Gold Finger Tape
Polyimide (PI) composite high-temp tape — crisp, no curl, rated 200–260°C. No residue on removal, precise masking. Dedicated for PCB gold finger electroplating protection, spray masking and high-temp process protection.
Key Features
- Rated 200–260°C for high-temp processes
- Crisp, no curl, precise masking
- Easy tear, convenient operation
- High masking precision, reliable protection
Applications
PCB gold finger protection · Electroplating masking · Spray masking · High-temp process protection
Material Tags
Technical Parameters
| Substrate | Polyimide (PI) composite |
|---|---|
| Temperature | 200–260 °C |
| Thickness | 0.06–0.15 mm |
| Residue | None |
| Feature | No curl / Easy tear |
| Application | PCB gold finger / Electroplating / Spray |
| Die-Cutting Tolerance | ±0.10 mm |
Frequently Asked Questions about Gold Finger Tape
Common questions about die-cutting and material selection for this product
What Temperature Can PI Polyimide Tape Withstand?
PI (polyimide) tape withstands 260°C long-term and 300°C short-term. Using silicone adhesive, it leaves no residue and doesn't lift at high temperatures — the preferred material for SMT reflow soldering and wave soldering masking. Common thickness 0.05-0.08mm, available in amber and black (black variant also usable for optical light blocking).
What are the special requirements for gold finger tape die-cutting?
Gold finger tape protects the gold finger area during PCB soldering. Requirements: high dimensional accuracy (±0.05 mm) to cover exactly without overflow; no residue after removal that affects conductivity; chemical resistance to withstand plating and cleaning. Common materials: PI polyimide tape or PET red high-temp tape.
What if high-temp masking tape leaves residue after removal?
Residue is usually from adhesive mismatched to temperature. Solutions: confirm temperature stays within rated range (acrylic adhesive residues above 150°C); switch to silicone adhesive (e.g., PI tape, no residue at 260°C); limit heating time; remove while hot — cooling makes residue more likely.
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