MATERIALS SCIENCE

New materials such as ultra-fine particles, optical catalysts, hybrid materials and polymer gels are attracting the attention of research and development. In order to show the characteristics of these new materials, not only are manufacturing and forming processes important, but so are the analytical skills and analytic technologies that evaluate them. HORIBA contributes to the growth of the industry by supporting the development of cutting-edge materials based on the latest analysis systems and application development.

The following analytical and instrumental techniques are used in Surface Science, please click on the squares for further information.

 

Alloy Coatings on Steel

 

       

Bulk Analysis

 

         

Correlation Chemistry / Optical Properties (Absorption=f(Concentration))

           

DLC for Read-Write Heads in Disc Drives

     

   

Electrical Coatings used as Electrical Contacts (Like Electrochemically Deposited Ones)

 

         

Enamel Coating on Ceramics

 

         

Characterization of Glass Surfaces and Coatings on Glasses

 

   

Interfaces, Solid-Liquid

           

Ion Implantation

 

 

   

ITO Films

   

 

Langmuir Blodgett Films

     

   

Organic Materials / Chemistry

           

Oxidation / Passivation / Corrosion

 

   

Paints and Pigments

   

       

Polymer Coating

       

   

Powder Coatings

   

       

Powders

 

         

PVD / CVD / Hard Coatings

 

 

 

 

To Monitor Quality of Paints, Plastics, Polymer, Optical Brighteners and Phosphor Coatings

           

Rubber Layer on Stainless Steel

 

         

Self Assembling Monolayers

     

   

Steel Surfaces

 

       

Surface Chemistry

         

 

Surface Depth Profile Analysis of Hard Disk

 

       

Surface Property Improvement for Better Tribological Properties, Corrosion Resistance

           

Toner Industry

   

 
 
AFM-RAMAN
AFM-RAMAN
Model: XploRA Nano Xem tiếp

Main application

  • 1D, 2D materials (Graphene, MoS2...)
  • Polymers, organic molecules
  • Stress in semiconductors

Raman-AFM co-localization image of graphene
* Tip-Enhanced Raman Spectroscopy

Tags: materials, raman

FLUORESCENCE SPECTROMETER
FLUORESCENCE SPECTROMETER
Model: Nanolog Xem tiếp

Main application

  • Carbon nanotubes chirality and diameters
  • Carbon nanotubes luminescence mechanism
  • Quantum dot size adjustment
  • Luminous efficiency of nano-materials

3-D matrix of SWCNT

 

Tags: materials, fluorescence

ELLIPSOMETER
ELLIPSOMETER
Model: UVISEL 2 Xem tiếp

Main application

  • Thickness, optical constants
  • Material / surface modification
  • Roughness, porosity
  • Gradient layer, interface
  • Transmission, reflectivity curve

Micro spot on graphene with patented vision system

Tags: materials, ellipsometry

Main application

  • Defects analysis on nano materials
  • Heterogeneity image analysis in nano scale
  • Carrier concentration characterization of nano semiconductor
  • Nano material growth mechanism studies

GaN nano pyramid image with CL. The pseudocolor is showing the variation in composition in the 350–450 nm emission range.

Tags: materials, cathadoluminescence

GLOW DISCHARGE-OES
GLOW DISCHARGE-OES
Model: GD Profiler 2 Xem tiếp

Main application

  • Quality control of LED chips
  • Coating analysis of new seminconductors
  • Surface coating analysis of hard disks, glass, ceramics, etc.

Compositional depth profile of an LED chip

Tags: elemental, LED, semicondutor

X RAY ANALYTICAL MICROSCOPE
X RAY ANALYTICAL MICROSCOPE
Model: XGT-5200/7200 Xem tiếp

Main application

  • Inorganics
  • Semiconductors
  • Additives in plastics
  • Multi-layer thickness analysis
  • Internal structure and voids

Mapping of a filled polymer shows the distribution of Calcium Silicate with small particles of Iron.

Tags: materials, XRF

PT. HORIBA Indonesia

Ruko Jalur Sutera Jl. Jalur Sutera Blok 20 A No. 16-17 Tangerang, Banten 15144, Indonesia

Tel: +62 (21) 30448525
Fax: +62 (21) 30448521
Email: info-sci.id@horiba.com