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General Items
EVAPORATING DISHES AZA1069
Evaporating Dishes are essential laboratory vessels used for the evaporation of solvents, concentration of solutions, and preparation of solid residues through controlled heating. The AZA1069 Evaporating Dishes from AZALAB are manufactured from high-grade laboratory porcelain, offering excellent thermal stability, chemical resistance, and long service life.
These shallow, bowl-shaped dishes are widely used in chemical analysis, pharmaceutical testing, educational laboratories, food testing, and material science, where consistent heating and resistance to thermal shock are critical.
Description
AZALAB evaporating dishes are specifically designed to withstand direct flame, hot plate heating, and oven use without cracking or deformation. The glazed inner surface allows easy observation of residues and simplifies cleaning, while the unglazed base improves heat transfer efficiency during evaporation.
Available with or without a pouring spout, AZA1069 evaporating dishes provide flexibility for safe handling and transfer of concentrated solutions or residues.
Key Features
- Premium Porcelain Construction
Manufactured from heat-resistant ceramic porcelain capable of withstanding temperatures up to 1150°C.
- Glazed Interior Surface
Smooth, non-porous finish for easy cleaning and clear visibility of residues.
- Unglazed Bottom Surface
Enhances direct heat absorption when placed on wire gauze, tripod stand, or hot plate.
- With / Without Spout Options
Pouring spout models allow controlled transfer of contents without spillage.
- Wide Capacity Range
Available in multiple standard sizes to suit different laboratory requirements.
- Excellent Chemical Resistance
Suitable for use with most acids, bases, and laboratory reagents.
Applications
AZA1069 Evaporating Dishes are used extensively across scientific and industrial laboratories for:
- Evaporation of solvents from chemical solutions
- Crystallization of solutes during qualitative analysis
- Boiling and concentration of liquids
- Residue recovery in gravimetric analysis
- Sample preparation in pharmaceutical laboratories
- Ash content determination in food, cement, and material testing
- Routine academic and teaching laboratory experiments
Technical Specifications
| Property | Details |
|---|---|
| Model | AZA1069 |
| Material | High-grade glazed porcelain |
| Temperature Resistance | Up to 1150°C |
| Capacity Range | 30 ml, 60 ml, 100 ml, 150 ml, 200 ml, 250 ml |
| Interior Surface | Glazed |
| Bottom Surface | Unglazed (enhanced heat conduction) |
| Options | With spout / Without spout |
| Color | White |
| Chemical Resistance | Excellent (acid and alkali resistant) |
| Packaging | Individual packing or bulk supply |
Frequently Asked Questions (FAQ)
Q1: Can AZA1069 evaporating dishes be used over a direct flame?
Yes. These porcelain dishes are designed for safe use over Bunsen burners, wire gauze, and tripod stands.
Q2: Are the dishes oven and hot-plate safe?
Yes. They can be used in laboratory ovens, hot plates, and controlled heating environments.
Q3: Are they suitable for acidic or alkaline solutions?
Absolutely. The porcelain material is chemically inert to most acids and bases.
Q4: How should the dishes be cleaned after use?
Clean using non-abrasive laboratory detergents. Avoid sudden cooling after heating. For stubborn residues, soaking in mild acid is recommended.
Q5: What is the function of the unglazed bottom?
The unglazed base improves heat transfer efficiency, reducing evaporation time.
Q6: Are bulk supply and OEM branding available?
Yes. AZALAB offers bulk quantities and OEM/private labeling options for institutions and distributors.
Product Highlights
- High-temperature resistant porcelain construction
- Ideal for evaporation, concentration, and residue analysis
- Smooth glazed interior for easy cleaning
- Unglazed base for efficient heat transfer
- Available in multiple standard capacities
- Suitable for academic, pharmaceutical, and industrial labs
Model: AZA1069
Additional information
| Material |
High-grade glazed porcelain |
|---|---|
| Temperature Resistance |
Up to 1150°C |
| Capacity Range |
30 ml to 250 ml |
| Bottom Surface |
Unglazed (for optimal heat contact) |
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