Description

The Concrete Adiabatic Temperature Rise Meter utilizes independently developed intelligent temperature tracking algorithms and intelligent sampling technology, achieving correction-free ±0.1°C temperature tracking across the entire temperature range. Temperature fluctuations within 50L of water during adiabatic tracking remain within ±0.05°C for a duration of more than 72 hours (equivalent to a 28-day adiabatic temperature rise measurement error of less than ±0.5°C).

Product Introduction

The Concrete Adiabatic Temperature Rise Meter was developed by our company based on the concrete adiabatic temperature rise test method specified in the "Hydraulic Concrete Testing Procedure" (SL352-2006), a water conservancy industry standard of the People's Republic of China. The Concrete Adiabatic Temperature Rise Meter is suitable for measuring the temperature change and maximum temperature rise of concrete during the hydration process under adiabatic conditions. By continuously measuring the temperature rise of concrete in an adiabatic state due to the heat of hydration of cement, the relationship between temperature rise and material service life can be clarified.

Reference Standards

1. "Concrete Thermophysical Parameters Tester" JG/T 329

2. "Test Methods for Properties of Ordinary Concrete Mixtures" GB/T 50080

3. "Test Methods for Physical and Mechanical Properties of Ordinary Concrete" GB/T 50081

4. "Test Procedures for Hydraulic Concrete" SL/T 352

5. "Test Procedures for Hydraulic Concrete" DL/T 5150

Application Areas

Concrete technology research, concrete production, quality supervision and inspection departments, and hydropower, highway, and railway engineering departments requiring adiabatic temperature rise measurement of concrete.

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