About Tape for PCB manufacturing
Item No.:IT-9000
Application: Use on Manufacturing of printed circuit board
Advantages - Excellent resistance to heat, solvents and radiation, as well as good performance in electrical insulation
- Used as masking protection on printed circuit board during the wave soldering process and various high-temperature processing. Free of adhesive residue.
- Complying with ROHS standard
Standard length: 33m 66m
Item No.:ET-9000
Application: Use on manufacturing of printed circuit board
Advantages:
- High resistance to heat and chemicals; Good performance in electrical insulation, adhesion and clinging as well
- Mainly used on the electroplating and soldering process of printed circuit board: Providing protection from pollutants like electroplating liquid and vapor and masking protection during the soldering process.
- Complying with ROHS standard
Standard length: 33m 66m
Item No.:ME-9000
Application: Use on manufacturing of printed circuit board
Advantages
- High resistance to heat and solvent; Good performance in adhesion and clinging; free of adhesive residue and permeating of tin.
- Masking protection during soldering process of printed circuit board and various high-temperature processing. Also ideal for the purpose of indication
- Complied to ROHS and restriction on halogen standard
Standard length: 33m
Reliable High-Temperature ProtectionOur silicone adhesive polyimide tape withstands temperatures up to 260C, making it a superior choice for wave soldering and PCB masking. It efficiently shields sensitive components and circuits from heat and solder while ensuring clean removal without residue.
Versatile Sizing and CustomizationAvailable in a range of standard widths6 mm, 12 mm, 24 mm, 50 mmor tailored to your specifications, this tape suits diverse PCB panel sizes and manufacturing requirements. Each roll measures 33 meters, supporting both small-scale and high-volume production.
Exceptional Durability and SafetyThe tape boasts high tensile strength, excellent peel adhesion, and UL94 V-0 flame retardancy. Its polyimide film base ensures robust insulation, while resistance to solvents and high voltage endurance make it reliable for electronic and industrial uses.
FAQs of Tape for PCB manufacturing:
Q: How is this silicone adhesive tape applied in PCB manufacturing processes?
A: This tape is typically used for masking and insulation tasks during PCB manufacturing, especially in wave soldering and coil insulation. It adheres securely to circuit boards or components, protecting them from solder, heat, and chemicals, and peels away cleanly after processing.
Q: What benefits does silicone adhesive tape offer over acrylic-based alternatives for PCB masking?
A: Silicone adhesive provides superior temperature resistance (up to 260C) and excellent peel strength, allowing for residue-free removal even after exposure to high heat. It also demonstrates excellent solvent resistance, ensuring effective performance in demanding PCB environments.
Q: When should I replace or dispose of unused tape rolls?
A: For optimal performance, use tape within 12 months of purchase and store it between 10-30C. If the tape has passed its shelf life or shows any signs of degradation, such as reduced adhesion or hardening, it should be replaced.
Q: Where can this tape be used besides wave soldering and PCB masking?
A: In addition to PCB-related processes, this tape is suitable for coil insulation, high-temperature masking in electrical assemblies, and applications requiring high insulation resistance and flame retardancy (UL94 V-0 standard).
Q: What is the process for ordering custom width or panel size for this tape?
A: Custom width or panel size orders can be fulfilled by contacting us with your specific requirements. Our team will ensure the tape is slit or cut to your requested dimensions, facilitating streamlined integration into your manufacturing workflow.
Q: How does the tapes flame resistance benefit users in electronics production?
A: The tapes UL94 V-0 flame-retardant rating ensures it self-extinguishes quickly if exposed to flame, providing an added layer of safety during high-temperature PCB manufacturing and reducing the risk of fire-related damages.