
Glass Bottle Linear Thermal Expansion Coefficient Tester
Published: 1/22/2025
The Glass Bottle Linear Thermal Expansion Coefficient Tester is designed to measure the linear thermal expansion coefficient of sodium-calcium oral glass tube liquid bottles. It uses computer and intelligent instrument technology for full-process detection and control of displacement and temperature during experiments, supporting both offline and online automatic testing.
Product Description
The PZY-III-1000 Glass Bottle Linear Thermal Expansion Coefficient Tester uses computer technology and intelligent instrument (microcontroller) technology to detect and control physical quantities such as displacement and temperature throughout the entire experiment process. It supports offline operation and online automatic testing, running in a Chinese Windows environment with a user-friendly Chinese interface; offline testing is manually controlled by the intelligent instrument. This instrument is mainly suitable for measuring the linear thermal expansion coefficient of pharmaceutical glass ampoule bottles, complying with the 2015 edition of the National Pharmaceutical Packaging Material Standard average linear thermal expansion coefficient method (YBB00202003-2015). Product Features: Industrial-grade color touch screen with microcomputer control offers clear visuals, sensitive touch, and ease of operation. The testing process is intelligently controlled, allowing full-process detection and control of displacement and temperature. Optional vertical, single/double push-rod design facilitates easy sample loading. Strong compatibility with samples, capable of measuring the expansion coefficient of glass rods, tubes, plates, and finished products. Software automatically calculates the linear expansion coefficient and obtains the expansion rate curve from processed data. The testing system automatically analyzes and calculates the expansion coefficient and linear expansion amount. The system displays and records temperature-expansion coefficient curves, all raw data, and calculates the linear expansion coefficient. Supports test data recording, storage, and viewing, equipped with a micro printer for direct output and printing of test results. Multi-level user permission management with password login facilitates user management. Equipped with a built-in air cooling device that quickly cools the furnace after testing to prepare for the next test, greatly improving testing efficiency. Reference Standard: YBB00202003-2015 Average Linear Thermal Expansion Coefficient Measurement Method.
Technical Specifications
Parameter | Specification |
---|---|
Details | Furnace Temperature Range: Room temperature to 1000℃ Heating Rate: 0.1 to 10℃/min adjustable, program-controlled temperature Temperature Control Accuracy: ±1℃ Temperature Recording Error: ≤±0.5% Displacement Measurement Range: ±2.5mm Measurement Expansion Resolution: 0.1um, imported displacement sensor, automatic range calibration Sample Size: Ф(25–50)mm × H(30–100)mm (custom sizes available upon request) Temperature Fluctuation Inside Heating Furnace: ≤±1℃ Testing Accuracy: ±a×0.03×10^-6 K^-1 Overall Dimensions: 420mm (L) x 500mm (W) x 1500mm (H) Power Supply: AC 220 V 50 Hz Net Weight: Approximately 60kg |
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B6-101, Zhongnan High-Tech Intelligent Manufacturing Industrial Park, No. 10 Shuangma Street, Yuetang District, Xiangtan City, Hunan Province, China
