Overview
Huicheng HC-3500 carbon black content tester is suitable for the determination of carbon black content in polyethylene (PE), polypropylene (PP) and polybutene plastics. The instrument obtains carbon black content through weight analysis after high temperature analysis of the sample under nitrogen protection. It has the advantages of convenient use, simple operation, accurate measurement, high accuracy and Degree of automation.
Features
1. The open-lid furnace structure is adopted, which is convenient for placing samples and has better heat dissipation effect.
2. The furnace adopts super long heating unit, which can test 4 groups of samples at the same time, which greatly improves the test efficiency.
3. The software has its own calculation function, which can automatically calculate the carbon black content and ash content with one click, which is very convenient and fast.
4. PID precision temperature control, high temperature control accuracy, Temperature range, furnace Temperature uniformity.
5.7 inch LCD Touchscreen display, can start with one key operation, set thermostatic time, high thermostatic accuracy.
6. Intelligent programmable control, multi-component heating program can be set.
Principle
The carbon black content test is obtained by the weight analysis of the sample under nitrogen protection after high temperature analysis.
Applications
Determination of carbon black content in polyethylene (PE), polypropylene (PP) and polybutene plastics
Standards
GB/T2951.41-2008、GB/T3515-2005、GB/T13021-1991、GBT 13663.2-2018、YDT 837.3-1996、ISO 6964、IEC 60811-4-1、JTG E50 T1165
Steps
1. Place the sample in the open-lid furnace body.
2. Set the multi-component segment heating program through the 7-inch LCD Touchscreen.
3. One-click operation to start the test.
4. Software automatically calculates carbon black content and ash content.
Notice
• The instrument needs to be tested under nitrogen protection
Make sure the sample is properly placed in the furnace
• Follow the set heating schedule
• Pay attention to the high temperature of the furnace body after the test is completed to avoid burns
