Portable Metal Hardness Tester MHT-3

features of the Portable Metal Hardness Tester MHT-3:

• On-Site Hardness Testing: Ideal for fieldwork and on-site inspection of large and fixed components such as turbines, pressure vessels, and heavy-duty machinery.

• Quality Control in Manufacturing: Used in production environments to ensure materials meet required hardness specifications during or after processing.

• Inspection of Installed Components: Effective for testing the hardness of installed parts where traditional bench-top testers cannot be used.

• Maintenance & Repair Assessment: Evaluates wear and hardness changes in used mechanical parts like gears, shafts, and bearings to determine serviceability.

• Material Identification: Helps identify and verify different metals and alloys by comparing hardness values.

• Heat Treatment Verification: Ensures consistency and effectiveness of heat treatment processes by comparing pre- and post-treatment hardness.

• Automotive & Aerospace Industries: Used for testing critical components like engine parts, structural assemblies, and metallic coatings.

• Tool and Die Testing: Measures hardness of dies, molds, and cutting tools to assess performance and wear resistance.

Application of uses : 

• On-Site Hardness Testing: Ideal for fieldwork and on-site inspection of large and fixed components such as turbines, pressure vessels, and heavy-duty machinery.

• Quality Control in Manufacturing: Used in production environments to ensure materials meet required hardness specifications during or after processing.

• Inspection of Installed Components: Effective for testing the hardness of installed parts where traditional bench-top testers cannot be used.

• Maintenance & Repair Assessment: Evaluates wear and hardness changes in used mechanical parts like gears, shafts, and bearings to determine serviceability.

• Material Identification: Helps identify and verify different metals and alloys by comparing hardness values.

• Heat Treatment Verification: Ensures consistency and effectiveness of heat treatment processes by comparing pre- and post-treatment hardness.

• Automotive & Aerospace Industries: Used for testing critical components like engine parts, structural assemblies, and metallic coatings.

• Tool and Die Testing: Measures hardness of dies, molds, and cutting tools to assess performance and wear resistance.