TESTING ANVIL FOR MECHANICAL & ELECTRONIC HAMMER

Testing Anvil for Concrete Test Hammers

Product Code: MSI 2070

The Testing Anvil for Mechanical & Electronic Hammers is a vital metrology reference standard engineered for verifying the accuracy and performing in-situ calibration checks of both mechanical and electronic concrete test hammers. In order to guarantee the absolute legitimacy of non-destructive structural audits, international standards dictate that rebound hammers must be routinely checked against a reference tool of known hardness before and after any sequence of testing field cycles.

Forged from a massive block of high-purity structural steel, the anvil is heat-treated to achieve a precise, ultra-hard target core profile. When a standard N-type mechanical or digital test hammer is triggered vertically onto its surface, this precision tool returns a controlled, repeatable average rebound value (RM) of 80±2. This enables concrete technicians to immediately isolate and correct device errors right on the project site.

🎯 Applications

• In-Situ Calibration Checks of Mechanical N-Type Rebound Hammers [MSI 2068]

• Accuracy Verification of Electronic Digital Concrete Test Hammers [MSI 2069]

• Pre-Test and Post-Test Equipment Quality Assurance Audits

• Civil Engineering & Third-Party Metrology Calibration Laboratories

• Ready Mix Concrete (RMC) Fleet and Instrumentation Management

• On-Site Field Infrastructure Construction Testing Cabins

⭐ Features

• Dual Hammer Compatibility: Designed to seamlessly calibrate both standard manual rebound models and advanced digital sensor instruments [MSI 2068, MSI 2069].

• Ultra-Hard Steel Core: Constructed from a specially alloyed steel block to resist deformation and dynamic impact over thousands of validation impacts.

• Controlled Energy Return: Calibrated to deliver a rock-solid target average rebound index (RM) of 80±2 under normal impact profiles.

• Rigid Base Geometry: Engineered with a heavy base footprint to properly absorb energy and prevent movement during testing.

• Field Independent Portability: Provides an immediate verification benchmark directly on active jobsites without sending gear back to permanent labs.

⚙️ Technical Specifications

Product Code : MSI 2070

Primary Utility Scope : In-situ Calibration Check & Accuracy Verification

Compatible Instruments : Mechanical & Electronic Rebound Hammers [MSI 2068, MSI 2069]

Construction Material : Specially Forged, Heat-Treated Hardened Steel

Target Rebound Value (RM) : 80 ± 2

Impact Surface Finish : Precision Ground Flat Metrology Face

Operation Mode : Impact Verification Guide Setup

📦 Standard Supply Includes

• High-Precision Hardened Steel Testing Anvil Base Unit

• Integrated Vertical Centering / Guiding Ring Assembly

• Manufacturer's Traceable Verification Certificate

• Calibration Logs Record Book & Operation Manual

🔬 Working Principle

The testing anvil is positioned on a level, structurally rigid surface (such as a solid concrete slab or sturdy workbench). The guiding ring is checked to ensure it is centered on the anvil's ground face. The mechanical or electronic test hammer plunger is inserted into the guiding sleeve so it sits perpendicular to the anvil face.

The operator applies steady, downward force, driving the hammer housing toward the anvil until it releases its impact stroke. The impact energy is absorbed by the hardened steel block, resulting in a clean rebound. If the hammer reads an average rebound value within the specified 80±2 range, it is ready for field deployment. If the value falls outside this range, it indicates the hammer needs clean-up or laboratory calibration adjustment.

💡 Advantages

• Protects laboratory data integrity by quickly filtering out worn or out-of-tolerance hammers before they generate false field readings.

• Reduces testing downtime by allowing instant verification in the field, eliminating the need to return equipment to a lab for minor accuracy checks.

• Ultra-durable hardened steel block maintains its precise shape and performance over thousands of high-velocity testing cycles.

• Includes a vertical centering ring that keeps the test hammer perfectly perpendicular, preventing user error during checks.

🤝 Why Choose Multitech Scientific Instruments?

• Precision-engineered concrete testing equipment [MSI 2011].

• Manufactured strictly to International Standards.

• High-quality fabrication and robust material choices.

• Consistent and reliable performance.

• Competitive pricing models.

• Excellent after-sales technical support.

• Trusted by laboratories, contractors, consultants, and educational institutions globally.

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