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Description

Semiconductor and Electronics

Advanced semiconductor materials exhibit superior thermal, electrical, and optical properties that enable their use in high-temperature and high-pressure situations as well as high-frequency operations. The properties of these materials make them perfect for use in power electronics and high-frequency communication systems, as well as optoelectronic devices.

CD BioSciences-Advanced Materials stands as a top provider of advanced materials solutions. Our company specializes in offering innovative material products and accompanying services to customers across the globe. We have a team of professionals who are dedicated to developing high-performance materials for the electronics industry to satisfy its evolving requirements. Clients gain access to advanced technology applications that propel electronic innovation through our research and development as well as testing services.

Our Research Subjects

Semiconductors can be divided into two categories according to the application: front-end wafer fabrication materials and back-end packaging materials. We can develop and test the following types of materials for our clients.

Types	Examples	Main Uses
Wafer Fabrication Materials	Silicon Wafer	Silicon wafers are used as substrates for wafer fabrication.
	CMP Polishing Fluids and Pad	CMP polishing fluids and pads for large area planarization by chemical reaction and physical polishing.
	High Purity Chemical	High-purity chemicals for wet wafer fabrication.
	Electronic Gase	Electronic gases can be used for oxidation, reduction, and debinding.
	Compound Semiconductor	Compound semiconductors are the next generation of semiconductor materials.
	Photoresist	The photoresist is the key material for transferring the pattern on the mask plate to the wafer.
	Sputtering Target	Sputtering targets are used to prepare thin films for chips, which can be placed precisely by magnetic control.
Packaging Materials	Package Substrate	Package substrates protect the chip, provide physical support, connect the chip to the board, and prevent heat dissipation.
	Leadframe	Leadframes protect the chip, provide physical support, and connect the chip to the board.
	Bonding Wire	Bonding wires are used to make the chip and leadframe.
	Ceramic Encapsulant	The ceramic encapsulant is an insulating material.

Importance of Semiconductor Materials

The Cornerstone of Modern Information Technology: Semiconductors form the backbone of the modern information society while finding extensive applications across advanced technological domains, including semiconductor chips, smart cars, smart grids, 5G communications, aerospace, and health care.

The Core of Electronic Equipment: Semiconductor advanced materials enable electronic device production, which forms the foundation of modern industry while remaining integral to everyday life.

Driving Factor for Industrial Transformation and Upgrading: The outstanding properties of third-generation semiconductor materials in optoelectronics and power electronics, as well as microwave radio frequencies, have driven industrial transformation and modernization.

Applications

We can provide comprehensive material solutions for the following industries.

Computing: These materials serve as essential components for microprocessors and memory chips, which enable the functionality of personal computers as well as servers and supercomputers.
Telecommunications: Through semiconductors, smartphones, routers, and communication satellites achieve functionality that allows for wireless communication and data transmission capabilities.
Consumer Electronics: Televisions, gaming consoles, and wearables need semiconductor components to function properly.
Renewable Energy: Silicon-based solar cells and other semiconductor-based solar devices transform sunlight into electrical power to support sustainable energy solutions.
Automotive: Semiconductor technology enables ADAS, electric vehicles, and infotainment systems to achieve superior functionality and safety.
Industrial: Industrial applications of semiconductors in automation and robotics enable enhanced efficiency and precision throughout manufacturing processes.
Medical Devices: Semiconductors play a fundamental role in healthcare through their use in diagnostic equipment, imaging devices, and monitoring systems that enhance patient care and treatment results.

Our Services

Fig.1 3D printing solution based on advanced materials.

Wafer Fabrication Materials R&D Services

Fig.2 Our nanomaterials integration technology.

New Display Materials R&D Services

Fig.3 Our additive manufacturing simulation technology.

Electronic Equipment Thermal Conductive Materials R&D Services

Fig.4 Extraction and purification of natural ingredients for cosmetics.

Electronic Packaging Materials R&D Services

Fig.5 Our cosmetic chemical raw material innovation services.

Surface Treatment of Semiconductor Material

Fig.6 Our new cosmetic packaging materials R&D services.

Electrical Characterization of Semiconductor Materials

Fig.7 Our cosmetic formulation development services.

Failure Point Localization Analysis of Semiconductor Materials

Fig.8 Our cosmetic safety evaluation services.

Semiconductor Material Reliability Testing Services

Fig.9 Our cosmetic efficacy testing services.

Wafer Testing Services

Our Capabilities

Advanced Materials Development

Our capabilities include the creation of new compounds and nanostructured materials with composite structures that improve semiconductor electrical performance.

Electronics Solutions

Our electronic systems incorporate integrated sensors together with microcontrollers and power management systems to deliver efficient solutions.

Semiconductor Manufacturing

Through our expertise in lithography, etching, doping and chemical vapor deposition (CVD) techniques we develop intricate circuit designs on silicon wafers.

Characterization and Testing

Through the application of microscopy alongside electrical characterization methods we perform extensive testing and analysis across various material characteristics and their performance levels.

CD BioSciences-Advanced Materials specializes in providing customized advanced materials products and services to the semiconductor and electronics industries. With a team of experts dedicated to innovation, we provide customized solutions utilizing the latest technologies to meet the unique needs of each project. If you are interested in our services, please feel free to contact us or make an online inquiry.

For Research or Industrial Raw Materials, Not For Personal Medical Use!