[a]https%3A%2F%2Fwww.cn-henven.com%2Fproducts%2Fhigh-pressure-tga%2F[/a] <br>#high #pressure #thermogravimetric #analyzer <br>HTF series high pressure thermogravimetric analyzer uses a new unique design. Thermal gravimetric analysis can be performed at high pressure, water vapor Condition New Product. Precision pressure control, flow control and accurate water vapor component of the process for the user to change the high pressure coal, oil, biomass and other materials analysis, process optimization, quality control and other areas to provide better service. <br> <br>Instrumental Characteristics of High Pressure TGA <br>1.Mechanical, circuit, atmosphere control integrated design. <br>2.Furnace automatic lifting, positioning accuracy, high measurement repeatability. <br>3.Precision flow control of the water vapor generating device. <br>4.Mass flowmeter precise control of gas flow. <br>5.Data surveying, mapping automatically. Powerful data processing software. <br>6.Temperature, and other indicators of quality software correction. <br>7.HTF series TGA is an advanced thermogravimetric analysis instrument that can measure the weight changes of substances in high-pressure, various gas or water vapor environments. The experimental temperature can reach up to 1300 ℃, and the maximum temperature related pressure can reach 5MPa. <br>8.HTF series TGA has a large weight and sample capacity, making it very suitable for measuring representative samples or complete components of heterogeneous materials. <br>9.By adopting advanced gas and steam injection, mixing, and pressure control systems, precise control of the reaction gas environment can be ensured, and gas collection functions are integrated for analysis of escaping gases. <br>10.The sample temperature is measured by a thermocouple directly adjacent to the sample in the reaction gas. The temperature of the furnace and other parts of the reactor is measured using additional thermocouples. A fast PID temperature controller can achieve accurate control of sample temperature under various operating conditions. <br> <br>Instrument Parameters of High Pressure TGA <br>Temperature range RT-1300℃ <br>Temperature accuracy ±0.1℃ <br>Heating rate 1～40℃/min <br>Measuring range HTF-50：The maximum amount of sample 50g <br>HTF-500：The maximum amount of sample 500g <br>Accuracy ＞one ten-thousandth <br>Gas control 3 integrated mass flow controllers (MFC) <br>Pressure range 0.1-5MPa(adjustable) <br>Precision pressure control 0.02MPa <br>Crucible Ceramic <br> <br>If you want to know more kinds of thermal analyzers, please visit our website.

[a]https%3A%2F%2Fwww.cn-henven.com%2Fproducts%2Fhigh-pressure-tga%2F[/a] <br> <br>#High #Pressure #TGA <br> <br>HTF-50/HTF-500 High Pressure TGA <br>HTF series thermal energy analyser uses a new unique design. Thermal gravimetric analysis can be performed at high pressure, water vapor Condition New Product. Precision pressure control, flow control and accurate water vapor component of the process for the user to change the high pressure coal, oil, biomass and other materials analysis, process optimization, quality control and other areas to provide better service. <br> <br>Instrumental Characteristics of High Pressure TGA <br>01 <br>Mechanical, circuit, atmosphere control integrated design. <br> <br>02 <br>Furnace automatic lifting, positioning accuracy, high measurement repeatability. <br> <br>03 <br>Precision flow control of the water vapor generating device. <br> <br>04 <br>Mass flowmeter precise control of gas flow. <br> <br>05 <br>Data surveying, mapping automatically. Powerful data processing software. <br> <br>06 <br>Temperature, and other indicators of quality software correction. <br> <br>07 <br>HTF series TGA is an advanced high pressure thermogravimetric analyzer that can measure the weight changes of substances in high-pressure, various gas or water vapor environments. The experimental temperature can reach up to 1300 ℃, and the maximum temperature related pressure can reach 5MPa. <br> <br>08 <br>HTF series TGA has a large weight and sample capacity, making it very suitable for measuring representative samples or complete components of heterogeneous materials. <br> <br>09 <br>By adopting advanced gas and steam injection, mixing, and pressure control systems, precise control of the reaction gas environment can be ensured, and gas collection functions are integrated for analysis of escaping gases. <br> <br>10 <br>The sample temperature is measured by a thermocouple directly adjacent to the sample in the reaction gas. The temperature of the furnace and other parts of the reactor is measured using additional thermocouples. A fast PID temperature controller can achieve accurate control of sample temperature under various operating conditions.