02. Conductive fabric

Our conductive fabric is designed for use in various electronic devices, providing effective solutions for static electricity (ESD) protection and grounding applications. These materials come in multiple forms and are widely used in communication devices, computers, automatic control equipment, and mobile phones.

Key Features:

● Texture Types: Plain weave, grid weave.

● Colors: Available in silver-grey, black, and gold.

● Varieties: Copper-nickel conductive fabric, aluminum foil conductive fabric, carbon-coated conductive fabric, gold-coated conductive fabric, fiberglass conductive fabric.

● Thickness Options: 0.018T, 0.035T, 0.05T, 0.08T, 0.11T (customizable upon request).

● Surface Resistance: ≤0.03Ω.

● Flame Retardancy: Optional (up to 94V-0).

03. Polyimide film

Our High-Conductivity PI (Polyimide) film is engineered with a range of advanced features, including low electrical resistance, high shielding effectiveness, heat resistance, and solderability. This film is designed for use in complex electromagnetic environments, offering broad shielding bandwidth, low density, and superior thickness uniformity. It is also highly resistant to oxidation, making it ideal for applications in electronic communications, mobile devices, laptops, and electronic tags.

04. All directional conductive foam

The all-directional conductive foam is produced using advanced polymer composite foam technology, resulting in uniform cell size, softness, elasticity, and non-shedding properties. This foam evenly distributes to protect device pins and exhibits corrosion resistance, making it an ideal material for long-term device storage. Our latest research and development have produced all-directional conductive foam that can withstand temperatures up to 200°C.

Key Features:

● Temperature and Humidity Stability: The conductive foam is unaffected by temperature and humidity changes.

● Customizable Surface Resistance: Surface resistance values can be tailored to specific applications.

● Customizable Density: Density can be adjusted as needed.

● Adhesive Options: Available with double-sided adhesive or for use with other substrates.

● Thickness Options: Various thicknesses are available.

04. Conductive Rubber

Conductive Rubber is a flexible, high-performance material designed for effective EMI shielding. It offers excellent elasticity, strong durability, and reliable performance in various temperatures. Ideal for electronic applications, it can be customized in shape and thickness, making it a versatile choice for protecting sensitive components.

Features and Advantages:

● Excellent elasticity with a soft surface

● Superior EMI shielding effectiveness, exceeding 80dB

● High-temperature vulcanization ensures strong intermolecular bonding

● Material-saving and reduces labor and assembly time

● Eliminates the need for costly molds and supports rapid prototyping

● Available Shapes: Square, Half-Round, Triangle

05. Wave Absorption Materials

Soft magnetic composite magnetic sheets are made by uniformly mixing micron-sized flaky alloy magnetic powder with special resin and pressing them into a wide-band electromagnetic noise suppression sheet. These sheets exhibit excellent EMI noise suppression performance and are flexible and easy to apply. They can achieve broadband absorption and shielding from high frequencies of 1GHz to 40GHz, addressing the limitations of traditional silicone-based absorbing materials. Additionally, they can meet ultra-thin gap structure requirements, offering excellent thermal conductivity and good adhesion. The sheets can be easily applied and removed without leaving residue on the surface.

Applications:

● High-frequency noise absorption and shielding for communication industry chips.

● Noise suppression near high-frequency boards in special industrial control electronics.

● EMI noise reduction at high-frequency board locations.

● EMI shielding for ADAS smart driving chip locations.