Yamamoto Micro Structure Standard Kit
Want to see exactly what good surface treatments look like under the microscope? The Yamamoto Microstructure Kit Group 6 shows real samples with different surface modifications—like coatings, case hardening, or oxidation—complete with photos and explanations. Great for teaching, lab reference, or anyone who wants to understand how metal surfaces change under treatment.
Features
Group 6 focuses exclusively on surface-modified structures (coatings, hardened layers, oxidation, etc.), which helps users to study and distinguish metallurgical changes at or near the surface.
This kit is one group among six (others include carbon steels, tool steels, structural steels, non-ferrous alloys, abnormal structures), allowing comparative study and broader learning.
Specimens are prepared under precise heat treatment, polished, etched, and finished so that microstructural features are clear under microscopy.
Comes with a guide/manual that includes photographs, metallographic explanation for each sample, details of heat treatment, etc., making it ideal for learning sample prep, microscopy and pattern recognition.
Designed not just for academic purposes but also useful in industrial R&D labs and quality assurance, wherever microstructure verification or comparison is needed.
Overview
| Specification | Detail |
|---|---|
| Product Name | Yamamoto Standard Piece of Microstructures – Group 6: Surface Modification of Metals |
| Manufacturer | Yamamoto Scientific Tool Laboratory, Japan |
| Kit Belongs to | One of six microstructure groups (Group 1 through Group 7) |
| Number / Types of Specimens | The full Yamamoto standard microstructure set includes 170 metallic and heat-treated materials across all groups; Group 6 contains the specimens specific to surface modifications. |
| Included Documentation | Instruction manual / guidebook with properties, heat-treatment details, and photographic micrographs of each microstructure. |
| Typical Uses | Metallography education, microscopy training, QA / materials verification, comparison of metallurgical features, sample preparation practice. |









