Rebound hammer

QC Lab Solution is a leading supplier of Rebound Hammers in Bangladesh, offering reliable and high-quality instruments for non-destructive concrete testing (NDT). Our rebound hammers are designed to evaluate the surface hardness and estimate the compressive strength of hardened concrete quickly, accurately, and without damaging the structure.
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  • Features
  • Specification
  • Models
  • Standards
  • Review (2)

High-Quality Rebound Hammer for Concrete Strength Testing

A Rebound Hammer, also known as a Schmidt Hammer or Concrete Test Hammer, is one of the most widely used Non-Destructive Testing (NDT) instruments for evaluating the surface hardness and estimating the compressive strength of hardened concrete. It provides a fast, economical, and reliable method for assessing concrete quality without causing damage to the structure.

QC Lab Solution supplies high-quality digital and analog rebound hammers suitable for construction companies, consulting firms, universities, research laboratories, ready-mix concrete plants, government organizations, and quality control laboratories throughout Bangladesh.

  • Non-destructive testing (NDT) for concrete strength assessment
  • Quick and easy operation with instant test results
  • Accurate and repeatable rebound value measurements
  • Portable, lightweight, and compact design
  • Durable aluminum body for long service life
  • Suitable for on-site and laboratory applications
  • No damage to the concrete surface during testing
  • High-quality spring impact mechanism for reliable performance
  • Ergonomic design for comfortable single-hand operation
  • Suitable for testing concrete in horizontal, vertical, and overhead positions
  • Available in both analog (mechanical) and digital models
  • Digital models with LCD display and automatic data storage (model dependent)
  • USB/Bluetooth data transfer available on selected digital models
  • Factory calibrated for dependable performance
  • Low maintenance and easy calibration
  • Complies with international standards such as ASTM C805/C805M and EN 12504-2
  • Ideal for estimating compressive strength and evaluating concrete uniformity
  • Widely used in construction sites, bridges, highways, dams, buildings, and quality control laboratories
  • Suitable for consultants, contractors, government agencies, universities, and testing laboratories
  • Provides a cost-effective solution for routine concrete inspections

Technical Specifications – Rebound Hammer

Parameter Specification
Product Name Rebound Hammer (Schmidt Concrete Test Hammer)
Test Method Non-Destructive Testing (NDT)
Application Estimation of concrete compressive strength and surface hardness
Impact Energy 2.207 Nm (Type N)
Measuring Range Approx. 10–100 MPa (depending on concrete quality and calibration)
Rebound Number Range 10–100
Accuracy ±2 Rebound Units (typical)
Resolution (Digital Models) 1 Rebound Unit
Display Mechanical Scale / LCD Display (Digital Models)
Data Storage Up to 1,000–10,000 test results (model dependent)
Data Transfer USB or Bluetooth (Digital Models)
Test Directions Horizontal, Vertical Upward, Vertical Downward, Inclined
Impact Body Material Hardened Steel
Housing Material High-strength Aluminum Alloy
Operating Temperature -10°C to +50°C
Power Supply Rechargeable Battery (Digital) / Not Required (Mechanical)
Calibration Factory Calibrated
Weight Approximately 1.0–1.2 kg
Dimensions Approximately 280 × 55 × 55 mm
Compliance Standards ASTM C805/C805M, EN 12504-2, BS EN 12504-2, ISO 8045 (where applicable)
Typical Applications Buildings, Bridges, Roads, Dams, Tunnels, Industrial Structures, Quality Control Laboratories

Standard Accessories

  • Rebound Hammer
  • Carrying Case
  • Abrasive Stone
  • User Manual
  • Calibration Certificate (Optional)
  • Cleaning Brush
  • Charger (Digital Models)
  • USB Cable (Digital Models)

Optional Accessories

  • Test Anvil for Calibration
  • Bluetooth Data Transfer Module
  • PC Analysis Software
  • Extra Battery (Digital Models)
  • Calibration Service
  • ASTM C805 / ASTM C805M – Standard Test Method for Rebound Number of Hardened Concrete
  • EN 12504-2 – Testing Concrete in Structures – Part 2: Non-Destructive Testing – Determination of Rebound Number
  • BS EN 12504-2 – Testing Concrete in Structures – Determination of Rebound Number
  • ISO 1920-7 – Testing of Concrete – Non-Destructive Tests on Hardened Concrete (where applicable)
  • DIN EN 12504-2 – German adoption of the European standard for rebound number testing

 

2 Reviews For win Your Friends

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Steven Rich – Sep 17, 2016:
How all this mistaken idea of denouncing pleasure and praising pain was born and I will give you a complete account of the system, and expound the actual teachings.
William Cobus – Aug 21, 2016:
There anyone who loves or pursues or desires to obtain pain itself, because it is pain sed, because occasionally circumstances occur some great pleasure.

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