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Precision Stamped Stainless Steel Spring Contact Clip with Stable Spring Contact Force and Anti-Corrosion for Automotive Electronics

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Precision Stamped Stainless Steel Spring Contact Clip with Stable Spring Contact Force and Anti-Corrosion for Automotive Electronics

MOQ:	100pcs
Standard Packaging:	Wooden crate packaging, moisture and shock resistant, each mold set packed separately
Delivery Period:	25-35 work days

Detail Information

Product Description

Detail Information

Place of Origin

Brand Name

Minimum Order Quantity:

100pcs

Packaging Details:

Wooden crate packaging, moisture and shock resistant, each mold set packed separately

Delivery Time:

25-35 work days

Highlight:

Precision Stamped Spring Contact Clip

Stable Spring Contact Force Electrical Contact Spring

Anti-Corrosion Spring Terminal Clip

Product Description

Precision Stainless Steel Spring Contact Clip for Automotive Electronics

Precision Stamped | Stable Spring Contact Force | Anti-Corrosion | Custom OEM/ODM

Our stainless steel spring contact clips are custom precision stamped components, specially built for automotive electronic assemblies. They integrate mechanical spring support and electrical conduction in one compact part, delivering stable contact performance for long-term equipment operation.

Fabricated from high-quality stainless steel spring strip, each contact clip features an elastic forming structure. It maintains consistent and reliable contact pressure against mating terminals and conductive surfaces. This effectively avoids poor contact caused by vehicle vibration, assembly gaps and mechanical shaking, greatly improving the stability of automotive electronic systems.

Designed for limited installation space in automotive electrical modules, this clip balances compact size, durable elasticity and excellent corrosion resistance. Besides stainless steel, we also offer phosphor bronze and beryllium copper options for projects requiring higher conductivity and better electrical performance.

All dimensions, spring force, contact structure, mounting holes and surface finishes can be fully customized. We manufacture strictly according to your 2D drawings, 3D files or physical samples. Widely applied in automotive sensors, control units, battery modules, PCB assemblies, switches and lighting systems.

Key Features

Precision Stamping & Forming - Adopts mature stamping and bending processes to ensure accurate size and consistent batch quality.
Stable Elastic Contact Force - Optimized spring structure provides steady contact pressure, preventing loose connection under vibration.
Excellent Spring Recovery & Fatigue Resistance - High-quality stainless steel material ensures strong resilience and long service life after repeated compression.
Superior Corrosion Resistance - Resists oxidation, moisture and temperature changes, adapting to complex automotive working environments.
Space-Saving Compact Structure - Miniature and integrated design, perfect for densely arranged automotive electronic components.
Customizable Spring Performance - Contact pressure and elastic stroke can be adjusted according to your actual assembly needs.
Smooth & Burr-Free Surface - Fine deburring treatment ensures safe assembly and stable contact conduction.
Custom Structural Design - Support single-finger, multi-finger and special-shaped contact structures with customized mounting holes and bending angles.
Multiple Plating Options - Tin plating, nickel plating, silver plating and gold plating are available to enhance conductivity and wear resistance.
Flexible Production Capacity - Support prototype trial, small-batch customization and high-volume progressive die mass production.

Technical Parameters

Parameter	Specification
Product Name	Stainless Steel Spring Contact Clip
Product Type	Electrical Contact Spring / Spring Terminal Clip
Main Material	SS301 / SS304 Stainless Steel
Optional Materials	Phosphor Bronze / Beryllium Copper / Copper Alloy
Material Thickness	0.1-2.0 mm, fully customizable
Size	Customized Length & Width per drawing
Spring Force	Customized based on application requirements
Contact Structure	Single Finger / Multi-Finger / Custom Shape
Processing Technology	Precision Stamping, Punching, Bending, Forming
Tolerance	Up to ±0.01 mm according to design
Surface Treatment	Passivation / Tin Plating / Nickel Plating / Silver Plating / Gold Plating
Edge Processing	Full Deburring & Smooth Finishing
Tooling Type	Progressive Die / Compound Die / Custom Stamping Die
Application	Automotive Electronics, Sensors, PCB, Battery Systems, Connectors
Inspection Standard	Dimensional, Visual & Functional Testing
OEM / ODM	Fully Supported
Lead Time	7-30 Days, depends on tooling & quantity
Packaging	PE Bag / Tray / Reel / Export Carton / Customized

Final material, thickness, spring force, tolerance and surface treatment will be confirmed according to your drawings and actual application scenarios.

Wide Applications

Automotive Electronic Systems

Ideal for vehicle control modules, sensors, switches, instrument panels, LED lighting and electronic control units. It stably conducts electricity and resists vibration interference, adapting to complex vehicle operating environments.

Automotive Connector Assemblies

Used inside connector housings and terminal components to provide stable elastic contact pressure, ensuring precise and durable electrical connection.

Battery & Power Modules

Suitable for battery contact structures and power conductive terminals. The stable spring force guarantees continuous and reliable contact during long-term use.

PCB & Precision Electronic Equipment

Compact stamped structure fits limited PCB installation space, compensating for assembly errors and maintaining stable grounding and conduction performance.

Our Manufacturing Strength

Xiamen METS Industry & Trade Co., Ltd. is a professional manufacturer focusing on precision metal stamping, mold development and custom electronic hardware. With more than 18 years of experience, we provide one-stop services from DFM design analysis, mold making, sample trial production to mass delivery.

Spring contact clips have extremely high requirements on mold accuracy. Slight deviations in bending angle, spring height and contact position will affect elasticity and conduction effect. Our team optimizes the stamping sequence and spring-back compensation during tooling development to ensure every batch of products maintains consistent contact force and dimensional stability.

We support multiple materials and surface processes to meet different needs of automotive vibration resistance, corrosion resistance and high conductivity.

Strict Quality Control

We implement full-process quality inspection:

Raw material verification
First piece confirmation
Full dimension detection
Spring elasticity test
Surface finish inspection
Burr check
Functional assembly test
Batch sampling inspection

We can also formulate exclusive inspection standards according to your automotive industry specifications to ensure product stability and consistency.

Why Choose Our Spring Contact Clips?

Stable elastic performance - Optimized spring structure, anti-fatigue and vibration-resistant for long-term automotive use
Reliable electrical conductivity - Optional plating process improves contact effect and avoids poor connection
100% customizable - Size, elasticity, structure and surface treatment fully tailored to your design
Automotive-grade manufacturing experience - Familiar with high-standard requirements for vehicle electronic components
Flexible production - Support sample trial, small batch and large-scale mass production

FAQ

Q1: Can you customize spring contact clips according to our drawings?

Yes. We provide full OEM/ODM customization services. We can produce according to your 2D drawings, 3D CAD files or physical samples.

Q2: What materials are available for selection?

We commonly use SS301 and SS304 stainless steel. For higher conductivity requirements, phosphor bronze and beryllium copper are also available.

Q3: Can the spring contact force be adjusted?

Absolutely. We adjust the material thickness, bending angle and spring arm length to customize the contact pressure and elastic stroke you need.

Q4: Do you support plated surface treatment?

Yes. Tin plating, nickel plating, silver plating and gold plating are optional to improve conductivity, oxidation resistance and wear resistance.

Q5: Can you provide samples for testing?

Yes. We provide prototype samples for your dimensional assembly and functional testing before mass production.

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metal press dies,

progressive die stamping,

stamping die parts

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Spring

Precision Stamped Stainless Steel Spring Contact Clip with Stable Spring Contact Force and Anti-Corrosion for Automotive Electronics

MOQ:	100pcs
Standard Packaging:	Wooden crate packaging, moisture and shock resistant, each mold set packed separately
Delivery Period:	25-35 work days

Detail Information

Product Description

Detail Information

Place of Origin

Brand Name

METS

Minimum Order Quantity:

100pcs

Packaging Details:

Wooden crate packaging, moisture and shock resistant, each mold set packed separately

Delivery Time:

25-35 work days

Highlight

Precision Stamped Spring Contact Clip

Stable Spring Contact Force Electrical Contact Spring

Anti-Corrosion Spring Terminal Clip

Product Description

Precision Stainless Steel Spring Contact Clip for Automotive Electronics

Precision Stamped | Stable Spring Contact Force | Anti-Corrosion | Custom OEM/ODM

Key Features

Precision Stamping & Forming - Adopts mature stamping and bending processes to ensure accurate size and consistent batch quality.
Stable Elastic Contact Force - Optimized spring structure provides steady contact pressure, preventing loose connection under vibration.
Excellent Spring Recovery & Fatigue Resistance - High-quality stainless steel material ensures strong resilience and long service life after repeated compression.
Superior Corrosion Resistance - Resists oxidation, moisture and temperature changes, adapting to complex automotive working environments.
Space-Saving Compact Structure - Miniature and integrated design, perfect for densely arranged automotive electronic components.
Customizable Spring Performance - Contact pressure and elastic stroke can be adjusted according to your actual assembly needs.
Smooth & Burr-Free Surface - Fine deburring treatment ensures safe assembly and stable contact conduction.
Custom Structural Design - Support single-finger, multi-finger and special-shaped contact structures with customized mounting holes and bending angles.
Multiple Plating Options - Tin plating, nickel plating, silver plating and gold plating are available to enhance conductivity and wear resistance.
Flexible Production Capacity - Support prototype trial, small-batch customization and high-volume progressive die mass production.

Technical Parameters

Parameter	Specification
Product Name	Stainless Steel Spring Contact Clip
Product Type	Electrical Contact Spring / Spring Terminal Clip
Main Material	SS301 / SS304 Stainless Steel
Optional Materials	Phosphor Bronze / Beryllium Copper / Copper Alloy
Material Thickness	0.1-2.0 mm, fully customizable
Size	Customized Length & Width per drawing
Spring Force	Customized based on application requirements
Contact Structure	Single Finger / Multi-Finger / Custom Shape
Processing Technology	Precision Stamping, Punching, Bending, Forming
Tolerance	Up to ±0.01 mm according to design
Surface Treatment	Passivation / Tin Plating / Nickel Plating / Silver Plating / Gold Plating
Edge Processing	Full Deburring & Smooth Finishing
Tooling Type	Progressive Die / Compound Die / Custom Stamping Die
Application	Automotive Electronics, Sensors, PCB, Battery Systems, Connectors
Inspection Standard	Dimensional, Visual & Functional Testing
OEM / ODM	Fully Supported
Lead Time	7-30 Days, depends on tooling & quantity
Packaging	PE Bag / Tray / Reel / Export Carton / Customized

Final material, thickness, spring force, tolerance and surface treatment will be confirmed according to your drawings and actual application scenarios.

Wide Applications

Automotive Electronic Systems

Automotive Connector Assemblies

Used inside connector housings and terminal components to provide stable elastic contact pressure, ensuring precise and durable electrical connection.

Battery & Power Modules

Suitable for battery contact structures and power conductive terminals. The stable spring force guarantees continuous and reliable contact during long-term use.

PCB & Precision Electronic Equipment

Compact stamped structure fits limited PCB installation space, compensating for assembly errors and maintaining stable grounding and conduction performance.

Our Manufacturing Strength

We support multiple materials and surface processes to meet different needs of automotive vibration resistance, corrosion resistance and high conductivity.

Strict Quality Control

We implement full-process quality inspection:

Raw material verification
First piece confirmation
Full dimension detection
Spring elasticity test
Surface finish inspection
Burr check
Functional assembly test
Batch sampling inspection

We can also formulate exclusive inspection standards according to your automotive industry specifications to ensure product stability and consistency.

Why Choose Our Spring Contact Clips?

Stable elastic performance - Optimized spring structure, anti-fatigue and vibration-resistant for long-term automotive use
Reliable electrical conductivity - Optional plating process improves contact effect and avoids poor connection
100% customizable - Size, elasticity, structure and surface treatment fully tailored to your design
Automotive-grade manufacturing experience - Familiar with high-standard requirements for vehicle electronic components
Flexible production - Support sample trial, small batch and large-scale mass production

FAQ

Q1: Can you customize spring contact clips according to our drawings?

Yes. We provide full OEM/ODM customization services. We can produce according to your 2D drawings, 3D CAD files or physical samples.

Q2: What materials are available for selection?

We commonly use SS301 and SS304 stainless steel. For higher conductivity requirements, phosphor bronze and beryllium copper are also available.

Q3: Can the spring contact force be adjusted?

Absolutely. We adjust the material thickness, bending angle and spring arm length to customize the contact pressure and elastic stroke you need.

Q4: Do you support plated surface treatment?

Yes. Tin plating, nickel plating, silver plating and gold plating are optional to improve conductivity, oxidation resistance and wear resistance.

Q5: Can you provide samples for testing?

Yes. We provide prototype samples for your dimensional assembly and functional testing before mass production.

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