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How to Conduct Performance Testing on Rubber Products?
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How to Conduct Performance Testing on Rubber Products?

For companies that produce rubber mats, if they want to know the quality of their rubber products, they should carry out physical performance testing of rubber. This is a type of physical test that can assess a rubber's tensile strength, density, rebound resilience, and other physical properties to ensure that the products produced meet quality standards.
Some companies initially are not aware that such testing equipment exists, so they are unable to test their products, which can result in significant losses. So how can rubber product performance be tested? This requires the use of rubber physical performance testing equipment.
The use of this equipment is very simple. Although it is a high-tech product, it is easy to operate. No specialized knowledge is required to use it, and compared to other testing devices, it is designed with simplicity and convenience in mind, so there is no need to worry about operational difficulties.
Application:
AT430D Melt Flow Index Tester is used to measure the melt flow rate (MFR) of thermoplastic resin in quality control and research applications. It is suitable for PE, nylon, fluoroplastics and other engineering plastics which of higher melt temperature, and also suitable for PE, PP, ABS resin and other plastics which of lower melt temperature.
Standards:
ASTM D1238
ISO 1133-1
GB/T 3682-2000
JB/T 5456
Note: For more standards, please contact us!

Features:
1. Chinese/English operate interface;   
2. Simple structure, easy to operate, easy to maintain;
3. 7 inch Color touch screen control;
4. Professional software to control temperature automatically, automatically cutting material, real time display test curve, mini-printer to printout test data;
5. Can automatically calculate the melt flow rate (MFR) after inputting the mass value;
6. Can store recent 40 groups of test data.

Technical Specification:
Model
AT430D
Temperature range
120℃~450℃
Temperature error
≤±0.2℃
Temperature resolution
0.1℃
Temperature recovery time
≤4 min
Display mode
Touch screen operation
Test method
MFR
Timing accuracy
0.1s
Cutting mode
Manual & automatic
Standard die
Tungsten carbide, Φ2.095±0.005mm
Height of standard die
8.000±0.020mm
Inner diameter of feed cylinder
Φ9.550±0.025mm
Diameter of piston
Φ9.475±0.015mm
Length of piston head
6.350±0.100mm
Power
AC220V, 50Hz, 450w