ISO1133 ASTM D1238 Plastic MFR MVR Tester Melt Flow Rate Testing Instrument

Specification

ISO1133 ASTM D1238 MFR MVR Tester for Plastics: Specialized Equipment for Accurate Measurement of Melt Flow Properties of Plastics

In the plastics industry, accurately assessing the melt flow properties of plastic materials is critical to ensuring product quality, optimizing production processes, and driving technological innovation. We are proud to introduce the MFR (Melt Flow Rate) and MVR (Melt Volume Flow Rate) tester for plastics, which is compliant with ISO1133 and ASTM D1238 standards, and provides the plastics industry with a high-precision and reliable solution for melt flow performance testing.

I. Product Overview

This tester is an advanced testing equipment specially designed for plastic materials, aiming to accurately measure the MFR (Melt Flow Rate) and MVR (Melt Volume Flow Rate) of plastics under certain temperature and pressure. It strictly follows the international authoritative standards ISO1133 and ASTM D1238 to ensure the accuracy and reliability of the test results, providing critical data support for plastics production and research and development. Through advanced testing technology and precise instrument design, the tester is able to meet the testing needs of different types of plastic materials, providing a strong guarantee for quality control and technological innovation in the plastics industry.

Core Advantages

(A) Strict standard compliance

ISO1133 standard compliance: ISO1133 is a standard issued by the International Organization for Standardization (ISO) on the testing of flow properties of plastics and polymer melts. Our testers are designed and calibrated in strict accordance with this standard, and every aspect of the test, from the test principle and test method to data processing and result reporting, meets the requirements of ISO1133. This makes the test results highly comparable and authoritative, and can be widely recognized internationally, providing strong support for international trade and quality certification of plastic products.

ASTM D1238 compliance: ASTM D1238 is the standard method for melt flow rate testing of plastics developed by the American Society for Testing and Materials (ASTM). Our testers are also ASTM D1238 compliant, which means they are recognized and used worldwide. Whether in the domestic market or the international market, using our tester for testing will ensure that your products comply with international standards, providing a strong guarantee for your products to enter the international market.

(II) High-precision Measuring System

Advanced sensor technology: The tester is equipped with high-precision mass flow sensors and volumetric flow sensors, which utilize the latest sensing technology and materials with extremely high sensitivity and resolution. They are able to monitor the flow changes of the melt in real time and accurately, ensuring the accuracy and reliability of the measurement data. Even with small flow changes, the sensors respond quickly and provide accurate measurement results, providing a solid foundation for subsequent data analysis.

Precise control system: In order to realize precise control of the testing process, the instrument adopts an advanced control system. The system is capable of precisely adjusting test parameters such as temperature, pressure and shear rate to ensure the stability and consistency of test conditions. Through the precise control system, users can flexibly adjust the testing parameters according to different testing needs and obtain accurate MFR and MVR data.

(iii) Wide applicability to plastics

A wide range of plastic materials testing: the tester is applicable to a variety of common plastic materials, including polyethylene (PE), polypropylene (PP), polyvinyl chloride (PVC), polystyrene (PS), polyester (PET) and so on. Both thermoplastic and thermoset plastics can be accurately tested for MFR and MVR by this instrument, which provides strong support for performance evaluation of different types of plastic materials.

Tackling complex material systems: Our tester also performs well with some complex plastic blends and composites. It can accurately measure the melt flow properties of these materials in different ratios of mixing, deeply analyze the influence of each component on the overall performance of the material, and provide an important basis for the formulation design and performance optimization of the material.

(D) Humanized design concept

Intuitive operation interface: The tester is equipped with a simple and intuitive operation interface, all the operation buttons and function menus are reasonably laid out and easy to understand and operate. Even users without rich experience can familiarize themselves with the operation method of the instrument in a short time and complete the testing task easily. Detailed operation tips and help documents are also provided on the operation interface, which are convenient for users to refer to at any time to ensure the accuracy and standardization of operation.

Automated testing process: In order to improve testing efficiency and reduce human error, the instrument adopts an automated testing process. Users only need to put the sample into the test chamber, set the test parameters, the instrument will automatically complete a series of operations such as heating, loading pressure, flow measurement, and real-time recording and display of test data. The entire testing process does not require human intervention, which greatly improves the accuracy and repeatability of the test.

Convenient data recording and analyzing function: The instrument has a powerful data recording and analyzing function, which can automatically record the relevant data of each test, including temperature, pressure, melt flow rate, melt volume flow rate and other parameters, and generate a detailed test report. The test report can not only show the test results visually, but also help users better understand the performance characteristics and quality status of plastic materials by digging and analyzing the data through the data analysis function.