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Custom Aluminum Progressive Stamping Parts with Zinc-Nickel-Chromium Electroplating and ±0.05mm Tolerance Control for OEM/ODM Applications
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Custom Aluminum Progressive Stamping Parts with Zinc-Nickel-Chromium Electroplating and ±0.05mm Tolerance Control for OEM/ODM Applications
  • name
  • name
  • name

Custom Aluminum Progressive Stamping Parts with Zinc-Nickel-Chromium Electroplating and ±0.05mm Tolerance Control for OEM/ODM Applications

MOQ: 1000PCS
Price: Negotiable
Standard Packaging: Carton ,bubble Bag , Plastic Box
Delivery Period: 15-30 Days
Payment Method: T/T
Supply Capacity: Small Orders Accepted
Detail Information
Product Description
Detail Information
Place of Origin
CN
Brand Name
METS
Manufacturing Process:
Precision Metal Stamping
Origin:
China
Size:
Customized
Hardness:
As Required
Tolerance Control:
±0.05mm
Cavity:
One Row
Service:
OEM/ODM
Productname:
Sheet Metal Progressive Die
Minimum Order Quantity:
1000PCS
Price:
Negotiable
Packaging Details:
Carton ,bubble Bag , Plastic Box
Delivery Time:
15-30 Days
Payment Terms:
T/T
Supply Ability:
Small Orders Accepted
Highlight:

Zinc-Nickel-Chromium Electroplating Custom Aluminum Progressive Stamping Parts

,

±0.05mm Tolerance Control Precision Metal Stamping Components

,

OEM/ODM Customization Sheet Metal Progressive Die

Product Description
Custom Aluminum Progressive Stamping Parts with Zinc-Nickel-Chromium Electroplating for Electronic Components
METS provides customized precision metal stamping parts for electronic components, combining progressive die stamping, aluminum sheet metal forming, and application-specific surface finishing. Our manufacturing solutions are designed for customers who require consistent dimensions, customized geometries, reliable assembly performance, and repeatable production quality.
Custom aluminum progressive stamping parts can incorporate punched holes, slots, tabs, bends, embossing, and other features according to customer drawings or samples. By integrating multiple operations into a progressive die, suitable components can be manufactured through a continuous production process, improving production efficiency and dimensional consistency.
For applications requiring enhanced surface appearance or corrosion protection, a zinc-nickel-chromium-related electroplating system may be considered. However, aluminum requires appropriate surface preparation, and the proposed coating structure must be compatible with the substrate and application.
Custom aluminum progressive stamping parts for electronic components
Key Product Features
  • Custom Aluminum Stamping: Components produced according to approved drawings, samples, and CAD files
  • Progressive Die Manufacturing: Multiple punching and forming operations integrated where suitable for the part design
  • Precision Electronic Components: Customized metal parts with defined hole positions, profiles, bends, and mounting features
  • Application-Specific Surface Treatment: Plating and compatible finishing options evaluated according to substrate and performance requirements
  • OEM/ODM Customization: Tailored dimensions, material specifications, surface finishes, and packaging
  • Production-Oriented Engineering: Design review and tooling planning to support repeatability and manufacturing efficiency
Technical Specifications
Parameter Specification
Product Name Custom Aluminum Progressive Stamping Parts
Application Electronic Components, Electrical Assemblies, Industrial Hardware
Base Material Aluminum and aluminum alloys; specific grade subject to confirmation
Alternative Materials Stainless Steel, Carbon Steel, Copper, Brass, subject to design requirements
Material Thickness Customized according to drawing and forming requirements
Manufacturing Process Progressive Die Stamping, Punching, Blanking, Bending, Forming
Tooling Type Progressive Die, Compound Die, Customized Stamping Tool
Part Geometry Custom holes, slots, tabs, bends, profiles, and mounting features
Surface Treatment Proposed zinc-nickel-chromium-related plating system, subject to substrate and process validation
Coating Structure To be confirmed according to the agreed plating specification
Coating Thickness Defined according to customer requirements and the validated process
Dimensional Tolerance According to drawing, part geometry, and verified manufacturing capability
Quality Inspection Dimensional, visual, coating appearance, and specified performance tests
Customization OEM / ODM
Drawing Formats PDF, DWG, DXF, STEP, IGES, or other agreed formats
Production Volume Prototype, small batch, and volume production, subject to project review
Packaging Protective packaging, cartons, pallets, or customized solutions
Quotation Based on material, tooling, finishing, quantity, inspection, and delivery requirements
Product Advantages
Precision Progressive Die Stamping
Progressive dies can perform multiple operations as sheet material advances through successive stations. For suitable designs, this helps reduce repeated handling, improve production efficiency, and maintain consistent component geometry.
Lightweight Aluminum Construction
Aluminum alloys are widely used where low weight, formability, and application-specific mechanical performance are important. The appropriate alloy and temper should be selected according to forming complexity, strength requirements, conductivity needs, and service environment.
Customized Electronic Component Geometry
Metal stamping can produce customized mounting features, slots, tabs, profiles, and formed sections. Critical dimensions are identified during drawing review to support assembly compatibility and repeatable production.
Surface Finish Tailored to the Application
A specified electroplating system may be used to meet appearance, corrosion protection, contact, or other functional requirements. Coating selection must account for the base material, operating environment, dimensional impact, and relevant performance standards.
Production Efficiency and Repeatability
For components with repeated features and suitable production volumes, progressive die manufacturing can provide an efficient production route. Tooling design, material consistency, die maintenance, and inspection planning all contribute to stable output.
OEM/ODM Manufacturing Flexibility
METS evaluates custom projects based on customer drawings, samples, technical specifications, and target quantities. The manufacturing route can be reviewed to balance tooling investment, part performance, and total production cost.
Applications
Custom aluminum progressive stamping parts may be used in a variety of electronic and industrial applications, depending on their geometry, material properties, and required surface performance.
  • Electronic Components: Metal mounting components, stamped housings and covers, internal support and retaining parts, customized sheet metal components for electronic assemblies
  • Electrical Equipment: Mounting tabs and support hardware, enclosure-related metal components, customized stamped brackets, parts requiring a specified surface finish
  • Automotive Electronics: Electronic assembly brackets, lightweight stamped support components, custom metal mounting features, application-specific electronic hardware
  • Industrial Equipment: Precision mounting components, lightweight formed metal parts, customized stamped covers and supports, hardware components manufactured to customer drawings
  • Consumer Electronics and Appliances: Internal metal supports, small stamped brackets, customized mounting and fastening components, sheet metal parts for assembly integration
The final application suitability depends on material grade, electrical and mechanical requirements, coating performance, and applicable industry standards.
Custom Order Process
Step 1 — Submit Your Requirements
Provide 2D drawings, 3D CAD files, material grade, thickness, target quantity, and application details.
Step 2 — Engineering Review
We review the component geometry, progressive die feasibility, critical dimensions, and surface-treatment requirements.
Step 3 — Confirm the Plating Specification
Define the substrate, pretreatment, coating layer sequence, coating thickness, appearance, and required performance tests.
Step 4 — Quotation and Tooling Plan
Pricing and lead time are evaluated according to tooling, material, stamping process, finishing, inspection, and quantity.
Step 5 — Tooling and Sample Development
After project confirmation, tooling and sample production are planned according to the agreed scope.
Step 6 — Validation and Approval
Samples are reviewed against the approved drawing and surface-treatment specification.
Step 7 — Production and Shipment
Approved parts are manufactured, inspected, packed, and shipped according to the agreed order requirements.
Frequently Asked Questions
Q1: Can you manufacture custom aluminum progressive stamping parts?
Yes. METS can evaluate aluminum stamping projects based on customer drawings, samples, CAD files, and technical specifications. The tooling method and manufacturing feasibility are confirmed during engineering review.
Q2: What aluminum alloys can be considered?
Possible options include common aluminum alloys such as 5052, 6061, and 6063, subject to part geometry and availability. The most suitable alloy depends on formability, strength, conductivity, and the intended surface treatment.
Q3: Can aluminum stamping parts receive zinc-nickel-chromium electroplating?
Potentially, but aluminum requires an appropriate pretreatment and a compatible plating process. The exact coating structure and feasibility must be confirmed with the finishing supplier based on the alloy, performance requirements, and intended environment.
Q4: What does zinc-nickel-chromium electroplating mean?
The term may describe different combinations of zinc-nickel alloy coatings, nickel layers, chromium-based finishes, or conversion treatments. To avoid ambiguity, the coating specification should clearly identify the layer sequence, composition, thickness, and required performance.
Q5: Can you customize coating thickness and corrosion resistance?
Requirements can be reviewed and specified for the project. The achievable coating thickness and corrosion performance depend on the substrate, pretreatment, coating system, geometry, and validated process. Required test standards and acceptance criteria should be agreed before production.
Tags: 

progressive die tooling,  

progressive die components,  

progressive stamping tool

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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
Custom Aluminum Progressive Stamping Parts with Zinc-Nickel-Chromium Electroplating and ±0.05mm Tolerance Control for OEM/ODM Applications
  • name
  • name
  • name
Custom Aluminum Progressive Stamping Parts with Zinc-Nickel-Chromium Electroplating and ±0.05mm Tolerance Control for OEM/ODM Applications
MOQ: 1000PCS
Price: Negotiable
Standard Packaging: Carton ,bubble Bag , Plastic Box
Delivery Period: 15-30 Days
Payment Method: T/T
Supply Capacity: Small Orders Accepted
Detail Information
Product Description
Detail Information
Place of Origin
CN
Brand Name
METS
Manufacturing Process:
Precision Metal Stamping
Origin:
China
Size:
Customized
Hardness:
As Required
Tolerance Control:
±0.05mm
Cavity:
One Row
Service:
OEM/ODM
Productname:
Sheet Metal Progressive Die
Minimum Order Quantity:
1000PCS
Price:
Negotiable
Packaging Details:
Carton ,bubble Bag , Plastic Box
Delivery Time:
15-30 Days
Payment Terms:
T/T
Supply Ability:
Small Orders Accepted
Highlight

Zinc-Nickel-Chromium Electroplating Custom Aluminum Progressive Stamping Parts

,

±0.05mm Tolerance Control Precision Metal Stamping Components

,

OEM/ODM Customization Sheet Metal Progressive Die

Product Description
Custom Aluminum Progressive Stamping Parts with Zinc-Nickel-Chromium Electroplating for Electronic Components
METS provides customized precision metal stamping parts for electronic components, combining progressive die stamping, aluminum sheet metal forming, and application-specific surface finishing. Our manufacturing solutions are designed for customers who require consistent dimensions, customized geometries, reliable assembly performance, and repeatable production quality.
Custom aluminum progressive stamping parts can incorporate punched holes, slots, tabs, bends, embossing, and other features according to customer drawings or samples. By integrating multiple operations into a progressive die, suitable components can be manufactured through a continuous production process, improving production efficiency and dimensional consistency.
For applications requiring enhanced surface appearance or corrosion protection, a zinc-nickel-chromium-related electroplating system may be considered. However, aluminum requires appropriate surface preparation, and the proposed coating structure must be compatible with the substrate and application.
Custom aluminum progressive stamping parts for electronic components
Key Product Features
  • Custom Aluminum Stamping: Components produced according to approved drawings, samples, and CAD files
  • Progressive Die Manufacturing: Multiple punching and forming operations integrated where suitable for the part design
  • Precision Electronic Components: Customized metal parts with defined hole positions, profiles, bends, and mounting features
  • Application-Specific Surface Treatment: Plating and compatible finishing options evaluated according to substrate and performance requirements
  • OEM/ODM Customization: Tailored dimensions, material specifications, surface finishes, and packaging
  • Production-Oriented Engineering: Design review and tooling planning to support repeatability and manufacturing efficiency
Technical Specifications
Parameter Specification
Product Name Custom Aluminum Progressive Stamping Parts
Application Electronic Components, Electrical Assemblies, Industrial Hardware
Base Material Aluminum and aluminum alloys; specific grade subject to confirmation
Alternative Materials Stainless Steel, Carbon Steel, Copper, Brass, subject to design requirements
Material Thickness Customized according to drawing and forming requirements
Manufacturing Process Progressive Die Stamping, Punching, Blanking, Bending, Forming
Tooling Type Progressive Die, Compound Die, Customized Stamping Tool
Part Geometry Custom holes, slots, tabs, bends, profiles, and mounting features
Surface Treatment Proposed zinc-nickel-chromium-related plating system, subject to substrate and process validation
Coating Structure To be confirmed according to the agreed plating specification
Coating Thickness Defined according to customer requirements and the validated process
Dimensional Tolerance According to drawing, part geometry, and verified manufacturing capability
Quality Inspection Dimensional, visual, coating appearance, and specified performance tests
Customization OEM / ODM
Drawing Formats PDF, DWG, DXF, STEP, IGES, or other agreed formats
Production Volume Prototype, small batch, and volume production, subject to project review
Packaging Protective packaging, cartons, pallets, or customized solutions
Quotation Based on material, tooling, finishing, quantity, inspection, and delivery requirements
Product Advantages
Precision Progressive Die Stamping
Progressive dies can perform multiple operations as sheet material advances through successive stations. For suitable designs, this helps reduce repeated handling, improve production efficiency, and maintain consistent component geometry.
Lightweight Aluminum Construction
Aluminum alloys are widely used where low weight, formability, and application-specific mechanical performance are important. The appropriate alloy and temper should be selected according to forming complexity, strength requirements, conductivity needs, and service environment.
Customized Electronic Component Geometry
Metal stamping can produce customized mounting features, slots, tabs, profiles, and formed sections. Critical dimensions are identified during drawing review to support assembly compatibility and repeatable production.
Surface Finish Tailored to the Application
A specified electroplating system may be used to meet appearance, corrosion protection, contact, or other functional requirements. Coating selection must account for the base material, operating environment, dimensional impact, and relevant performance standards.
Production Efficiency and Repeatability
For components with repeated features and suitable production volumes, progressive die manufacturing can provide an efficient production route. Tooling design, material consistency, die maintenance, and inspection planning all contribute to stable output.
OEM/ODM Manufacturing Flexibility
METS evaluates custom projects based on customer drawings, samples, technical specifications, and target quantities. The manufacturing route can be reviewed to balance tooling investment, part performance, and total production cost.
Applications
Custom aluminum progressive stamping parts may be used in a variety of electronic and industrial applications, depending on their geometry, material properties, and required surface performance.
  • Electronic Components: Metal mounting components, stamped housings and covers, internal support and retaining parts, customized sheet metal components for electronic assemblies
  • Electrical Equipment: Mounting tabs and support hardware, enclosure-related metal components, customized stamped brackets, parts requiring a specified surface finish
  • Automotive Electronics: Electronic assembly brackets, lightweight stamped support components, custom metal mounting features, application-specific electronic hardware
  • Industrial Equipment: Precision mounting components, lightweight formed metal parts, customized stamped covers and supports, hardware components manufactured to customer drawings
  • Consumer Electronics and Appliances: Internal metal supports, small stamped brackets, customized mounting and fastening components, sheet metal parts for assembly integration
The final application suitability depends on material grade, electrical and mechanical requirements, coating performance, and applicable industry standards.
Custom Order Process
Step 1 — Submit Your Requirements
Provide 2D drawings, 3D CAD files, material grade, thickness, target quantity, and application details.
Step 2 — Engineering Review
We review the component geometry, progressive die feasibility, critical dimensions, and surface-treatment requirements.
Step 3 — Confirm the Plating Specification
Define the substrate, pretreatment, coating layer sequence, coating thickness, appearance, and required performance tests.
Step 4 — Quotation and Tooling Plan
Pricing and lead time are evaluated according to tooling, material, stamping process, finishing, inspection, and quantity.
Step 5 — Tooling and Sample Development
After project confirmation, tooling and sample production are planned according to the agreed scope.
Step 6 — Validation and Approval
Samples are reviewed against the approved drawing and surface-treatment specification.
Step 7 — Production and Shipment
Approved parts are manufactured, inspected, packed, and shipped according to the agreed order requirements.
Frequently Asked Questions
Q1: Can you manufacture custom aluminum progressive stamping parts?
Yes. METS can evaluate aluminum stamping projects based on customer drawings, samples, CAD files, and technical specifications. The tooling method and manufacturing feasibility are confirmed during engineering review.
Q2: What aluminum alloys can be considered?
Possible options include common aluminum alloys such as 5052, 6061, and 6063, subject to part geometry and availability. The most suitable alloy depends on formability, strength, conductivity, and the intended surface treatment.
Q3: Can aluminum stamping parts receive zinc-nickel-chromium electroplating?
Potentially, but aluminum requires an appropriate pretreatment and a compatible plating process. The exact coating structure and feasibility must be confirmed with the finishing supplier based on the alloy, performance requirements, and intended environment.
Q4: What does zinc-nickel-chromium electroplating mean?
The term may describe different combinations of zinc-nickel alloy coatings, nickel layers, chromium-based finishes, or conversion treatments. To avoid ambiguity, the coating specification should clearly identify the layer sequence, composition, thickness, and required performance.
Q5: Can you customize coating thickness and corrosion resistance?
Requirements can be reviewed and specified for the project. The achievable coating thickness and corrosion performance depend on the substrate, pretreatment, coating system, geometry, and validated process. Required test standards and acceptance criteria should be agreed before production.
Tags: 

progressive die tooling,

progressive die components,

progressive stamping tool

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