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| Categories | Copper Base |
|---|---|
| Model Number: | cooper base |
| Material: | Copper Construction |
| Supply Ability: | 1000pcs/day |
| Mounting Method: | Bottom Plate Mounting Holes |
| Place of Origin: | China |
| Structure Type: | Multi-Point Contact Fixture Design |
| Payment Terms: | D/A,D/P,T/T |
| Base Structure: | Integrated Copper Base Plate |
| Customization: | Custom Contact Layout Available |
| Delivery Time: | 5 |
| Manufacturing Structure: | Copper Plate Bending & Assembly Structure |
| Packaging Details: | Packed in cartons |
| Application: | Electroplating & Metal Surface Treatment |
| Brand Name: | Krieit |
| Product Name: | Copper Electroplating Hanger |
| MOQ: | 500 |
| Contact Design: | Multiple Copper Contact Fingers |
| Company Info. |
| Jiangyin Rongjun Hardware Co. Ltd |
| Verified Supplier |
| View Contact Details |
| Product List |
In a vertical aluminum anodizing line, clamping stability does not depend on a single component. It depends on whether the production line beam, copper hanger, vertical anodizing clamp, and aluminum profile form a complete mechanical and conductive system.
This solution combines a Copper Hanger + Vertical Anodizing Clamp.
The copper hanger mounts and positions multiple vertical clamps on the production line beam while also forming part of the electrical connection. The vertical anodizing clamps then hold the aluminum profiles.
A typical copper hanger length is approximately 980–1000 cm (9.8–10 m), while length, mounting holes, clamp quantity, and spacing can be customized.
The system can be understood as:
Production Line Beam → Copper Hanger → Vertical Anodizing Clamp → Aluminum Profile
When customers experience unstable holding, inconsistent clamp positions, or electrical contact problems, they may first replace the clamp.
However, replacing only the clamp does not solve mismatches in the rest of the system.
Typical problems include:
This means the real issue is often system compatibility rather than individual clamp performance.
If each vertical clamp is installed individually, positional deviation may accumulate as clamp quantity increases.
A copper hanger can predefine:
This becomes particularly important on beams approaching 9.8–10 m.
The copper hanger does not directly clamp the aluminum profile.
The vertical anodizing clamp performs the final mechanical holding function.
The two components therefore solve different but connected tasks.
Copper Hanger:
mounts and positions the clamps.
Vertical Clamp:
holds the aluminum profile.
If these components do not match, the complete system will not work properly.
The electrical path can be understood as:
Power Supply → Beam → Copper Hanger → Vertical Anodizing Clamp → Aluminum Profile
The system must therefore control:
Mechanical and electrical functions must be designed together.
A better approach is to match the complete clamping system to the actual production line.
Typical copper hanger length:
980–1000 cm
or:
9.8–10 m
Final dimensions should be based on:
Confirm:
The system design should verify:
This reduces modification during installation.
The connection between hanger and clamp should allow:
This improves long-term maintenance reliability.
| Specification | Details |
|---|---|
| System Name | Vertical Anodizing Clamping System |
| Main Components | Copper Hanger + Vertical Anodizing Clamp |
| Typical Hanger Length | 980–1000 cm |
| Length Conversion | 9.8–10 m |
| Hanger Material | Copper |
| Installation Position | Vertical Anodizing Line Beam |
| Main Function | Clamp Mounting + Conductive Connection + Workpiece Holding |
| Customization | Length, holes, clamp quantity, spacing, structure |
| Workpiece | Aluminum Profiles |
For new production lines, the whole system can be defined during equipment design.
This allows engineers to confirm:
before manufacturing begins.
Automated lines require repeated:
Consistent clamp positions are therefore important.
A unified copper hanger provides a common mounting reference for multiple clamps.
Existing lines may need upgrades when:
In these cases, the hanger should be checked or redesigned rather than copied directly from the old line.
Different aluminum profile sizes may require different clamp layouts.
Customized hanger and clamp arrangements allow the system to match different production requirements.
Provide:
Important data include:
Different clamps may have different:
The actual clamp model should be confirmed before hanger design.
Consider:
Check:
Because they work together in actual production.
The hanger controls clamp positioning and electrical connection, while the vertical clamp holds the aluminum profile.
Separate designs may create interface mismatches.
Possibly, but the following must be checked:
Different clamp models should not be assumed to be interchangeable.
No.
It is a typical reference range.
Final hanger length should match the effective mounting length of the beam.
Yes, but the existing copper hanger should first be checked.
If mounting holes, center distance, or contact positions differ, the hanger should also be redesigned.
The most important parameters are:
Together, these define the compatibility of the complete system.
No.
It is suitable for automated lines as well as other vertical anodizing lines that require consistent clamp mounting and conductive connection.
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