| Specification | Details |
|---|---|
| Product Name | Arsenic Apparatus GL-53 |
| Category | Glassware |
| Product Type | Laboratory Arsenic Testing Apparatus |
| Material | Borosilicate Glass |
| Construction | Laboratory-grade borosilicate glass assembly with reaction flask, delivery tube, and supporting accessories |
| Application | Arsenic Determination, Chemical Analysis, Water Testing, Environmental Monitoring, Pharmaceutical Testing, and Research Laboratories |
All, Glassware
Arsenic Apparatus
Arsenic Apparatus is a specialized laboratory glassware assembly designed for the qualitative and quantitative determination of arsenic in various samples. Widely used in analytical laboratories, pharmaceutical industries, environmental testing facilities, water analysis laboratories, research institutions, and educational laboratories, it facilitates controlled chemical reactions required for arsenic detection and analysis.
- Manufactured from premium laboratory-grade borosilicate glass.
- Excellent resistance to chemicals and thermal shock.
- Precision-engineered design ensures reliable analytical performance.
- Suitable for qualitative and quantitative arsenic testing procedures.
- Smooth glass surfaces simplify cleaning and maintenance.
- Durable construction provides long service life under laboratory conditions.
- Compatible with standard laboratory analytical methods.
- Ideal for research, quality control, and environmental analysis applications.
- Suitable for analytical laboratories, pharmaceutical industries, environmental testing laboratories, and educational institutions.
- Commonly used for arsenic determination in water, chemicals, and laboratory samples.
- Clean thoroughly after each use using appropriate laboratory cleaning solutions.
- Handle carefully to avoid mechanical damage to the glass components.
- Store in a clean, dry, and secure laboratory environment.
- Inspect all glass joints and connections before use to ensure safe operation.
- Supports analytical testing, quality assurance, and scientific research activities.
