Melt Flow Rate Tester Meet The Standards: ISO 1133,ASTM D1238,GB/T3682

Advantages over melt flow rate testers from other domestic manufacturers:
1. The heating cylinder is made of 304 stainless steel or alloy. As the melt flow rate tester works at high temperatures for a long time (up to 400 to 500 degrees), metal materials are prone to oxidation and rusting at high temperatures
3. Dual sensor configuration ensures precise temperature control, better temperature gradient and longer service life
4. In accordance with national standards, a four-minute countdown function is added after material addition
5. RS232 interface, which can be directly connected to a computer for data output (optional
6. Stainless steel weights (optional)
6. After startup, the last test conditions can be directly displayed, avoiding the user having to wait every time
Reset the test parameters to reduce the workload of the operators
7. The maximum temperature can reach 450 to 500 degrees (optional. Special instructions are required when placing an order).
8. It can test highly corrosive plastics for a long time without damaging the accuracy of the instrument, such as
All fluoroplastics (please specify when placing an order due to the special material)
All series of fluoroplastics (due to the material)
Please specify when placing an order. Our company is the only one in China that has this technology
9. Meet the standards: ISO 1133,ASTM D1238,GB/T3682

I. Product Model:
Ii. Product Description
This melt flow rate tester is an improved version, featuring numerous additional functions. It has been significantly enhanced in terms of instrument configuration, service life, operational convenience, and testing accuracy. It boasts unparalleled advantages and cost-effectiveness compared to the general melt flow rate testers in China.
Iii. Meeting Standards:
ISO 1133,ASTM D1238,GB/T3682
Iv. Product Application
It is used to determine the melt flow rate (MFR) value of various plastics and resins in the viscous flow state. It is applicable to engineering plastics with high melting temperatures such as polycarbonate, polyarylsulfone, fluoroplastics, and nylon. It is also applicable to the testing of plastics with relatively low melting points such as polyethylene (PE), polystyrene (PS), polypropylene (PP), ABS resin, polyoxymethylene (POM), and polycarbonate (PC) resin. It is widely used in plastic production, plastic products, petrochemicals and other industries, as well as related colleges and universities, research institutions and commodity inspection departments.
The melt flow rate tester is applicable to the determination of the melt mass flow rate of thermoplastics specified in the national standard "GB/T3682-2000 Determination of Melt Mass Flow Rate and Melt Volume Flow Rate of Thermoplastics", which is equivalent to ISO 1133. In accordance with the provisions of 1997, it can also meet the ASTM D1238 test standard.
The melt flow rate tester is of desktop structure, with a reasonable design, stable and reliable performance, an attractive appearance and convenient operation. It adopts high-performance and high-precision control instruments, featuring high sampling accuracy and fast control rate. It uses a fuzzy PID algorithm for constant temperature control.
V. Product Features
1. Fast heating rate and extremely small overshoot. 2. High constant temperature accuracy
3. After filling, it can quickly return to a constant temperature state. 4. Calibration and correction of test parameters are convenient
5. Manual and automatic material cutting test methods can be adopted. 6. Chinese LCD display
7. It is equipped with a printer to automatically print out the test results
Vi. Main Technical Parameters
1. Extrusion discharge section
Discharge port diameter: Φ2.095±0.005 mm, discharge port length: 8.000±0.025 mm
Diameter of the loading cylinder: Φ9.550±0.025 mm, length of the loading cylinder: 152± 0.1 mm
Piston rod head diameter: 9.475±0.015 mm, piston rod head length: 6.350±0.100 mm
2. Standard test load (8-level complete set of weights)
3. Temperature range: Conventional room temperature - 400℃ (500℃ is optional
4. Constant temperature accuracy: ±0.5℃
5. Display resolution: 0.1℃
6. Material cutting method: It can be manually or automatically cut
7. Temperature recovery time: Less than 4 minutes
8. Printing: The micro printer automatically prints the output
9. Power supply voltage: AC220V±10%, 50HZ