Structural Analysis

The material's structure refers to the way that its atoms, molecules, or macroscopic constituents are arranged and integrated. It is necessary for defining the physicomechanical qualities of the given material. Researching the structure of materials is important in solving the problems of the material properties, designing the materials, and developing new materials.

CD BioSciences-Advanced Materials has been developing and providing advanced materials and relevant services. We are proud to provide such solutions as material structure analysis on a great variety of devices and equipment. Our services cover environmental protection, cosmetics, space equipment, electronic devices, semiconductors, and materials for renewable energy. We assist in material development, quality control, and product improvement.

Our Services

Atomic Structure Analysis

Fig.1 Our microstructure analysis of metallic materials.

Atomic structure analysis refers to the analysis that encapsulates the atomic level organization within the materials and types of bonds, which may be metallic, ionic, or covalent formed by the atoms that are important to indicate the physical and chemical characteristics of materials. With the use of atomic modeling and high-resolution electron microscopy, we stand equipped with the ability to analyze the intricacies of details at the atomic scale, of both the interior and exterior of the material.

Our Technologies:

X-ray Photoelectron Spectroscopy (XPS): XPS is employed to determine the measurement of elemental composition and its chemical state on the surface of a material with high resolution and sensitivity and thus suitable for composition analysis on micro areas.

Auger Electron Spectroscopy (AES): The use of Auger Electron Spectroscopy is similar to XPS but majorly serves as a means for surface elemental analysis and renders qualitative and quantitative information on elements.

Atomic Force Microscopy (AFM): The AFM technique is used for imaging and determining the surface morphology and atomic level features of the material in question and is effective for nanoscale analysis.

Crystal Structure Analysis

Using our knowledge, we are able to decipher the order of atoms, molecules, or ions in a substance which aids the clients in understanding its properties. By combining advanced tools of crystal structure analysis, we can provide essential information such as lattice parameters, the volume of the unit cell, and the size or shape of the particles. Such data is useful for determining vital industrial characteristics of materials such as ductility, strength, and even electrical conductivity.

Our technologies:

X-ray Diffraction (XRD): The fundamental technology used in the study of crystal structures is XRD. From the position and intensity of the diffracted peaks, we determine the phase (structure) of the material and its lattice constants and lattice defects.

Electron Diffraction (ED): ED acts as a tool for the study of the crystal structure of ultrathin films and small particles. Also, is used in combination with Transmission Electron Microscopy (TEM) for higher resolution.

Neutron Diffraction (ND): ND is applicable in the study of the microstructure of materials and is most useful for light elements and complex materials.

Microstructure Analysis

We aid clients in the study of structural detail, grain size, phase uniformity, and interfaces between materials. Employing high-resolution electron microscopy facilitates compelling observation of nanoscale features located on the surface or inside the material, the patterns of their spatial distribution and aggregation states.

Our Technologies:

Scanning Electron Microscope (SEM): It is utilized for studying the surface morphology and microstructure of most materials inclusive of metals, ceramics, plastics materials, and many more.

Transmission Electron Microscope (TEM): Provides high-resolution pictures down to the atomic level and is good for examining the internal structure and defects of materials.

Electron Backscatter Diffraction (EBSD): In combination with SEM or TEM, EBSD is useful for examining the crystal orientation and structure of materials.

Atomic Probe (APT): It is employed for very high-resolution 3-D atomic analysis to determine the atomic arrangement and defect within the material.

Applications

Enhancing and Innovating Products

The study of material structures is essential for the development of new materials as well as the optimization of existing materials. Understanding atomics and microstructural details equips the researchers with the knowledge to design materials that can be aimed at having better strength, lower weight, or better thermal conduction.

Quality Control and Assurance

Structural analysis helps locate defects that might hinder the performance of a material. When structural analysis is applied in the quality control process of the material, it ensures that the material has good industry standards and specifications hence increasing the safety and reliability of the end product.

Material Failure Investigation and Mitigation

Investigation of the material structures is crucial in establishing the causes of failure of a material or component. Also, by observing the microstructure closely and by identifying factors such as wear, corrosion, or phase changes as significant factors, specialists can come up with ways to avoid such factors from recurring thus increasing the product lifespan.

Advanced Manufacturing Technology

Considering the evolution of the manufacturing processes, it is imperative to understand the structure of materials for purposes such as the use of high-end technologies that include 3D printing and nanotechnology. An understanding of the structure of the materials is necessary for improving these technologies as intricate shapes and new materials can be designed.

CD BioSciences-Advanced Materials is a well-known distributor of products and services related to advanced materials. Our aim is to analyze deeper into the structure of material to enable the optimization of product performance. We offer a variety of structural analysis services so that you do not have to worry about how to improve your R&D efficiency. For formal inquiries and quotations feel free to contact us directly.

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