Rapid chloride ion content analyzer RCTE type
Negotiable /Bag
Min.Order:1 Bag
China Concrete Technology (Tianjin) Co., Ltd
Product Usage
Used for laboratory testing of water-soluble chloride ion content in materials such as concrete, sand and gravel, admixtures, and water.
Execution standards
1. Concrete Quality Control Standard GB50164-2011;
2. Code for Durability Design of Concrete Structures (GB/T50476-2008);
3. Technical Specification for Application of Sea Sand Concrete (JGJ206-2010);
4. Design Specification for Ordinary Concrete Mix Proportions (GJ55-2011);
5. Test Method for Uniformity of Concrete Admixtures GBT 8077-2012;
6. Technical Specification for Detection of Chloride Ion Content in Concrete (JGJT 322-2013);
7. Technical Specification for Concrete Testing and Testing in Water Transport Engineering JTS/T 236-2019.
8. CECS53:93
9.CECS220:2007
technical parameter
1. Power supply voltage: AC220V 50Hz;
2. Measurement accuracy:<3%;
3. Concentration measurement range: 10-5~10-1 mol/L;
4. Equipped with a printer, working voltage: DC 5V;
5. ※ Data storage capacity: 9999 times;
6. Controller: Color touch screen;
7. Collection cycle: 0-999S (adjustable);
8. ※ One click USB export of test results;
9. PH value range: 2-12;
10. Working temperature: 0-80 ℃.
11. ※ The collection time can be set, perfectly compatible with imported/domestic electrodes;
12. Multi functional integration (calibration, testing, printing, etc.), easy to use/operate;
13. ※ Embedded digital high impedance design, high accuracy, anti-interference, and good stability;
14. Data storage: can store 9999 sets of test data;
15. Measurement range of chloride ion concentration: 10-5-1 mol/L;
16. Multiple sample detection modes, convenient for conducting various types of experiments;
17. ※ Built in multiple linear regression calculation equations can indicate errors during calibration and measurement;
18. 1 minute rapid determination of chloride ion concentration and mass percentage in the sample;
19. It can directly detect the molar concentration and mass percentage of chloride ions in fresh concrete.