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High-Strength Precision Brass Stamping Parts with Reliable Electrical Conductivity for Industrial Connectors
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High-Strength Precision Brass Stamping Parts with Reliable Electrical Conductivity for Industrial Connectors
  • name
  • name
  • name

High-Strength Precision Brass Stamping Parts with Reliable Electrical Conductivity for Industrial Connectors

MOQ: 10000pcs
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
CN
Brand Name
METS
Process:
Brass Sheet Metal Stamping
Tolerances:
0.02mm
Thicknessrange:
0.1mm - 3.0mm
Species:
Copper Sheet
Thickness:
0.1 Mm – 1.5 Mm
Quality Control:
100% Inspection Before Delivery
Sizes:
According To Customers' Request
Customization:
OEM / ODM Supported
Minimum Order Quantity:
10000pcs
Packaging Details:
Wooden crate packaging, moisture and shock resistant, each mold set packed separately
Delivery Time:
25-35 work days
Highlight:

High Mechanical Strength Brass Stamping Parts

,

Reliable Electrical Conductivity Brass Connector Components

,

Precision Stamping Brass Electrical Contacts

Product Description
High-Strength Custom Brass Stamping Parts for Industrial Connectors
METS manufactures High-Strength Custom Brass Stamping Parts for Industrial Connectors, providing precision-formed conductive components for demanding electrical, electronic, industrial automation, automotive, and equipment applications.
High-strength brass stamping parts for industrial connectors
Key Product Advantages
  • High Mechanical Strength for demanding industrial connector applications
  • Reliable Electrical Conductivity for stable current transmission
  • Precision Stamping for repeatable component dimensions
  • Excellent Formability for complex connector geometries
  • Progressive Die Production for efficient high-volume manufacturing
  • Custom Dimensions & Shapes based on customer drawings
  • Multiple Surface Finishes for conductivity, corrosion resistance, and solderability
  • Stable Batch-to-Batch Quality for automated assembly
  • OEM/ODM Manufacturing from prototype to mass production
Technical Parameters
Parameter Specification
Product Name High-Strength Custom Brass Stamping Parts
Application Industrial Connectors / Terminal Blocks / Electrical Contacts
Material Brass / Copper Alloy
Common Brass Grades C26000 / C26800 / C28000
Other Materials C11000 / Customized Copper Alloys
Material Thickness 0.1-3.0 mm
Stamping Process Progressive Die / Compound Die / Single Die / Transfer Die
Forming Process Punching / Blanking / Bending / Forming / Coining
Part Shape Flat / U-Shaped / L-Shaped / 3D Formed / Customized
Dimensional Tolerance Up to ±0.01 mm depending on design
Surface Finish Natural Brass / Tin / Nickel / Gold / Silver / Anti-Oxidation
Heat Treatment Annealing / Stress Relieving Available
Hardness Customized According to Application
Tooling Material DC53 / SKD11 / SKD61 / Customized Tool Steel
Tooling Type Precision Progressive Die / Compound Die
Production Volume Prototype / Small Batch / Mass Production
Inspection Dimensional / Visual / Functional Inspection
OEM/ODM Available
Packaging Carton / Wooden Case / Tray / Customized
Delivery Typically 7-35 Days Depending on Tooling & Order
Compliance RoHS / REACH Available Upon Request
Final specifications are confirmed according to the customer's drawing, material grade, part geometry, tolerance, production quantity, and application requirements.
Precision Brass Stamping Manufacturing Capability
METS combines stamping die design, tooling manufacturing, precision stamping, and quality inspection to provide a complete manufacturing solution for customized brass connector components. Our manufacturing capability is particularly suitable for industrial connectors requiring consistent dimensions, repeatable forming, and stable high-volume production.
Progressive Die Stamping
Progressive die technology allows multiple operations to be completed through different stations as the brass strip moves continuously through the tooling. This manufacturing method is particularly suitable for industrial connector parts where production quantities are high and dimensional consistency is critical.
Typical operations include:
  • Piercing
  • Blanking
  • Bending
  • Forming
  • Coining
  • Cutting-Off
Precision Tooling
METS has an in-house engineering and tooling capability covering:
2D / 3D die design
DFM analysis
Progressive die design
Compound die design
CNC machining
Wire EDM
Grinding
Die assembly
Tool trial and adjustment
Production die maintenance
High-Volume Production
For customers requiring continuous supply of industrial connector components, progressive stamping provides an efficient method for producing large quantities of identical parts. METS's published product information lists production capabilities of up to 100,000 pieces/month for certain customized brass stamping products, with actual capacity determined by part complexity, material thickness, tooling configuration, and production requirements.
Company Production Strength
Integrated Tooling and Stamping Factory
METS was established in Xiamen in 2006 and specializes in mould design, mould manufacturing, precision metal stamping, electrical components, automotive components, electronics, and other customized stamped products. Unlike a supplier that only performs stamping production, METS integrates the key stages of the manufacturing process:
  • Engineering
  • Tool Design
  • Tool Manufacturing
  • Trial Stamping
  • Inspection
  • Mass Production
  • Surface Treatment
  • Packaging
Our Manufacturing Strengths
Precision Tooling
Custom progressive and compound dies engineered according to part geometry, material properties, production quantity, and required tolerances.
Brass & Copper Alloy Expertise
Different brass and copper alloys selected according to conductivity, hardness, strength, corrosion resistance, and forming requirements.
Complex Connector Geometry
Manufacturing stamped components involving multiple holes, slots, bends, embossed features, contact surfaces, and formed structures.
High-Volume Manufacturing
Progressive die stamping suitable for repeat orders and high-volume industrial connector production.
Engineering Support
Engineers review drawings before tooling production to identify potential issues related to manufacturability.
Quality Control
Inspection covering raw materials, tooling components, first articles, dimensions, surface condition, and production samples.
Industrial Connector Applications
High-strength custom brass stamping parts can be used in a wide range of industrial electrical and electronic systems.
Industrial Connectors
Brass stamped contacts and terminals for industrial connector systems requiring reliable mechanical retention and electrical conductivity.
Terminal Blocks
Custom stamped brass conductive components for integration into terminal blocks, distribution systems, and industrial control equipment.
PCB Connectors
Precision contact terminals and connector blades for PCB interconnection applications.
Power Connectors
Brass and copper stamped components for power connection systems where conductivity and mechanical strength are both important.
Automotive Connectors
Customized brass terminals and contact components for automotive wiring systems, sensors, control modules, and electrical assemblies.
Industrial Automation
Connector terminals and conductive stamped components for PLC systems, control cabinets, sensors, relays, switches, and automation equipment.
Electrical Equipment
Applications include circuit protection equipment, switchgear, control panels, electrical cabinets, relays, and industrial machinery.
Cooperative Cases & Application Experience
METS has existing manufacturing experience with brass connector stamping parts, electrical contact components, socket pins, terminal connectors, contact blades, and progressive stamping tooling.
Case 1 - Brass Connector Stamping Parts for Sockets
METS manufactures customized brass connector stamping parts for socket applications using precision metal forming and progressive die technology. The component design can incorporate:
  • Precision punched holes
  • Formed contact sections
  • Multiple bends
  • Customized dimensions
  • Electrical contact surfaces
  • High-volume continuous production
Case 2 - Brass Electrical Connector Terminals
METS has developed progressive stamping tooling for brass electrical connector terminals used in power and timer connector applications. This type of tooling is suitable for components requiring:
  • Stable contact geometry
  • Consistent terminal dimensions
  • Multiple stamping operations
  • Continuous strip feeding
  • High-volume production
Case 3 - Brass Contact Plugs, Socket Pins & Jacks
METS also manufactures brass precision stamped electrical contact components such as plug contacts, socket pins, and jacks. These applications demonstrate METS's experience in manufacturing small precision conductive components where dimensional accuracy and contact geometry are important.
Why Industrial Connector Manufacturers Choose Custom Brass Stamping
Designed Around the Connector
Industrial connector components often require more than simple flat stamping. Contact points, locking features, holes, slots, bends, and formed sections must work together within the final assembly. METS develops the stamping process around the complete component geometry rather than treating each feature as an isolated operation.
Strength + Conductivity
Brass provides a practical balance of mechanical strength, electrical conductivity, corrosion resistance, and formability, making it suitable for many industrial connector applications. Material hardness can also be considered during the engineering stage when the component requires higher retention force or specific forming characteristics.
Consistent Production
For connector manufacturers with recurring production requirements, progressive stamping provides repeatable processing across large quantities. A properly engineered progressive die can integrate several operations into one continuous process, reducing manual handling and improving production consistency.
Customized Surface Treatment
Different connector applications may require different surface characteristics. Available options include:
Tin Plating
For solderability and electrical applications.
Nickel Plating
For improved surface durability and corrosion resistance.
Gold Plating
For applications requiring high-quality contact surfaces.
Silver Plating
For applications requiring enhanced electrical conductivity.
Anti-Oxidation Treatment
For improved surface stability during storage and service.
Professional Marketing Description
Stronger Brass Components for Demanding Industrial Connections

Industrial connectors operate in environments where mechanical strength, electrical conductivity, dimensional consistency, and long-term reliability all matter. A brass stamping part may look simple, but its performance depends on the combination of material properties, tooling accuracy, forming sequence, contact geometry, and surface condition.
METS approaches each project from a complete manufacturing perspective. Our engineering team analyzes the customer's component design and determines an appropriate combination of material, stamping method, tooling structure, forming sequence, tolerance control, and surface treatment.
For high-volume connector components, progressive die stamping can combine multiple manufacturing operations into one continuous production process. This helps achieve consistent geometry while reducing unnecessary manual operations.
For industrial connector manufacturers, the goal is not simply to receive stamped brass parts. The goal is to receive stable components that fit the assembly, maintain the required contact geometry, withstand mechanical loading, and perform consistently throughout production.
METS supports this objective from the first drawing review through tooling development, sample approval, mass production, inspection, and shipment.
From Drawing to Production
  • Your Drawing
  • DFM Review
  • Precision Die Design
  • Tool Manufacturing
  • Trial Stamping
  • Sample Approval
  • Mass Production
  • Inspection
  • Delivery
Whether you need a customized terminal, connector contact, conductive plate, socket component, or another brass stamped part, METS can develop the manufacturing process around your application.

Send us your drawing or sample and let our engineering team evaluate your brass stamping project.
Custom OEM / ODM Brass Stamping Service
METS supports customized industrial connector components according to customer drawings, samples, and technical specifications.
Customization Options
Material grade
Material thickness
Part dimensions
Hole and slot geometry
Bend angle
Forming height
Contact geometry
Hardness
Surface treatment
Plating type
Plating thickness
Dimensional tolerance
Packaging
Production quantity
Customer Files We Accept
2D CAD Drawings | 3D CAD Models | Physical Samples | Product Specifications | Reference Photos
Our engineers can review your design before tooling production and provide feedback on manufacturability, stamping sequence, material selection, and tooling requirements.
Quality Control
Quality is controlled throughout the manufacturing process rather than only at final inspection.
Quality Control Process
  • Raw Material Inspection - Verify material grade, thickness, and basic material requirements
  • Tooling Inspection - Inspect critical die components and tooling dimensions before production
  • First Article Inspection - Measure the first stamped parts against the approved drawing
  • In-Process Inspection - Monitor critical dimensions and forming features during production
  • Final Inspection - Check dimensions, appearance, burrs, surface condition, quantity, and packaging requirements
Packaging & Delivery
Finished brass stamping parts can be packaged according to component size, surface finish, production quantity, and customer requirements.
Available Packaging Options
Export Cartons
Wooden Cases
Plastic Trays
Protective Bags
Bulk Packaging
Customized Packaging
Customer-Defined Labels
For sensitive plated or precision connector components, protective packaging can be used to minimize scratching, deformation, oxidation, and contamination during transportation.
FAQ
1. What brass materials can you use for industrial connector stamping?
Common materials include C26000, C26800, C28000, and C11000, as well as other customer-specified brass and copper alloys. Material selection depends on conductivity, hardness, strength, forming requirements, and application conditions.
2. What thickness can you stamp?
METS's published customized brass stamping range is approximately 0.1 - 3.0 mm. Specific thickness capability depends on the alloy, component geometry, tolerance, and stamping process.
3. Can you manufacture brass connector parts according to our drawing?
Yes. METS provides OEM/ODM manufacturing based on 2D drawings, 3D CAD files, physical samples, or technical specifications.
4. Which stamping process is suitable for industrial connectors?
For high-volume components with multiple holes, bends, and forming features, progressive die stamping is often suitable. Compound dies, single-die stamping, or transfer processes can also be considered depending on the part structure.
5. Can you manufacture high-strength brass stamping parts?
Yes. Material grade and hardness can be selected according to the required mechanical strength, contact force, forming characteristics, and application environment.
Tags: 

brass metal stamping,  

stamped sheet metal parts,  

metal stamping brass

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Products
PRODUCTS DETAILS
Products

Metal Stamping Dies

Sheet Metal Progressive Die

Sheet Metal Bending Dies

Metal Stamping Parts

Brass Stamping Parts

Stator Core Laminations

Terminal Block Parts

Deep Drawing Die

Metal Forming Dies

Automotive Stamping Dies

Metal Stamping Mold

PV Cable Clips

Spring
High-Strength Precision Brass Stamping Parts with Reliable Electrical Conductivity for Industrial Connectors
  • name
  • name
  • name
High-Strength Precision Brass Stamping Parts with Reliable Electrical Conductivity for Industrial Connectors
MOQ: 10000pcs
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
CN
Brand Name
METS
Process:
Brass Sheet Metal Stamping
Tolerances:
0.02mm
Thicknessrange:
0.1mm - 3.0mm
Species:
Copper Sheet
Thickness:
0.1 Mm – 1.5 Mm
Quality Control:
100% Inspection Before Delivery
Sizes:
According To Customers' Request
Customization:
OEM / ODM Supported
Minimum Order Quantity:
10000pcs
Packaging Details:
Wooden crate packaging, moisture and shock resistant, each mold set packed separately
Delivery Time:
25-35 work days
Highlight

High Mechanical Strength Brass Stamping Parts

,

Reliable Electrical Conductivity Brass Connector Components

,

Precision Stamping Brass Electrical Contacts

Product Description
High-Strength Custom Brass Stamping Parts for Industrial Connectors
METS manufactures High-Strength Custom Brass Stamping Parts for Industrial Connectors, providing precision-formed conductive components for demanding electrical, electronic, industrial automation, automotive, and equipment applications.
High-strength brass stamping parts for industrial connectors
Key Product Advantages
  • High Mechanical Strength for demanding industrial connector applications
  • Reliable Electrical Conductivity for stable current transmission
  • Precision Stamping for repeatable component dimensions
  • Excellent Formability for complex connector geometries
  • Progressive Die Production for efficient high-volume manufacturing
  • Custom Dimensions & Shapes based on customer drawings
  • Multiple Surface Finishes for conductivity, corrosion resistance, and solderability
  • Stable Batch-to-Batch Quality for automated assembly
  • OEM/ODM Manufacturing from prototype to mass production
Technical Parameters
Parameter Specification
Product Name High-Strength Custom Brass Stamping Parts
Application Industrial Connectors / Terminal Blocks / Electrical Contacts
Material Brass / Copper Alloy
Common Brass Grades C26000 / C26800 / C28000
Other Materials C11000 / Customized Copper Alloys
Material Thickness 0.1-3.0 mm
Stamping Process Progressive Die / Compound Die / Single Die / Transfer Die
Forming Process Punching / Blanking / Bending / Forming / Coining
Part Shape Flat / U-Shaped / L-Shaped / 3D Formed / Customized
Dimensional Tolerance Up to ±0.01 mm depending on design
Surface Finish Natural Brass / Tin / Nickel / Gold / Silver / Anti-Oxidation
Heat Treatment Annealing / Stress Relieving Available
Hardness Customized According to Application
Tooling Material DC53 / SKD11 / SKD61 / Customized Tool Steel
Tooling Type Precision Progressive Die / Compound Die
Production Volume Prototype / Small Batch / Mass Production
Inspection Dimensional / Visual / Functional Inspection
OEM/ODM Available
Packaging Carton / Wooden Case / Tray / Customized
Delivery Typically 7-35 Days Depending on Tooling & Order
Compliance RoHS / REACH Available Upon Request
Final specifications are confirmed according to the customer's drawing, material grade, part geometry, tolerance, production quantity, and application requirements.
Precision Brass Stamping Manufacturing Capability
METS combines stamping die design, tooling manufacturing, precision stamping, and quality inspection to provide a complete manufacturing solution for customized brass connector components. Our manufacturing capability is particularly suitable for industrial connectors requiring consistent dimensions, repeatable forming, and stable high-volume production.
Progressive Die Stamping
Progressive die technology allows multiple operations to be completed through different stations as the brass strip moves continuously through the tooling. This manufacturing method is particularly suitable for industrial connector parts where production quantities are high and dimensional consistency is critical.
Typical operations include:
  • Piercing
  • Blanking
  • Bending
  • Forming
  • Coining
  • Cutting-Off
Precision Tooling
METS has an in-house engineering and tooling capability covering:
2D / 3D die design
DFM analysis
Progressive die design
Compound die design
CNC machining
Wire EDM
Grinding
Die assembly
Tool trial and adjustment
Production die maintenance
High-Volume Production
For customers requiring continuous supply of industrial connector components, progressive stamping provides an efficient method for producing large quantities of identical parts. METS's published product information lists production capabilities of up to 100,000 pieces/month for certain customized brass stamping products, with actual capacity determined by part complexity, material thickness, tooling configuration, and production requirements.
Company Production Strength
Integrated Tooling and Stamping Factory
METS was established in Xiamen in 2006 and specializes in mould design, mould manufacturing, precision metal stamping, electrical components, automotive components, electronics, and other customized stamped products. Unlike a supplier that only performs stamping production, METS integrates the key stages of the manufacturing process:
  • Engineering
  • Tool Design
  • Tool Manufacturing
  • Trial Stamping
  • Inspection
  • Mass Production
  • Surface Treatment
  • Packaging
Our Manufacturing Strengths
Precision Tooling
Custom progressive and compound dies engineered according to part geometry, material properties, production quantity, and required tolerances.
Brass & Copper Alloy Expertise
Different brass and copper alloys selected according to conductivity, hardness, strength, corrosion resistance, and forming requirements.
Complex Connector Geometry
Manufacturing stamped components involving multiple holes, slots, bends, embossed features, contact surfaces, and formed structures.
High-Volume Manufacturing
Progressive die stamping suitable for repeat orders and high-volume industrial connector production.
Engineering Support
Engineers review drawings before tooling production to identify potential issues related to manufacturability.
Quality Control
Inspection covering raw materials, tooling components, first articles, dimensions, surface condition, and production samples.
Industrial Connector Applications
High-strength custom brass stamping parts can be used in a wide range of industrial electrical and electronic systems.
Industrial Connectors
Brass stamped contacts and terminals for industrial connector systems requiring reliable mechanical retention and electrical conductivity.
Terminal Blocks
Custom stamped brass conductive components for integration into terminal blocks, distribution systems, and industrial control equipment.
PCB Connectors
Precision contact terminals and connector blades for PCB interconnection applications.
Power Connectors
Brass and copper stamped components for power connection systems where conductivity and mechanical strength are both important.
Automotive Connectors
Customized brass terminals and contact components for automotive wiring systems, sensors, control modules, and electrical assemblies.
Industrial Automation
Connector terminals and conductive stamped components for PLC systems, control cabinets, sensors, relays, switches, and automation equipment.
Electrical Equipment
Applications include circuit protection equipment, switchgear, control panels, electrical cabinets, relays, and industrial machinery.
Cooperative Cases & Application Experience
METS has existing manufacturing experience with brass connector stamping parts, electrical contact components, socket pins, terminal connectors, contact blades, and progressive stamping tooling.
Case 1 - Brass Connector Stamping Parts for Sockets
METS manufactures customized brass connector stamping parts for socket applications using precision metal forming and progressive die technology. The component design can incorporate:
  • Precision punched holes
  • Formed contact sections
  • Multiple bends
  • Customized dimensions
  • Electrical contact surfaces
  • High-volume continuous production
Case 2 - Brass Electrical Connector Terminals
METS has developed progressive stamping tooling for brass electrical connector terminals used in power and timer connector applications. This type of tooling is suitable for components requiring:
  • Stable contact geometry
  • Consistent terminal dimensions
  • Multiple stamping operations
  • Continuous strip feeding
  • High-volume production
Case 3 - Brass Contact Plugs, Socket Pins & Jacks
METS also manufactures brass precision stamped electrical contact components such as plug contacts, socket pins, and jacks. These applications demonstrate METS's experience in manufacturing small precision conductive components where dimensional accuracy and contact geometry are important.
Why Industrial Connector Manufacturers Choose Custom Brass Stamping
Designed Around the Connector
Industrial connector components often require more than simple flat stamping. Contact points, locking features, holes, slots, bends, and formed sections must work together within the final assembly. METS develops the stamping process around the complete component geometry rather than treating each feature as an isolated operation.
Strength + Conductivity
Brass provides a practical balance of mechanical strength, electrical conductivity, corrosion resistance, and formability, making it suitable for many industrial connector applications. Material hardness can also be considered during the engineering stage when the component requires higher retention force or specific forming characteristics.
Consistent Production
For connector manufacturers with recurring production requirements, progressive stamping provides repeatable processing across large quantities. A properly engineered progressive die can integrate several operations into one continuous process, reducing manual handling and improving production consistency.
Customized Surface Treatment
Different connector applications may require different surface characteristics. Available options include:
Tin Plating
For solderability and electrical applications.
Nickel Plating
For improved surface durability and corrosion resistance.
Gold Plating
For applications requiring high-quality contact surfaces.
Silver Plating
For applications requiring enhanced electrical conductivity.
Anti-Oxidation Treatment
For improved surface stability during storage and service.
Professional Marketing Description
Stronger Brass Components for Demanding Industrial Connections

Industrial connectors operate in environments where mechanical strength, electrical conductivity, dimensional consistency, and long-term reliability all matter. A brass stamping part may look simple, but its performance depends on the combination of material properties, tooling accuracy, forming sequence, contact geometry, and surface condition.
METS approaches each project from a complete manufacturing perspective. Our engineering team analyzes the customer's component design and determines an appropriate combination of material, stamping method, tooling structure, forming sequence, tolerance control, and surface treatment.
For high-volume connector components, progressive die stamping can combine multiple manufacturing operations into one continuous production process. This helps achieve consistent geometry while reducing unnecessary manual operations.
For industrial connector manufacturers, the goal is not simply to receive stamped brass parts. The goal is to receive stable components that fit the assembly, maintain the required contact geometry, withstand mechanical loading, and perform consistently throughout production.
METS supports this objective from the first drawing review through tooling development, sample approval, mass production, inspection, and shipment.
From Drawing to Production
  • Your Drawing
  • DFM Review
  • Precision Die Design
  • Tool Manufacturing
  • Trial Stamping
  • Sample Approval
  • Mass Production
  • Inspection
  • Delivery
Whether you need a customized terminal, connector contact, conductive plate, socket component, or another brass stamped part, METS can develop the manufacturing process around your application.

Send us your drawing or sample and let our engineering team evaluate your brass stamping project.
Custom OEM / ODM Brass Stamping Service
METS supports customized industrial connector components according to customer drawings, samples, and technical specifications.
Customization Options
Material grade
Material thickness
Part dimensions
Hole and slot geometry
Bend angle
Forming height
Contact geometry
Hardness
Surface treatment
Plating type
Plating thickness
Dimensional tolerance
Packaging
Production quantity
Customer Files We Accept
2D CAD Drawings | 3D CAD Models | Physical Samples | Product Specifications | Reference Photos
Our engineers can review your design before tooling production and provide feedback on manufacturability, stamping sequence, material selection, and tooling requirements.
Quality Control
Quality is controlled throughout the manufacturing process rather than only at final inspection.
Quality Control Process
  • Raw Material Inspection - Verify material grade, thickness, and basic material requirements
  • Tooling Inspection - Inspect critical die components and tooling dimensions before production
  • First Article Inspection - Measure the first stamped parts against the approved drawing
  • In-Process Inspection - Monitor critical dimensions and forming features during production
  • Final Inspection - Check dimensions, appearance, burrs, surface condition, quantity, and packaging requirements
Packaging & Delivery
Finished brass stamping parts can be packaged according to component size, surface finish, production quantity, and customer requirements.
Available Packaging Options
Export Cartons
Wooden Cases
Plastic Trays
Protective Bags
Bulk Packaging
Customized Packaging
Customer-Defined Labels
For sensitive plated or precision connector components, protective packaging can be used to minimize scratching, deformation, oxidation, and contamination during transportation.
FAQ
1. What brass materials can you use for industrial connector stamping?
Common materials include C26000, C26800, C28000, and C11000, as well as other customer-specified brass and copper alloys. Material selection depends on conductivity, hardness, strength, forming requirements, and application conditions.
2. What thickness can you stamp?
METS's published customized brass stamping range is approximately 0.1 - 3.0 mm. Specific thickness capability depends on the alloy, component geometry, tolerance, and stamping process.
3. Can you manufacture brass connector parts according to our drawing?
Yes. METS provides OEM/ODM manufacturing based on 2D drawings, 3D CAD files, physical samples, or technical specifications.
4. Which stamping process is suitable for industrial connectors?
For high-volume components with multiple holes, bends, and forming features, progressive die stamping is often suitable. Compound dies, single-die stamping, or transfer processes can also be considered depending on the part structure.
5. Can you manufacture high-strength brass stamping parts?
Yes. Material grade and hardness can be selected according to the required mechanical strength, contact force, forming characteristics, and application environment.
Tags: 

brass metal stamping,

stamped sheet metal parts,

metal stamping brass

Xiamen METS Industry & Trade Co., Ltd
102，No.42， Xibin Road,Xinglin，Jimei district,Xiamen,China,361022
Tel: 008613860452810
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