Unveiling Material Secrets with Advanced Metallurgical Technology

Our Advanced Analytical Tools

Scanning Electron Microscope-Energy Dispersive Spectroscopy (SEM-EDS):

This instrument can magnify images at the nanometer level and analyze the chemical composition of materials with high precision. It is ideal for examining cracks, damage, or contamination at the microscopic level.

Example problems analyzed: Analyzing the causes of machine part fractures, inspecting coating quality, analyzing material contamination.

Optical Microscope and Digital Microscope:

These instruments are used to examine the microstructure of materials using light. They are ideal for inspecting grain size, phases, and particle distribution.

Example problems analyzed: Inspecting the microstructure of cast iron, inspecting heat treatment quality, measuring metal grain size.

Laser Microscope:

This instrument uses laser light to create three-dimensional images of material surfaces. It is ideal for measuring surface roughness, smoothness, and shape.

Example problems analyzed: Measuring workpiece surface roughness, inspecting mold surface smoothness, measuring small part shapes.

Glow Discharge Optical Emission Spectroscopy (GDOES):

This instrument is used for in-depth chemical composition analysis of materials. It is ideal for analyzing coatings, hardening, and element distribution in materials.

Example problems analyzed: Analyzing coating thickness, analyzing alloying element distribution in metals, analyzing surface hardening.

X-Ray Fluorescence Spectrometer (XRF):

This instrument is used for non-destructive chemical composition analysis of materials. It is ideal for inspecting raw material quality, metal sorting, and contamination analysis.

Example problems analyzed: Inspecting raw metal material quality, sorting metal alloys, analyzing material contamination.

Electron Probe Microanalyzer (EPMA):

This instrument is used for high-precision chemical composition analysis at the microscopic level. It is ideal for analyzing element distribution in materials, phase analysis, and contamination analysis.

Example problems analyzed: Analyzing alloying element distribution in metals, analyzing phases in metal alloys, analyzing microscopic contamination.

Why Choose Thai Parker?

State-of-the-art equipment: We have a wide range of the most advanced analytical tools to ensure you receive accurate and reliable analysis results.

Expert team: Our team consists of experienced and knowledgeable metallurgical experts ready to provide advice and solve your problems.

Comprehensive services: We offer comprehensive material analysis services, from sample preparation to analysis and consultation.

Speed and accuracy: We understand that time is of the essence. Therefore, we are committed to providing fast and accurate services so that you can use the analysis results promptly.

Experience Professional Material Analysis

We is pleased to provide material analysis services, whether you send your samples for analysis or rent our equipment for self-inspection. Contact us today for consultation and a quote.