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Concrete Test Hammer
Concrete Test Hammer

Concrete Test Hammer

MOQ : 1 Unit

Concrete Test Hammer Specification

  • Usage
  • Concrete Testing Equipment
  • Accuracy
  • 2 MPa
  • Display Type
  • Analog Scale
  • Product Type
  • Concrete Test Hammer
  • Test Range
  • 10 70 MPa
  • Hardness
  • Spring steel impact mechanism
  • Measuring Range
  • 10 to 70 MPa
  • Mounting Type
  • Handheld
  • Interface Type
  • Analog (manual reading)
  • Humidity
  • 85% RH
  • Resolution
  • 1 MPa
  • Specimen Size
  • Surface area 150 x 150 mm
  • Frequency
  • Single impact
  • Temperature
  • 0C to 40C
  • Number of Specimens
  • 1 per test
  • Automation Grade
  • Manual
  • Max Height
  • 180 mm
  • Response Time
  • Immediate
  • Application
  • Concrete Testing Equipment
  • Power Supply
  • Not required (mechanical operation)
  • Features
  • Durable body, easy grip, reliable readings
  • Equipment Type
  • Concrete Test Hammer
  • Capacity
  • 2000 impacts
  • Machine Weight
  • 1 kg
  • Test Speed
  • Standard impact rate
  • Test Width
  • 35 mm
  • Test Stroke
  • 75 mm
  • Control Mode
  • Manual
  • Body Material
  • Aluminum
  • Dimensions
  • Length 180 mm x Diameter 54 mm
  • Color
  • Silver
  • Impact Energy
  • 2.207 Nm
  • Plunger Tip Material
  • Hardened steel
  • Rebound Value
  • 20 - 60 (typical scale)
  • Portable
  • Yes
  • Calibration Method
  • Calibration block included
 

Concrete Test Hammer Trade Information

  • Minimum Order Quantity
  • 1 Unit
  • Payment Terms
  • Cash Advance (CA), Telegraphic Transfer (T/T), Cheque, Letter of Credit (L/C), Cash in Advance (CID)
  • Supply Ability
  • 100 Units Per Week
  • Delivery Time
  • 1 Week
  • Sample Available
  • Yes
  • Sample Policy
  • Sample costs shipping and taxes has to be paid by the buyer
  • Packaging Details
  • carton box, export quality also available
  • Main Domestic Market
  • All India
  • Certifications
  • ISO 9001, 14001 ,CE
 

About Concrete Test Hammer

Concrete Test Hammer: MTCT-110


Concrete structures will need to be examined and tested to ensure the concrete remains of adequate strength and durability. Rebound hammer surveys can be conducted to provide a rough estimate of concrete strength, where it is not possible to determine this by more accurate means such as core extraction and testing. The test involves using a special rebound hammer, which measures the recoil of a piston against the concrete surface when a standard force is applied. This recoil can then be correlated approximately to concrete strength.

SPECIFICATION

  • The rebound hammer consists of a barrel in which is housed a hammer mass attached to an impact spring which slides on a guide bar.
  • A plunger is attached to the guide bar which is pressed against the surface to be tested.
  • As the piston is pressed against the surface to be tested, on reaching the compressive strength, the hammer mass is released and rebounds to a certain extent, according to the strength of the surface, which is indicated by a rider on a calibrated scale.
  • A lock button fixed on the body of the hammer lock the rider in place and the rider can be reset to zero Position by using the same button.
  • The equivalent compressive strength can be computed from the chart supplied.
  • It is suitable for specimen of compressive strengths 100-700Kg/cm.
  • The instrument, complete with a grinding stone for polishing the test surface.



High-Precision Concrete Testing

Engineered for accuracy and durability, the Concrete Test Hammer is essential for on-site evaluations of concrete structures. Its impact energy of 2.207 Nm combined with a hardened steel plunger tip ensures consistent, repeatable results, making it ideal for contractors and quality inspectors who demand reliable performance.


User-Friendly and Efficient Operation

With its comfortable hand-held design and manual analog scale, the hammer is easy to operate even in challenging environments. Theres no need for batteries or external power, allowing for immediate use and easy maintenance. The device includes a calibration block and can test concrete surfaces as large as 150 x 150 mm, delivering fast, trustworthy readings.

FAQs of Concrete Test Hammer:


Q: How do I use the Concrete Test Hammer for checking concrete strength?

A: To use the hammer, firmly hold it against a clean, flat area of the concrete surface (minimum 150 x 150 mm), and press until the device triggers a single impact. Read the rebound value directly from the analog scale and reference it to determine the compressive strength, which ranges from 10 to 70 MPa.

Q: What is the recommended process for calibrating the test hammer?

A: Calibration is performed using the included calibration block. Place the hammer on the block, perform several test impacts as per manufacturer instructions, and ensure readings fall within the specified range (20 60 on the analog scale). If necessary, adjust the device according to the manual to maintain accuracy.

Q: When should I use this test hammer for my concrete projects?

A: Use the Concrete Test Hammer during site inspections, post-construction evaluations, or periodic quality checks. Its ideal when you need quick, non-destructive assessment of concrete strength without interrupting ongoing work or waiting for lab results.

Q: Where can this equipment be effectively used?

A: This hammer can be used on any concrete surface meeting the minimum required test area (150 x 150 mm), whether at construction sites, bridges, roads, factories, or precast concrete plants. Its portable, manual operation suits both indoor and outdoor applications across India.

Q: What are the main benefits of using this hammer?

A: Key benefits include immediate, accurate results; durable aluminum body for extended use; a user-friendly analog interface; and independence from external power sources. The hammers lightweight design facilitates easy transport and quick setup in various field conditions.

Q: How does the equipment ensure durability and reliable readings?

A: The hammer features a hardened steel plunger tip and a spring steel impact mechanism, ensuring resilience and consistent performance. The aluminum body is engineered for longevity, while the mechanical operation minimizes electronic failures, guaranteeing reproducible results over thousands of uses.

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