Photometric Test Apparatus For Quick Determination Of SO3 In Cement.

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Photometric Test Apparatus For Quick Determination Of SO3 In Cement

The Photometric Test Apparatus for the quick determination of SO3 (Sulfur trioxide) in cement is a state-of-the-art instrument designed for precise and rapid measurement of SO3 content in various cement samples. Sulfur trioxide is a critical component in cement compositions, impacting the quality and properties of the final product. Accurate measurement is essential for quality control and product formulation in the construction industry.

Key Features

1. Double Light Intensity Meter: The apparatus is equipped with a double light intensity meter, providing increased accuracy in quantifying the percentage of SO3. This advanced feature ensures reliable readings even in complex cement mixtures.
2. Export Quality Build: The model is of export quality, ensuring it meets international standards. It is built to withstand intensive use in professional laboratories while maintaining consistent performance.
3. Constant Voltage Transformer: To enhance measurement reliability, the apparatus includes a built-in constant voltage transformer. This feature stabilizes the power supply to the device, eliminating voltage fluctuations that could affect accuracy.
4. High-Quality Components: All components utilized in the construction of this apparatus are sourced from the highest quality materials available in the market. This ensures exceptional durability, precision, and long-term reliability.
5. Versatility: The apparatus is engineered to cater to various capacities, specifications, and user applications. It’s adaptable for use in different environmental and experimental conditions, making it a versatile tool for laboratories worldwide.

Technical Specifications

• Model: EIE 377
• Measurement Range: Specific range tailored to detect low to high levels of SO3 content in cement mixtures.
• Light Intensity Meter: Dual meters with highly sensitive photometric sensors for precise readings.
• Voltage: Internal voltage stabilizer via built-in constant voltage transformer.
• Dimensions: Compact design to fit laboratory benches or dedicated analysis stations.
• Temperature Range: Operates effectively in standard laboratory conditions (specific temperature ranges can be adjusted based on user requirements).
• Power Supply: Standard laboratory electrical requirements (e.g., 220V/50Hz or as specified for export markets).
• Display: Digital or analog display options for readouts, depending upon the model variant.
• User Interface: Intuitive controls for easy calibration and use by laboratory technicians.
• Material: High-quality, resilient materials designed to withstand chemical exposure and repeated use.
• Accessories: Comes with necessary accessories for sample preparation and analysis (e.g., sample holders, calibration liquids, etc.).

Applications

The Photometric Test Apparatus is essential for:

• Quality control in cement manufacturing.
• Research and development in material science.
• Laboratory analysis in construction engineering.
• Educational purposes in technical and engineering institutions.
• Fieldwork where rapid and accurate analysis of SO3 content is required.

Usage Instructions

1. Setup: Ensure the apparatus is placed on a stable surface and connected to the appropriate power source. Verify the proper function of the constant voltage transformer.
2. Calibration: Follow the specific calibration instructions provided with the apparatus. Calibration is crucial for accurate measurements and should be performed whenever the apparatus is moved or before initiating a new series of tests.
3. Sample Preparation: Cement samples should be prepared according to standard laboratory practices. Ensure the samples are free from contaminants that could interfere with SO3 readings.
4. Measurement: Place the prepared sample in the sample holder. Adjust the light intensity meter to the required settings and begin the measurement process. The double light intensity meter will provide precise readings of SO3 content.
5. Recording Results: Record the photometric readings as per laboratory protocols. Use these readings to determine the percentage of SO3 in the cement sample.
6. Maintenance: Periodically check the apparatus for wear and tear. Clean the components according to the manufacturer's recommendations to maintain accuracy and extend the life of the device.

Advantages

• High Accuracy: The dual light intensity meter significantly enhances the precision of SO3 content measurements, making it invaluable for quality assurance processes.
• Reliability: Constructed with top-tier materials and equipped with a constant voltage transformer, the apparatus guarantees consistent performance over time.
• Ease of Use: Designed with the user in mind, the apparatus features intuitive controls and easy-to-read displays, making it accessible for both experienced technicians and new users.
• Durability: The high-quality construction ensures that the device can withstand regular use in demanding laboratory environments.
• Flexibility: Customizable to meet various testing needs, this apparatus can be adapted to specific capacities and applications, offering great flexibility to users.

Purchase Considerations

When acquiring the Photometric Test Apparatus for quick determination of SO3 in cement, consider the following:

• Capacity Requirements: Ensure that the chosen model