Female Crimp Pins: Designed with receptacle-style contacts, these pins mate with compatible male headers to establish secure electrical connections. This configuration is suitable for applications where a Membrane Switch Crimp Terminal requires convenient mating and reliable signal transmission.
Male Crimp Pins: Featuring projecting contact terminals, these pins fit into compatible female sockets or connector blocks. They provide a practical Crimp Pin for Membrane Keypad applications that require simple and dependable connector mating.
Male Solder Tab Pins: Featuring extended metal terminals, these pins can be soldered directly to a PCB or suitable wiring assembly. This design provides a convenient connection option for membrane switches requiring direct board-level or wired integration.
Standard / Non-Insulated Pins: Made with simple metal contacts, these pins are designed for attachment to suitable conductive tracks within membrane circuits. Their straightforward construction makes them suitable for applications where additional insulation or a molded connector housing is not required.
Housed Connector Pins: Installed within molded connector housings, these pins help maintain accurate contact positioning and provide secure mating connections. This arrangement offers a well-organized connector housing for membrane keypad solution for dependable plug-and-connect assemblies.
Plated Crimp Pins: Available with surface finishes such as tin or gold plating, these pins can be selected according to the electrical and environmental requirements of the application. The appropriate plating can improve contact durability, corrosion resistance, and reliable performance in demanding operating conditions.

Technical Specifications of Membrane Keypad Crimp Pin

As Membrane Keypad Crimp Pin Suppliers in Pune, we provide crimp pins with precise specifications for dependable electrical and mechanical performance.

Specification	Details
Contact Design	Multi-point piercing contacts for secure retention and reliable conductivity
Standard Pitch	2.54 mm, 1.27 mm, or 1.00 mm
Contact Types	Male pins, male solder tabs, and female socket contacts
Housing Compatibility	Single-row latching or non-latching connector housings
Current Rating	Up to 100 mA; typically below 20–30 mA
Voltage Rating	30V DC to 50V DC
Contact Resistance	< 100 mΩ initially
Insulation Resistance	> 100 MΩ at 100V
Pin Material	Phosphor bronze or brass
Plating Options	Gold or bright tin plating over nickel
Operating Temperature	-40°C to +80°C
Vibration Resistance	Suitable for reliable retention in industrial applications
Connection Type	Crimp connection for membrane keypad and switch assemblies
Applications	Keypads, membrane switches, control panels, automation, and instrumentation

Key Features of Membrane Keypad Crimp Pin

As Membrane Keypad Crimp Pin Manufacturers in Pune, we supply crimp pins designed with practical features for secure, compact, and consistent connectivity.

Secure Contact Design: The multi-point contact structure provides stable electrical connectivity for membrane keypad and switch assemblies.
Compact Construction: Its space-saving design is suitable for compact electronic interfaces and Membrane Keypad Crimp Connector applications.
Multiple Contact Options: Male pins, female contacts, and solder tabs support different connector and assembly requirements.
Reliable Material and Plating: Brass or phosphor bronze construction with suitable plating supports consistent contact performance and durability.
Connector Compatibility: The pins can be integrated with compatible housings and connector systems for efficient keypad and membrane switch assemblies.

Benefits of Membrane Keypad Crimp Pin

As Membrane Keypad Crimp Pin Suppliers in Pune, we deliver connection solutions that support efficient assembly, reliable operation, and long-term performance.

Reliable Signal Transfer: The secure contact arrangement helps maintain consistent electrical signal transmission between the membrane circuit and electronic system.
Easy Installation: The crimp-based termination method allows efficient assembly and helps simplify the connection process.
Space-Efficient Design: Its compact profile supports reliable connectivity in applications where installation space is limited.
Durable Performance: Suitable materials and surface finishes help maintain dependable contact performance during regular industrial operation.
Cost-Effective Connectivity: The practical design provides reliable electrical connection while helping control assembly and component costs.

Applications of Membrane Keypad Crimp Pin

As Membrane Keypad Crimp Pin Manufacturers in Pune, we serve diverse industries with crimp pin solutions for membrane keypads, switches, and electronic control interfaces.

Industrial Control Panels: Used for connecting membrane keypads and switches in machine control panels requiring stable electrical connections.
Automation Equipment: Suitable for keypad and switch interfaces integrated into industrial automation and machine-control systems.
Electronic Instrumentation: Provides compact connectivity for membrane-based control interfaces used in measuring and instrumentation equipment.
Medical Equipment: Suitable for specialized equipment requiring compact and dependable membrane keypad connections.
Security Systems: Used in electronic keypads for access-control, security, monitoring, and related control equipment.
Consumer Electronics: Supports membrane-based control interfaces used in various compact electronic products.
OEM Control Systems: Suitable for customized keypad and switch assemblies used in OEM equipment and electronic control systems.
Membrane Switch Assemblies: Provides a practical connection between flexible switch circuits, compatible housings, and electronic systems using a suitable membrane switch connector.

Suitable crimp pin housings, connector housing for membrane switch, and custom membrane switch connector configurations can be selected according to the assembly requirement. For OEM applications, an OEM membrane keypad connector can provide a practical connection option, while custom membrane keypad housing may be considered for specialized assembly requirements.

Why Choose Us?

Quality-Focused Connectivity Solutions: We focus on supplying reliable Membrane Keypad Crimp Terminal solutions with consistent quality, suitable for industrial, electronic, and control-panel applications.
Competitive Pricing and Custom Support: We offer practical pricing and support standard as well as customized requirements, helping customers select the right Membrane Keypad Connector Housing for their application.
Technical Capability and Reliable Service: We combine application knowledge, dependable supply, and responsive customer support to provide suitable Membrane Switch Crimp Connector solutions for diverse connectivity requirements.

Choose Crimptronics India is well-known Membrane Keypad Crimp Pin Manufacturers and Suppliers in Pune. We provide reliable Membrane Keypad Connector Pins designed to meet diverse electronic and industrial connectivity requirements. With our focus on quality, competitive pricing, technical capability, and customer support, we help customers select practical components for dependable keypad and membrane switch connections. For more details, contact us.

FAQ’s

They are commonly used in membrane keypads, control panels, automation equipment, instrumentation, and electronic devices. They are suitable for applications requiring compact and dependable electrical connections.

Common base materials include brass and phosphor bronze, selected according to the required application. Suitable plating can also be applied to improve contact performance and durability.

Common pitch options include 2.54 mm, 1.27 mm, and 1.00 mm. The correct pitch should be selected according to the mating connector and circuit design.

Proper compatibility ensures that the contact fits correctly within the housing and mates securely with the corresponding connector. It also helps maintain reliable electrical performance and stable mechanical retention.

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