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Concrete Test Hammer (Small)

Price 1000 INR/ Unit

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MOQ : 1 Unit

Concrete Test Hammer (Small) Specification

Test Range
10-70 MPa (for small hammer)

Usage
Laboratory

Power Supply
Electric

Mounting Type
Handheld

Specimen Size
Minimum area 150 mm x 150 mm, thickness 100 mm

Equipment Type
Concrete Test Hammer (Small)

Operate Method
Automatic

Product Type
Concrete Test Hammer (Small)

Temperature
0C to 40C

Resolution
1 MPa

Interface Type
None (standalone device)

Application
To test the compressive strength of concrete or rock by surface hardness test

Features
Portable, Easy to use, Durable

Color
Sliver

Frequency
Manual operation

Operating Voltage
N/A (manual)

Display Type
Analog scale (pointer type)

Response Time
Instantaneous (on striking)

Humidity
90% RH

Measuring Range
10-70 MPa

Automation Grade
Manual

Accuracy
2 MPa

Capacity
2.207J (Impact energy)

Machine Weight
About 1 kg

Test Speed
Manual (by hand striking)

Test Stroke
75 mm

Control Mode
Manual

Pointer System
Mechanical pointer

Protective Case
Supplied with rugged carrying case

Calibration Method
Includes calibration anvil

Indicator Type
Rebound value scale

Hammer Type
Rebound hammer

Body Material
High-strength aluminum alloy

Concrete Test Hammer (Small) Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Week

Delivery Time
1 Week

About Concrete Test Hammer (Small)

We are a reliable entity offering superior quality Concrete Test Hammer across the world. The equipment provided by us is widely used to test the strength of concrete. We provide this equipment in numerous models and technical specifications for our clients to choose from. Offered Concrete Test Hammer is manufactured under the proper guidance of our experienced professionals using premium quality components and advanced technology in tandem with predefined norms and policies.

Features:

High functionality
Sturdy structure
Easy to operate
Optimum performance

Effortlessly Assess Concrete Strength

The Concrete Test Hammer (Small) provides an easy and reliable method for determining the compressive strength of concrete or rock through surface hardness tests. Its robust, high-strength aluminum alloy body and manual rebound hammer mechanism guarantee accurate and repeatable results, making it an essential tool for laboratory professionals seeking non-destructive testing methods.

High Precision and Durability

Designed for longevity and accurate measurements, the device features a mechanical pointer with an analog rebound value scale. The hammer delivers impact energy of 2.207J, covering a measuring range of 10-70 MPa. Its rugged build and included carrying case allow for frequent use and easy portability without compromising performance or calibration stability.

FAQ's of Concrete Test Hammer (Small):

Q: How do you operate the Concrete Test Hammer (Small)?

A: To operate the Concrete Test Hammer (Small), simply calibrate the device using the supplied anvil, then hold the hammer against the concrete specimen (minimum size 150 mm x 150 mm x 100 mm). Strike the surface by hand, and instantly read the rebound value from the mechanical pointer. No external power supply is needed.

Q: What is the main application of this rebound hammer?

A: The primary application is to non-destructively assess the compressive strength of concrete or rock. By measuring surface hardness, you gain insight into the structural integrity of the material without causing any damage.

Q: When should the Concrete Test Hammer be recalibrated?

A: The hammer should be recalibrated periodically, especially after prolonged use or if measurement discrepancies are observed. Use the included calibration anvil to ensure accuracy before starting a new series of tests.

Q: Where can this device be effectively used?

A: While specifically designed for laboratory environments, its portable and durable design allows it to be used at construction sites, material testing labs, and research facilities where concrete or rock strength evaluation is required.

Q: What is the process for interpreting the test results?

A: After manually striking the concrete specimen, observe the pointer position on the analog rebound value scale. The rebound value corresponds to the compressive strength of the material, typically interpreted using the included chart which relates rebound numbers to MPa values.

Q: What are the benefits of using a non-destructive test hammer compared to core sampling?

A: Non-destructive testing with the rebound hammer is quicker, safer, and preserves the integrity of the concrete specimen. It enables multiple tests across a large surface, providing a more comprehensive assessment without damaging the structure.

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