Professional DR-C307 Melt Flow Rate Index Tester Measurer Testing Machine For Plastic

Specification

In the plastics industry, accurate measurement of the melt flow rate index (MFR) of plastics is critical to ensuring product quality, optimizing production processes, and driving technological innovation. We are proud to introduce the advanced DR - C307 MFR Tester, which is a high-precision instrument designed for plastics testing and will provide reliable data support and guarantee for your plastics production and R&D work.

I. Product Overview

DR-C307 Melt Flow Rate Index (MFRI) Tester is an advanced plastics testing equipment that combines modern technology with precision manufacturing techniques. It strictly follows international standards and industry specifications, and is capable of accurately measuring the melt flow rate of a variety of plastic materials at certain temperatures and pressures, providing the plastics industry with an accurate and reliable testing solution. Whether it is polyethylene (PE), polypropylene (PP), polyvinyl chloride (PVC) or other common plastic materials, the tester can show excellent test performance, to meet the needs of different users in the production and quality control of plastics.

Core Advantages

(A) High-precision Measuring System to Ensure Accurate and Reliable Data

Advanced sensor technology: DR-C307 is equipped with high-precision mass flow sensors and temperature sensors, which utilize the world's leading sensing technology with extremely high sensitivity and resolution. They are able to monitor the flow rate and temperature changes of the melt in real time and accurately, and even extremely small fluctuations in physical quantities can be captured with precision. For example, when measuring at low flow rates, they can still maintain excellent accuracy, effectively avoiding deviations in test results due to measurement errors and providing users with true and reliable measurement data.

Precise Flow Control Mechanism: In order to realize high precision melt flow rate measurement, the instrument adopts a precise flow control mechanism. Through the advanced flow regulating valve and intelligent control system, the flow rate of the melt can be precisely regulated, so that it is always stable and uniform in the testing process. This precise flow control not only improves the accuracy of measurement, but also effectively reduces the impact on the test results due to flow fluctuations, ensuring that each test result is highly repeatable.

(ii) Wide range of plastic applicability to meet diversified testing needs

A variety of plastic materials testing: the tester has excellent versatility, applicable to a variety of common plastic materials, including polyethylene (PE), polypropylene (PP), polyvinyl chloride (PVC), polystyrene (PS), polyester (PET) and so on. Both thermoplastics and thermosets can be accurately tested for melt flow index by this instrument, which provides strong support for performance evaluation of different types of plastic materials.

Tackling complex material systems: The DR-C307 also excels in complex plastic blends and composites. It can accurately measure the melt flow properties of these materials in different ratios of mixing, and deeply analyze the influence of each component on the overall performance of the material, providing an important basis for the formulation design and performance optimization of the material.

(C) Flexible test parameter settings, simulating the real processing environment

Diversified temperature control: Temperature is one of the key factors affecting the flowability of plastic melts, and DR-C307 provides a wide range of temperature control, from low to high temperatures, to meet the testing requirements of different plastic materials. At the same time, the temperature control system has high-precision temperature regulation and stable temperature holding capability to ensure that temperature fluctuations during testing are controlled within a very small range, thus reflecting more realistically the melt flow properties of plastic materials during actual processing.

Adjustable loading pressure: In addition to temperature control, the instrument also supports adjustable loading pressure settings. Users can flexibly adjust the loading pressure according to different material properties and testing needs, simulating the pressure conditions during actual processing. This personalized parameter settings make the test results more targeted and practical, and can help users better understand the performance of plastic materials in different pressure environments, providing strong support for the optimization of the production process.

(D) Humanized design, convenient and efficient operation

Intuitive operation interface: DR-C307 is equipped with a simple and intuitive operation interface, all the operation buttons and function menus are well laid out and easy to understand and operate. Even inexperienced users can familiarize themselves with the operation of the instrument in a short period of time and easily complete their testing tasks. Detailed operation tips and help documents are also provided on the operation interface for easy access at any time.

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, measuring flow, and real-time recording and displaying 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 and other parameters, and generate a detailed test report. The test report not only shows the test results visually, but also allows you to dig deeper and analyze the data through the data analysis function, helping you to better understand the performance characteristics and quality of plastic materials.