TOPKING utilizes advanced rotary and flatbed die-cutting technology to transform our conductive materials into precision-engineered components. We manufacture customized shapes tailored to your specific project requirements, from simple grounding pads to intricate I/O shielding gaskets with internal cutouts.
By processing parts directly from your CAD drawings, we ensure tight tolerances (±0.1mm) and clean edges. All components are supplied on a release liner designed for efficient, automated assembly.
EMI Shielding Conductive Fabric Tape Material Selection Guide
We specialize in converting high-performance conductive materials into custom shielding gaskets. Select the ideal base material for your specific EMI/RFI suppression requirements:
Plain Weave Conductive Fabric Tape
- Best For: General-purpose shielding and grounding in tight spaces.
- Feature: Smooth surface ensures maximum contact area for low contact resistance.
Grid Weave Conductive Fabric Tape
- Best For: Cable wrapping and durable grounding points.
- Feature: Reinforced structure withstands friction and abrasion in harsh environments.
Black Conductive Fabric Tape
- Best For: Display modules and optical sensors.
- Feature: Provides effective EMI shielding while preventing light reflection and visual detection.
Why Choose Die-Cut Parts?
- Assembly Efficiency: Parts are supplied “kiss-cut” on a release liner. Operators simply peel and stick, significantly reducing labor time compared to manual cutting.
- Precision & Consistency: Computer-controlled cutting ensures every gasket is identical, with tight tolerances (±0.1mm) that guarantee perfect alignment on PCBs or housings.
- Complex Geometries: Capable of producing intricate shapes, internal cutouts (holes), and pull-tabs for easy liner removal.
TOPKING offers a full range of conductive fabric tapes with various thickness options. Whether you need single or double-sided adhesive, precision slit rolls, or custom die-cut gaskets, we can manufacture to your exact specifications. Contact us today for a quote.
