Cadmium Test Tube In Price
Specialized test tube for cadmium detection and analysis in environmental monitoring, industrial testing, and analytical chemistry applications.
Louise Corscadden, PhD
Director of Science · ConductScience
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Key Specifications
Full details →- Model fit
- 1 selectable configurations
- SKU family
- CS-LH-LAB016
- Sizing
- 8.8 x 7.3 x 5.9 cm
- Ordering
- Online checkout and quote request available
- Category
- Water Test Kits
- Build notes
- Confirm accessories, station layout, and support needs before purchase
The ConductScience Cadmium Test Tube is a specialized laboratory consumable designed for cadmium detection and analysis applications. This test tube provides a controlled reaction vessel for colorimetric or spectrophotometric determination of cadmium concentrations in various sample matrices. The tube is manufactured to support standard analytical protocols for heavy metal analysis in environmental, industrial, and research settings.
The test tube format enables precise sample handling and measurement procedures required for quantitative cadmium analysis. Compatible with standard laboratory instrumentation and analytical workflows, this consumable supports reproducible results in cadmium monitoring applications across multiple research domains.
How It Works
Cadmium detection using this test tube typically employs colorimetric or spectrophotometric analytical methods. The sample is prepared in the test tube with appropriate reagents that form colored complexes with cadmium ions. Common detection methods include dithizone complexation, which produces characteristic color changes proportional to cadmium concentration, or atomic absorption spectrophotometry preparation where the test tube serves as the sample preparation vessel.
The test tube provides a controlled environment for reagent mixing, incubation, and measurement procedures. Sample preparation may involve pH adjustment, complexing agent addition, and extraction procedures, all conducted within the tube to minimize contamination and ensure analytical accuracy. The transparent design enables visual monitoring of color development and facilitates spectrophotometric measurements.
Features & Benefits
Pack Size
- 24-Pack
Weight
- 0.26 kg
Dimensions
- L: 8.8 mm
- W: 7.3 mm
- H: 5.9 mm
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Application Specificity | Designed specifically for cadmium detection applications | General-purpose test tubes require validation for heavy metal analysis | Optimized design ensures reliable performance in cadmium analysis protocols. |
| Chemical Compatibility | Compatible with cadmium analytical reagents | Standard tubes may have limited reagent compatibility | Eliminates concerns about reagent-tube interactions during analysis. |
| Optical Properties | Optimized for spectrophotometric measurements | Variable optical quality in general consumables | Ensures accurate absorbance readings and consistent measurements. |
| Quality Assurance | Manufactured for analytical applications | General lab consumables may lack analytical specifications | Provides confidence in analytical results through consistent performance. |
This cadmium-specific test tube offers specialized design features for heavy metal analysis applications. The optimized construction supports reliable analytical procedures with appropriate chemical resistance and optical properties for spectrophotometric measurements.
Practical Tips
Always prepare blank samples using the same reagents and procedures to account for background interference.
Why: Blank subtraction ensures accurate cadmium quantification by removing reagent contributions.
Use certified reference standards to establish calibration curves across the expected concentration range.
Why: Traceable standards ensure measurement accuracy and method validation.
Store tubes in clean, dry conditions away from contamination sources.
Why: Proper storage prevents trace metal contamination that could affect analytical results.
Run duplicate samples and include quality control standards in each analytical batch.
Why: Duplicates and QC samples verify measurement precision and analytical performance.
Handle all cadmium-containing samples and reagents in appropriate fume hoods with proper PPE.
Why: Cadmium is toxic and requires careful handling to prevent exposure risks.
If color development is inconsistent, verify reagent freshness and pH conditions.
Why: Reagent degradation or pH drift can affect complex formation and color intensity.
Setup Guide
What’s in the Box
- Cadmium test tubes (quantity as specified)
- Product identification labels (typical)
- Certificate of conformity (typical)
Warranty
ConductScience provides standard warranty coverage for laboratory consumables, with replacement available for manufacturing defects. Technical support is available for application-specific questions.
Compliance
What analytical methods are compatible with this test tube?
The tube supports colorimetric detection methods, spectrophotometric analysis, and atomic absorption spectrophotometry sample preparation for cadmium determination.
What is the detection limit for cadmium using this system?
Detection limits depend on the analytical method employed and instrumentation used. Consult specific analytical protocols and instrument specifications for sensitivity data.
Can this tube be used for other heavy metals besides cadmium?
While designed for cadmium analysis, the tube may be suitable for other heavy metal determinations depending on reagent compatibility and analytical requirements.
What sample types can be analyzed?
Suitable for water samples, digested solid samples, biological extracts, and other liquid matrices following appropriate sample preparation procedures.
Are these tubes reusable?
These are typically single-use consumables to prevent cross-contamination, though reuse may be possible after thorough cleaning for non-trace applications.
What reagents are typically used with this tube?
Common reagents include dithizone, EDTA, buffer solutions, and extraction solvents as specified by the analytical method being employed.
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