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JH5064A
Conductive tape is also called electrostatic conduction tape, high-voltage resin hose electrostatic conduction strip, cable signal line shielding tape, is made of conductive polyethylene or conductive polyurethane film, mainly used for high-voltage resin hose and various hydraulic oil pipe line electrostatic conduction, in addition, also used for various signal cable and wire outer layer shielding.
• Mainly used for high-voltage resin hose and various hydraulic oil pipe line electrostatic conduction.
• Also used for various signal cable and wire outer layer shielding.
Model | Item | General square resistance（Ω/Sq） | Thickness（μm） | Width（mm） | Length（m） | （℃） | Can be Glued |
JH7064 | PE Conductive Tape | 120~50000 | 40~200 | 5~80 | Customized | -70~90 | Yes |
JH7964 | PI Conductive Tape | 80~90/150~160/160~200/800~1000 | 30~50 | 5~80 | Customized | -200~260 | Yes |
JH8064 | PU Conductive Tape | 10~1000 | 40~200 | 5~80 | Customized | -40~120 | Yes |
JH8064S | Silver Coated Conductive Tape | 0.02~5 | 40~200 | 5~80 | Customized | -40~120 | Yes |
1. What are the primary uses of this conductive tape?
Haouger Tech conductive tape is primarily used for electromagnetic interference (EMI) shielding, electrostatic discharge (ESD) grounding, temporary circuit repairs, and conductive connections between electronic components. Typical applications include:
Grounding internal shielding enclosures in laptops and smartphones
EMI wrapping of signal cables
Grounding connections for workbenches or anti-static mats
Repairing or jumpering battery tabs and flexible printed circuits (FPCs)
2. Is the tape single-sided or double-sided conductive? What material is the conductive layer made of?
We offer two types: single-sided conductive and double-sided conductive:
Single-sided conductive tape: The base material is copper foil or conductive fabric, with a conductive acrylic pressure-sensitive adhesive applied to the back; the adhesive layer is also conductive.
Double-sided conductive tape: The base material is conductive foam or non-woven fabric, with conductive adhesive applied to both sides, allowing simultaneous bonding of two surfaces that need to be electrically connected.
Common specifications: Copper foil thickness 0.03 mm to 0.1 mm, conductive fabric thickness 0.05 mm to 0.2 mm, conductive adhesive layer resistance ≤ 0.1 Ω/cm².
3. What are the tape’s electrical conductivity properties? What is the surface resistance?
Our conductive tape offers excellent conductivity:
Copper foil substrate: Surface resistance ≤ 0.05 Ω/sq
Conductive fabric substrate: Surface resistance ≤ 0.1 Ω/sq
Conductive adhesive layer (single- or double-sided): Volume resistance ≤ 0.1 Ω/cm², shear resistance ≤ 1 Ω/cm²
It meets most ESD grounding (≤ 10⁶ Ω) and EMI shielding (shielding effectiveness ≥ 60 dB @ 1 GHz) requirements.
4. Will the tape fail in high-temperature or humid environments?
We use heat-resistant acrylic conductive adhesive with an operating temperature range of -40°C to +120°C. After 500 hours in a dual-85 test (85°C/85% RH), the tape retains good conductivity and adhesion (peel strength reduction ≤ 20%). For higher temperature requirements (e.g., 150°C), we can customize conductive tape with a polyimide (PI) substrate.
5. Can the tape be used outdoors or in exposed environments? Is it waterproof?
Copper foil and conductive fabric substrates are not inherently waterproof, but our tapes can be provided with anti-oxidation treatments (such as nickel- or tin-plating on the copper foil surface) to prevent oxidation and discoloration. If waterproofing and moisture resistance are required, we recommend selecting aluminum foil conductive tape or applying a protective coating to the tape surface. The standard version is suitable for indoor, dry environments; for outdoor use, please consult us regarding customized waterproof solutions.
6. How can I ensure good grounding performance with the tape? Are other materials required?
To ensure low-resistance grounding:
The bonding surface must be clean, dry, and free of oil or grease (wipe with isopropyl alcohol).
The tape should cover ≥ 80% of the surface area of the grounded metal (e.g., chassis, copper busbar), avoiding air bubbles.
We recommend adding a metal crimp terminal to the end of the tape or securing it with a screw to prevent increased resistance caused by adhesive creep.
We can provide matching grounding clamps or copper braided straps.
7. Can you provide die-cutting into specific shapes? What is the minimum order quantity?
Yes. We offer precision die-cutting services and can cut the tape into circular, square, or irregular shapes according to drawings, with a tolerance of ±0.1mm.
Engineering samples: 10–50 pieces (a nominal die-cutting fee applies)
Mass production: Minimum order quantity of 1,000 pieces (depending on dimensional complexity)
Standard rolls (uncut): Minimum order quantity of 1 roll (width 10mm–500mm, length 10m–50m).
8. Can this tape be used in reflow or wave soldering?
It cannot be used directly in reflow soldering because the pressure-sensitive adhesive layer softens and loses its tackiness at temperatures above 150°C. If you require a conductive bonding solution that withstands soldering processes, we recommend using anisotropic conductive film (ACF) or conductive silver paste. Our conductive tape is suitable for post-solder reinforcement or low-temperature assembly (< 100°C).
9. Does the tape comply with RoHS/REACH environmental requirements?
Yes. All batches have passed RoHS 2.0 (testing for ten hazardous substances) and REACH SVHC (Substances of Very High Concern ≤ 0.1%) certification, and are halogen-free (chlorine and bromine content < 900 ppm). Third-party test reports are available upon request.
