| Sign In | Join Free | My entremaqueros.com |
|
| Company Info. |
| Shenzhen Huayihai Technology Co., Ltd. |
| Verified Supplier |
| View Contact Details |
| Product List |
Huayihai fabricates custom high-frequency PCBs on low-loss laminates including Rogers, PTFE, Nelco, and hybrid constructions. Boards are built according to customer Gerber files for RF and microwave applications where dielectric properties and impedance accuracy directly affect performance.
High-frequency fabrication at Huayihai combines low-loss materials with controlled impedance at ±5% tolerance and 3/3 mil fine-line capability, supporting both pure RF designs and mixed constructions that combine Rogers or PTFE layers with FR-4.
Custom Manufacturing Only
We fabricate high-frequency PCBs according to customer Gerber files and technical specifications. We do not supply ready-made or standard stock boards.
Item | Specification |
Base Material | Rogers, PTFE, Nelco, FR-4, hybrid Rogers + FR-4 (per customer requirement) |
Layer Count | Per customer requirement (2 – 64 layer capability) |
Trace Width / Spacing | 3/3 mil (prototype and volume production) |
Impedance Tolerance | ±5% |
Board Thickness | 0.2 – 17.5 mm |
Minimum Mechanical Drill | 0.1 mm |
Max Board Size | 610 × 1100 mm |
Surface Finish | ENIG, Im Sn, Im Ag, OSP (per customer requirement) |
Manufacturing | Custom production per customer requirements |
High-frequency PCB performance depends on material handling and impedance accuracy. Huayihai fabricates RF boards with dedicated process control for low-loss laminates, from drilling parameters to copper roughness management.
Key fabrication elements include:
High-frequency PCBs serve signal integrity–critical applications:
Q1: Which high-frequency materials does Huayihai process?
Rogers, PTFE, Nelco, and hybrid constructions combining RF laminates with FR-4.
Q2: Can impedance be controlled for RF traces?
Yes, controlled impedance with ±5% tolerance.
Q3: Can RF and digital sections share one board?
Yes, hybrid stack-ups combine RF laminates with FR-4 on a single board.
Q4: What surface finish is recommended for RF boards?
ENIG is the most common choice; Im Sn, Im Ag, and OSP are also available.
Q5: What is the standard lead time?
3–5 working days for PCB prototypes and batches, after file review is complete.
Need custom high-frequency PCBs on Rogers or PTFE laminates?
Send us your Gerber files and specifications for a quotation. Learn more at nexuspcba.com.
|