Description
Testing Anvil is a precision calibration accessory designed to verify the performance and accuracy of concrete rebound hammers before testing. Manufactured from hardened alloy steel with a finely machined impact surface, the anvil provides a consistent reference value to ensure that the rebound hammer is functioning correctly and delivering reliable results.
Routine calibration checks using a testing anvil help maintain measurement accuracy, reduce testing errors, and ensure compliance with quality assurance procedures. It is an essential accessory for laboratories, construction sites, inspection agencies, and organizations performing non-destructive concrete testing.
Key Features
- Designed for rebound hammer performance verification
- Precision-machined hardened steel construction
- Provides consistent and repeatable rebound values
- Durable impact-resistant surface
- Compact and portable design
- Easy to use for routine calibration checks
- Long service life with minimal maintenance
- Suitable for laboratory and field applications
- Ensures reliable rebound hammer performance
- Compatible with most Type N concrete rebound hammers
Applications
- Rebound Hammer Calibration
- Concrete Testing Laboratories
- Construction Quality Control
- Civil Engineering Laboratories
- Inspection and Certification Agencies
- Infrastructure Projects
- Equipment Maintenance and Verification
- Field Testing Operations
Technical Specifications
| Parameter | Specification |
|---|---|
| Product Type | Calibration Testing Anvil |
| Material | Hardened Alloy Steel |
| Surface Finish | Precision Ground |
| Compatibility | Type N Rebound Hammers |
| Rebound Value | Approximately 80 ± 2 (Model Dependent) |
| Application | Performance Verification & Calibration Check |
| Construction | Heavy-Duty, Corrosion-Resistant |
| Standards | Suitable for ASTM C805, EN 12504-2, IS 13311 (Part 2) applications |
Benefits
- Verifies rebound hammer accuracy before testing
- Improves confidence in test results
- Extends the service life of testing equipment
- Supports routine quality assurance procedures
- Reduces the risk of inaccurate concrete strength assessments
- Simple, quick, and reliable calibration checks


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