DIAMOND INDENTOR

DIAMOND INDENTOR Specification

Operating Voltage
Not Required

Resolution
High, depending on hardness tester

Interface Type
Manual fit

Test Range
For use in Hardness Testers

Humidity
Up to 75% RH

Response Time
Immediate

Features
Durable, precise, long service life

Hardness
Indenter Tip: 6000 HV Min.

Application
Hardness testing on metals and alloys

Automation Grade
Manual

Number of Specimens
Single point measurement

Mounting Type
Direct fixture mounting

Temperature
5C to 45C

Accuracy
High precision indents, typically 1 m

Measuring Range
Standard hardness test ranges

Specimen Size
Adaptable to various specimen sizes

Equipment Type
Diamond Indentor

Power Supply
Not Required

Capacity
One indentor per test

Machine Weight
Approx. 250g

Test Speed
Manual operation

Control Mode
Manual

DIAMOND INDENTOR Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
04 Units Per Month

Delivery Time
3-8 Week

About DIAMOND INDENTOR

Diamond Indenters

Our company is a reckoned entity offering an exclusive assortment of Diamond Indenters. We develop these indenters using excellent quality materials and technology at our state of art machining facility. Our Diamond Indenters are primarily used in special matrix to test hardness of metals. Corrosion resistance, robust construction and durability are the main attributes of our indenters.

Further Details:

For C Scale Standard

For C Scale Special

For Superficial Scale

For Vickers Hardness Tester

High-Precision Diamond Indentor for Hardness Testing

Engineered for accuracy, the diamond indentor is specifically designed for use in Vickers, Rockwell, and Brinell hardness testers. Its resilient diamond tip, available in pyramidal or conical shapes, ensures reliable measurements with minimal deviation. The product offers excellent adaptability to various specimen sizes and excels under a wide range of laboratory conditions. Its alloy steel body and mirror-polished surface provide both durability and superior performance, making it an essential tool for accurate hardness evaluation of metals and alloys.

Versatile Compatibility and Ease of Use

This diamond indentor is compatible with several leading hardness testing systems, enabling users to seamlessly switch between testing protocols. No external power supply is necessary, and its manual control mode offers users full command over the testing process, ensuring immediate response and high measurement repeatability. The protective packaging ensures safe transportation and storage, maintaining tip integrity and long operational life.

FAQs of DIAMOND INDENTOR:

Q: How is the diamond indentor used in hardness testing?

A: The diamond indentor is mounted directly onto a compatible hardness tester such as Vickers, Rockwell, or Brinell. Under manual operation, it is pressed into the specimen, producing a precise indentation which is then measured to determine the materials hardness.

Q: What types of hardness testers can this indentor be used with?

A: This diamond indentor is suitable for Vickers, Rockwell, and Brinell hardness testers. Its design ensures accurate performance across various machines, accommodating the requirements of multiple testing standards.

Q: When should I use a pyramidal or conical diamond indentor tip?

A: Use the pyramidal tip (136) for Vickers or Berkovich hardness testing, which is ideal for a wide range of metals. The conical tip (120) should be used for Rockwell hardness tests, optimizing accuracy on those devices.

Q: Where is the best environment to operate the diamond indentor?

A: The optimal operating conditions are within laboratories or industrial settings with controlled environments, where temperature is maintained between 5C to 45C and humidity does not exceed 75% RH, ensuring measurement stability.

Q: What precautions should I follow during the testing process?

A: Ensure the indentor and specimen are clean and securely mounted. Operate the tester manually for steady control and store the indentor in its protective box after use to prevent tip damage and maintain precision.

Q: What are the benefits of using this diamond indentor for hardness testing?

A: The primary benefits are high precision (1 m), long service life due to durable diamond tip and alloy steel body, compatibility with multiple testers, and reliable performance under various environmental conditions.

Q: How adaptable is the indentor to different specimen sizes?

A: The diamond indentor accommodates various specimen sizes, enabling flexible testing across a broad spectrum of metallic materials by providing single-point measurement during each test.