
NM01CP3A
Pin Brinell Carbide Indenter. For use with either the CPIT or CPST Pin Brinell Portable, allows testing in the equivalent Brinell range of HB-350 up to HB-700. For values below HB-350 use CP-3 Regular Indenter. NEWAGE
This is a Pin Brinell Carbide Indenter manufactured by NEWAGE. It's designed for use with their CPIT or CPST Pin Brinell portable hardness testers. This specific indenter is intended for testing materials with a Brinell hardness range equivalent to HB-350 up to HB-700. For materials with hardness below HB-350, NEWAGE recommends using their CP-3 Regular Indenter.
Key Features:
Pin Brinell Indenter:
This type of indenter is used in portable Brinell hardness testing, which is a method for determining the hardness of materials.
Carbide Construction:
Tungsten carbide is a very hard and durable material, essential for indenters used in high-hardness testing.
This material is used for the indenter because of its ability to withstand the extreme pressures needed to indent very hard materials.
HB-350 to HB-700 Range:
This indenter is specifically designed for testing materials with a Brinell hardness in this range.
This is a high hardness range.
CPIT/CPST Compatibility:
It's compatible with NEWAGE CPIT and CPST portable Brinell hardness testers.
NEWAGE Manufacturer:
NEWAGE is a manufacturer of hardness testing equipment.
Distinction from CP-3:
The CP-3 regular indenter is used for lower Brinell hardness values.
Applications:
Hardened Steel Testing:
Testing the hardness of hardened steel components.
Tool Steel Testing:
Measuring the hardness of tool steels used in manufacturing.
High-Hardness Alloy Testing:
Testing the hardness of various high-hardness alloys.
On-Site Hardness Testing:
Portable Brinell testers are used for on-site testing of large or immovable objects.
Importance:
Accurate High-Hardness Measurement:
Provides accurate hardness measurements for high-hardness materials.
Material Quality Control:
Ensures materials meet hardness specifications.
Portable Testing:
Allows for hardness testing in the field or on large components.