Melt Index Tester
For engineering plastics such as polycarbonate, nylon, and fluorine plastics, whose melt temperatures are higher, as well as fit for plastics tests of polyethylene, polystyrene, polypropylene, ABS resin, and poly-formaldehyde resin, etc., whose melt temperatures are lower, the following parameters must be determined: melt mass-flow (MFR) (g/10min), melt volume-flow rate (cm3/10min), and the melt density of thermo resin.
More plastic testing products,click here.
SKZ145 Melt Index Tester video,click here.
SKZ145 Melt Index Tester Mfi Tester
For engineering plastics such as polycarbonate, nylon, and fluorine plastics, whose melt temperatures are higher, as well as fit for plastics tests of polyethylene, polystyrene, polypropylene, ABS resin, and poly-formaldehyde resin, etc., whose melt temperatures are lower, the following parameters must be determined: melt mass-flow (MFR) (g/10min), melt volume-flow rate (cm3/10min), and the melt density of thermo resin.
Standards:
ISO 1133-1, ISO 1133-2, GBT 3682.1-2018, ASTM D1238-2013, ASTM D3364-1999 (2011), JJG878-1994, JB/T5456-2016, DIN53735, UNI-5640
Characteristic
1.The control system and the heating furnace are assembled separately from the main machine, which better protects the control system from being impacted by high temperatures that shorten component life. It is tidy and attractive, spray-painted, and easy to install and dismantle.
2.Alloy materials with a low expansion coefficient and strong temperature resistance are used to make the piston rod and barrel. To guarantee data accuracy, the surface heat treatment is used to make it non-deformable, highly hard at high temperatures, and difficult to wear over time.
3.The displacement is measured using a rotary encoder, and measurement errors are effectively avoided since the lever principle is used to guarantee that the front and rear balance without the need for extra components like springs.
4.Cutting device with a micromotor controlled system that allows for manual or timed cutting. The process is easy to follow. High-strength spring steel was used to make the cutting knife in order to prevent deformation or damage to the equipment during prolonged cutting.
5.It has a 7-inch touch screen display. The interface can quickly and precisely determine the current test state and is easy to use, straightforward, and rich in information.
6.The British Arm Company invented the STM32 chip, which is used by the CPU and operates at 32 bits. This results in a significant increase in operation speed. Depending on their personal requirements, users can decide whether to print or store the current test results.
7.This apparatus has the capacity to save five sets of test data, is not limited in terms of test type, can be stored permanently, and will not be erased in the event of a power outage.
8.It is convenient for users to update because the control board has several signal interfaces reserved for them.
9.Throughout the test, the user will receive various alerts to remind them of the device's current status, which is displayed on the touch screen.
10.Humanized design: The system settings include touch sound and lighting modification to accommodate the user's operating habits.
11. Help for users: Provide a list of frequent failure scenarios along with fixes.
12. You can switch between Chinese and English at any moment.
13. Reports in both Chinese and English are available for each exam.
14. The temperature control system will ask the user to confirm that the cleaning is finished when they close it, which significantly lowers the chance that the equipment will be damaged if the user forgets to clean the material.
Specification
Measure range | 0. 01-600.00 g/10min (MFR) |
0. 01-600.00 cm3/10min(MVR) | |
Temperature range | 0-400℃ |
Temperature Fluctuation | ±0.2℃ |
Temperature gradient | ≤0.5°C (within 10~70mm of the upper end of the die in the barrel) |
Temperature resolution | 0.01℃ |
Measuring method | MFR MVR |
Material canister | Inner diameter : 9.55±0.007mm |
Inner length :160mm | |
Mould | Inner diameter: 2.095mm |
length: 8±0.025mm | |
Barrel temperature recovery time after feeding | ≤4min |
Displacement measure range | 0-30mm |
Displacement accuracy | ±0.02mm |
Displacement resolution | 0.01mm |
Timing accuracy | 0.01s |
Load | full load |
Base weight | (piston weight + base poise weight) 0.325Kg |
Weights (poise) | 0.875Kg, 1.290Kg, 1.835Kg, 3.475Kg, 4.675Kg, 5.000Kg, 5.000Kg one each (may freewill combination ) |
Poise can be | 0.325Kg,1.0Kg,1.2Kg,2.16Kg,3.8Kg,5.0Kg,10.0 Kg,21.6Kg |
Poise Accuracy | ≤±0.5% |
Supply Power | AC220V±10% 50Hz |
Heat up power | 550W |
Dimension | 580×480×530 |
Weight | 110kg |
Related News
Submitted successfully
We will contact you as soon as possible