Overview

The JINWEI HT-225 Concrete Rebound Hammer is a precision testing instrument designed to measure the compressive strength of concrete structures quickly and non-destructively. Using the rebound principle, it provides reliable data for on-site quality control, structural assessment, and construction monitoring. Moreover, the HT-225 is lightweight, durable, and easy to operate, making it ideal for engineers, inspectors, and contractors. In addition, its robust design ensures consistent performance even in demanding field environments. Therefore, the HT-225 is trusted worldwide for concrete strength testing in civil engineering projects.

Technical Data

Key Features

• Non-destructive testing: Evaluates concrete strength without damaging structures.

• Portable design: Lightweight and easy to carry for field inspections.

• High accuracy: Consistent rebound readings for reliable strength estimation.

• Durable construction: Built to withstand tough site conditions.

• Wide application range: Suitable for bridges, tunnels, buildings, and precast concrete.

Typical Applications

• Civil engineering: Assessing concrete strength in infrastructure projects.

• Construction quality control: Verifying compressive strength during building works.

• Structural inspection: Monitoring aging concrete in bridges, tunnels, and dams.

• Precast concrete plants: Ensuring product consistency and compliance.

• Educational use: Training tool for engineering students and laboratories.

FAQ

Q1: What is the main advantage of the HT-225 rebound hammer?

A1: It provides quick, non-destructive concrete strength testing with reliable accuracy.

Q2: How does it work?

A2: The hammer measures the rebound of a spring-loaded mass impacting the concrete surface, correlating rebound values to compressive strength.

Q3: Is it suitable for field use?

A3: Yes, its compact and rugged design makes it ideal for on-site inspections.

Q4: Which industries benefit most from this instrument?

A4: Civil engineering, construction, precast concrete manufacturing, and structural inspection sectors rely on its precision and portability.