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Semixylenol Orange CAS 19329670 High Purity China Suppliers and Factory

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Premium Semixylenol Orange CAS 19329-67-0 for precise metal ion detection. High-purity indicator from leading China suppliers and factory, ideal for EDTA titrations and trace analysis.
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Description
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Semixylenol Orange is a premium, high-purity metallochromic indicator engineered for precision in complexometric titrations. Specifically designed for the detection of metal ions such as lead, zinc, and rare earth elements, it facilitates a sharp and distinct color transition from yellow in its free form to red when metal-bound. This high-contrast visual endpoint determination makes it an indispensable tool for EDTA titrations in rigorous analytical environments.

Beyond standard titrations, this versatile reagent is critical for trace metal analysis in environmental monitoring, metallurgical assessment, and biochemical research. With exceptional water solubility and stability across a diverse pH range, Semixylenol Orange ensures reproducible and accurate results, supporting both quantitative spectrophotometric measurements and qualitative laboratory testing in accordance with international regulatory standards.

Detailed Parameters

Chemical NameSemixylenol orangeCAS No.19329-67-0
Molecular FormulaC26H23NNa2O9SMolecular Weight571.52
AppearanceOrange yellow powderBismuth SensitivityPasses test
Water SolubilityPasses testSulfated Ash25.0% max
Solubility DetailMauve in water; Insoluble in alcoholPacking25kg/ fibre drum

Key Advantages

High Selectivity

Enhanced selectivity for specific metal ions compared to traditional Xylenol Orange, ensuring precise detection.

Robust Stability

Resists degradation from light and oxidation, guaranteeing reproducible results during long-duration titrations.

Sharp Contrast

Vivid yellow-to-red color change enables rapid and accurate endpoint determination for researchers.

Ultra-Sensitivity

Capable of detecting metal concentrations as low as micromolar levels for advanced trace analysis.

Broad Compatibility

Works seamlessly in both aqueous and mixed-solvent systems across a wide range of pH conditions.

Safe Profile

Offers a non-toxic profile making it a safer alternative for educational and industrial laboratories.

Product Gallery

Management Platforms

Quality Control

Strict batch-to-batch consistency checks to meet global analytical standards.

Purity Optimization

Advanced synthesis processes to minimize interference and maximize sensitivity.

Stability Tracking

Rigorous shelf-life testing to ensure reagent potency over time.

Regulatory Compliance

Full adherence to chemical safety and environmental manufacturing guidelines.

Secure Packaging

Industrial-grade fibre drums to prevent contamination and moisture ingress.

Technical Support

Expert guidance on titration protocols and spectrophotometric integration.

Investment Return Comparison

MetricTraditional IndicatorsSemixylenol Orange
Endpoint ClarityModerateHigh Contrast (Sharp)
Detection LimitMillimolarMicromolar Level
Chemical StabilityProne to OxidationHigh Resistance
Metal SelectivityGeneralEnhanced Specificity
Analysis TimeStandardReduced (Faster Endpoint)

Frequently Asked Questions

Q: What is the primary application of Semixylenol Orange in the chemical industry?

It is primarily used as a high-sensitivity metallochromic indicator for complexometric titrations, specifically to detect metal ions like lead, zinc, and rare earths in analytical chemistry.

Q: How does Semixylenol Orange differ from Xylenol Orange?

The semi-derivative structure offers enhanced selectivity for certain metals and provides a sharper visual contrast, improving the accuracy of endpoint determination.

Q: Is this indicator compatible with spectrophotometric analysis?

Yes, its consistent color transitions and high purity make it highly compatible with spectrophotometric methods for quantitative measurements.

Q: What are the recommended storage conditions for this chemical?

It should be stored in its original fibre drum, kept in a cool, dry place, and protected from excessive light to maintain its long-term stability.

Q: Can Semixylenol Orange be used for environmental soil testing?

Yes, it is widely used for trace metal analysis in water and soil samples to monitor environmental contamination.

Q: What is the typical solubility of Semixylenol Orange?

It exhibits excellent water solubility (forming a mauve solution) but is insoluble in alcohol.

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