Spotting Plate

The GISCOM Porcelain Spotting Plate is a multi-cavity reaction plate designed for small-scale qualitative chemical tests and colour reactions. Its durable porcelain construction ensures chemical resistance and consistent performance in routine laboratory workflows. Ideal for micro-scale experiments, it allows users to observe reactions using minimal reagent quantities, making it an essential tool for analytical labs, academic institutions, and research environments.

 Key Features

• High-quality glazed porcelain (except the bottom surface) for excellent chemical resistance.
• Multiple uniform cavities for simultaneous testing of various reagents.
• Non-porous, stain-resistant surface ensuring accurate colour observation.
• Stable, flat base for safe benchtop operation.
• Easy to clean, reusable, and designed for long-term laboratory use.
• Suitable for microchemistry, titrations, pH tests, and spot analysis.

Material Specifications

• Material: Laboratory-grade porcelain.
• Chemical Resistance: Highly resistant to acids, alkalis, solvents, and staining reagents.
• Thermal Properties: Can withstand moderate heating; stable under typical lab temperature ranges.
• Mechanical Strength: Dense ceramic composition provides chip and crack resistance.
• Standards: Manufactured in compliance with international ISO laboratory quality standards.

 Technical Specifications

• Cavity Options: Multiple-cavity formats are available (e.g., 6-well, 12-well, 24-well).
• Dimensions: Standard laboratory sizes; custom cavity designs available upon request.
• Tolerance & Finish: Precision-moulded cavities for uniform reagent distribution.
• Calibration: Not applicable.
• Accessories: Supplied as a single spotting plate; no additional accessories required.

Handling & Precautions

• Clean after each use with mild detergents; avoid abrasive scrubbing materials.
• Do not expose to thermal shock (rapid heating or cooling).
• Avoid dropping or striking with hard objects to prevent chipping.
• Rinse thoroughly before switching between reagents to avoid cross-contamination.
• Store in a padded container or designated cabinet to maintain longevity.

Applications

• Ideal for qualitative analysis, colour reactions, and microchemical tests.
• Widely used in pharmaceutical, chemical, biotech, and environmental testing labs.
• Suitable for academic teaching experiments and demonstrations.
• Useful for reagent comparison, pH evaluation, small-scale titration, and preliminary compound screening.
• Supports QC/QA workflows by enabling quick multiple-reaction assessments with minimal sample use.