Domestic limestone rapid analyzer

Limestone rapid analyzerIntroduction to Limestone Detector:

The GQ-3N element analyzer adopts a microcontroller control circuit and imported high-precision sensors to achieve instrument detection dataization. The instrument design is people-oriented, simplifies the operation process, and directly displays the content for testing. (Can analyze materials such as calcium fluoride in fluorite and calcium oxide in limestone).

Using computer and microcontroller technology to achieve program control and data processing. It can quickly and accurately measure the mass fractions of various elements in limestone, with high automation, accurate and reliable quantitative liquid addition, and low reagent volume, which improves the accuracy, precision, and analysis time of analysis and simplifies the operation process. Can directly display the content and print.

Adopting cold light source technology, imported optoelectronic components, and self calibrating zero and full-scale.

The system has good stability, strong anti-interference ability, accurate and reliable analysis results.

Replacing different wavelength cold light sources with pre adjustable potentiometers is convenient, expanding the range of measured element types and contents: 5. External sample dissolution, easy operation, no valve and pipeline aging, extending service life. Calcium and magnesium elements require us to use titration method for detection.

Alternatively, calcium can be measured using a calcium analyzer, while magnesium can be measured using the aforementioned instrument.

Our company guarantees to provide education and training. The detection error is within the national scope.

Limestone rapid analyzerMain technical parameters of limestone detector:

1. Analysis range: Calcium 0~99%

2. Analysis error: in accordance with the national standard GB5195.1-85

3. Power supply voltage: 50Hz 220V ± 10%

4. Environmental temperature:5℃~40℃

5. Weight:15kg

Mainly used in fields such as building materials, steel production, pharmaceuticals, and food.

1. Building materials

Monitoring the quality of building materials: Limestone analyzers play a crucial role in the manufacturing process of building materials. It can monitor and analyze the mineral composition of materials in real time, such as calcite and dolomite, to ensure that the produced building materials meet standards and have sufficient strength and durability.

● Improving the performance of building products: Through precise element analysis, the formula of concrete and mortar can be optimized to enhance the performance of these building materials. For example, by analyzing the results and adjusting the proportion of limestone in cement, better workability and hardening performance can be achieved.

Ensuring the safety of construction projects: Construction projects require high quality of materials, and the use of limestone element analyzers can ensure the consistency of the quality of stone, sand, and other materials used in building structures, which helps to improve the overall safety and reliability of the project.

2. Steel manufacturing

Optimize the furnace charge ratio: In steel production, limestone is mainly used as a flux. The elemental analyzer can accurately detect the composition of limestone to ensure correct proportioning in steel furnace materials, which is crucial for improving steelmaking efficiency and steel quality.

Control the production process: In the steel manufacturing process, limestone not only affects the smelting process, but also relates to the quality of the final product. Elemental analysis technology can help monitor changes in the composition of limestone throughout the entire production process, achieving automatic control and adjustment of the production process.

3. Pharmaceutical industry

Ensure drug quality: Limestone has special uses in the pharmaceutical industry, such as being used as a filler or excipient for some drugs. By using an elemental analyzer, the purity and stability of limestone can be ensured, avoiding the impact of impurities on the safety and effectiveness of drugs.

● Meet pharmaceutical standards: The pharmaceutical industry has very strict requirements for raw materials, and element analyzers can help production companies comply with relevant regulations and standards, ensuring that every raw material used is rigorously inspected and meets pharmaceutical grade requirements.

4. Food industry

Maintaining food safety: Limestone can be used as a food additive in the food industry, and element analyzers can detect heavy metals or other potentially harmful components in limestone, thereby ensuring food safety.

● Improving food quality: Through elemental analysis, the purity and applicability of additives can be better understood, providing scientific basis for food production and ultimately improving the quality and taste of the final product.

5. Environmental Protection

Monitoring environmental changes: Limestone analyzers are not directly used in industrial production, but can also be used for environmental monitoring, such as evaluating the impact of limestone mining and processing on the surrounding environment (such as water quality and soil).

● Promoting sustainable development: Through elemental analysis of limestone mines, more effective mining plans and environmental protection measures can be formulated to promote the sustainable use of resources.