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微机控制蓄热系数测试仪品牌厂家新升级CFXR-3

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品牌名称：畅风型号：CFXR-3 原产地：中国大陆更新时间：2026/10/18 16:41:04

产品摘要：微机控制蓄热系数测试仪品牌厂家新升级本仪器适用于测定干燥或不同含湿状态下匀质板状及粉末状材料的蓄热系数、导热系数、导温系数和比热容。

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微机控制蓄热系数测试仪品牌厂家新升级

CFXR-3蓄热系数测试仪

一、产品概述

建筑及保温材料在各类工程中得到了广泛应用。在进行热工计算时，准确选择与材料实际使用状态相符的热物理指标至关重要，否则无论计算公式多么精确，所得结果都将与实际工况产生显著偏差。材料的热物理特性受其化学成分、密度、温度及湿度等多种因素影响。在实际应用中，受气候条件、施工水分及生产使用状况等因素制约，材料往往含有一定水分，这将导致其保温性能下降。因此，在热工计算中必须充分考虑这一因素，准确测定材料在含湿状态下的热物理特性显得尤为必要。

我公司生产的蓄热系数测试仪具备完善的计算机数据采集、过程控制和数据处理功能。该设备结构精简、准确度高且测试高效，单次试验仅需十分钟左右，即可同步测出材料的蓄热系数、导热系数、导温系数和比热容，并能评估不同含湿状态下的热物理性能。

CFXR-3 Thermal Storage Coefficient Tester

1. Product Overview

Building and thermal insulation materials are widely used in various engineering projects. When conducting thermal engineering calculations, it is crucial to accurately select thermophysical indicators that match the actual service conditions of the materials; otherwise, no matter how precise the calculation ｆormulas are, the results will show significant deviations from the actual working conditions. The thermophysical properties of materials are influenced by multiple factors, including chemical composition, density, temperature, and humidity. In practical applications, constrained by climatic conditions, construction moisture, and production/usage statuses, materials often contain a certain amount of moisture, which leads to a decrease in their insulation perｆormance. Therefore, this factor must be fully considered in thermal engineering calculations, making it particularly necessary to accurately determine the thermophysical properties of materials in a moisture-containing state.

The thermal storage coefficient tester manufactured by our company features comprehensive computerized data acquisition, process control, and data processing functions. The equipment is structurally simple, highly accurate, and efficient in testing. A single test takes only about ten minutes, during which the thermal storage coefficient, thermal conductivity, thermal diffusivity, and specific heat capacity of the material can be measured simultaneously. It can also accurately evaluate thermophysical properties under different moisture conditions.

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