Double-Conductive Copper Foil Tape Samples Successfully Shipped to India – Free Samples Available Worldwide
Time:
2026-07-28 18:25
Source:
Dongguan Tino Electronic Material Co., Ltd. is pleased to announce the successful shipment of double-conductive copper foil tape samples to a valued customer in India. This sample delivery marks another step in supporting international cable manufacturers, electronics producers, EMI shielding solution providers, and industrial OEMs seeking high-performance conductive materials.
As global demand for reliable electromagnetic interference (EMI) shielding and grounding materials continues to grow, double-conductive copper foil tape has become an ideal choice for applications requiring excellent conductivity on both the copper surface and adhesive side.
Why Choose Double-Conductive Copper Foil Tape?
Our double-conductive copper foil tape is engineered for demanding industrial environments and offers:
- Excellent electrical conductivity on both sides
- High shielding effectiveness against EMI and RFI
- Strong conductive acrylic adhesive
- Outstanding adhesion to metals, plastics, and electronic components
- Easy die-cutting and custom conversion
- Excellent resistance to oxidation and aging
- Available in customized widths, thicknesses, lengths, and roll sizes
These features make it suitable for manufacturers looking for dependable conductive materials that improve product reliability and production efficiency.
Typical Applications
Double-conductive copper foil tape is widely used in:
- Wire and cable shielding
- Electronic device grounding
- Flexible circuit assemblies
- Battery pack connections
- Communication equipment
- Automotive electronics
- Medical devices
- Consumer electronics
- Industrial control systems
- EMI/RFI shielding projects
Whether you are developing new products or improving existing designs, our conductive copper foil tape provides consistent electrical performance and long-term reliability.
Sample Shipment to India
The recent shipment of samples to our Indian customer demonstrates our commitment to helping global partners evaluate product quality before placing volume orders. Every sample is carefully inspected to ensure it meets our strict quality standards.
We understand that selecting conductive materials requires confidence. Testing samples in your own production environment helps verify compatibility, conductivity, adhesion, and overall performance.
Request Free Samples
To help manufacturers evaluate our products with confidence, Dongguan Tino Electronic Material Co., Ltd. offers free samples of double-conductive copper foil tape for qualified business customers.
If you are sourcing materials for wire and cable manufacturing, EMI shielding, electronics assembly, or industrial applications, simply send us your requirements, including:
- Required thickness
- Width
- Roll length
- Application
- Quantity estimate
Our technical sales team will recommend the most suitable specification and arrange sample shipment as quickly as possible.
Why Work with Tino?
With years of manufacturing experience in wire and cable materials and industrial adhesive products, Tino provides:
- Stable product quality
- Factory-direct pricing
- OEM & customized production
- Fast international sample delivery
- Professional technical support
- Reliable global export experience
Our products are exported to customers across Asia, Europe, the Middle East, Africa, and the Americas, helping manufacturers improve production efficiency and product performance.
Contact Us Today
Looking for a reliable supplier of double-conductive copper foil tape?
Contact Dongguan Tino Electronic Material Co., Ltd. today to request your FREE sample and discover how our high-performance conductive materials can support your next project.
Free Samples Available | Custom Sizes Accepted | Worldwide Shipping
📧 Email: world@dilo-china.com
My Wechat: TlNO-Tina or 13694945590
WhatsApp:+86 13694945590
📦 Main Products: Copper foil, aluminum foil Mylar tape, PET film, polyimide composite film, mica tape, and related insulation materials.
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