Porcelain round-bottom evaporating dishes, glazed inside and on the outer rim. Rated up to 1,150 °C for evaporating solutions, calcination/carbonisation, and melting of chemical compounds. Made from technical porcelain (clay, quartz, and feldspar) with high mechanical and thermal resistance. Available in multiple capacities, they optimize processes in laboratories, jewellery making, and more.
Porcelain Evaporation Dishes, Round Bottom
Code
Porcelain round-bottom evaporating dishes, glazed inside and on the outer rim. Rated up to 1,150 °C for evaporating solutions, calcination/carbonisation, and melting of chemical compounds. Made from technical porcelain (clay, quartz, and feldspar) with high mechanical and thermal resistance. Available in multiple capacities, they optimize processes in laboratories, jewellery making, and more.
€8.70 tax incl.
€7.19 Tax excl.
Spain 21% VAT; The final tax applicable may vary according to the country of destination.
Laboratory Porcelain Evaporation Dishes
Our laboratory porcelain dishes are designed to deliver optimal performance in applications requiring high-temperature resistance. Although porcelain is highly heat-resistant, it should not be exposed directly to fire or flame. It is ideal for use with drying ovens and, with proper precautions, can be used alongside a Bunsen burner by placing an insulating wire mesh between the flame and the dish.
These dishes are essential for the evaporation of solutions through heat application and can withstand processes such as carbonization or fusion of chemical compounds. Their versatility makes them suitable for professionals in jewelry, metallurgy, ceramics, pharmacies, hospitality, kitchens, and general laboratories.
Composition: Made from clay, quartz, and feldspar (3AL2O3 . 2SiO2), these dishes meet the highest standards of chemical quality and thermal resistance.
Technical Properties:
- High softening temperature: withstands up to 1150 °C / 2102 °F
- High mechanical strength
- Low longitudinal thermal expandability
Other Technical Properties:
- Density: 2.3-2.5 g/cm³
- Thermal conductivity: 1.3 W/m·K
- Alkali resistance: 99.96%
- Acid resistance: 99.99%
- Mohs hardness: 7-8
- Tensile strength: 400 Kp/cm²
- Compressive strength: 3500 Kp/cm²
- Minimum flexural strength: 500 Kp/cm²
- Water absorption capacity: 0%
Take advantage of the advanced capabilities of our porcelain dishes to optimize your laboratory processes and ensure precise and reliable results.
Data sheet
- Material
- Porcelain
- Colour
- White
- Rim Shape
- Flat Finish with Spout
- Body Shape
- Cylindrical
- Height Shape
- Low Form - Shallow Form
- Bottom Shape
- Round Bottom
- Enamelled / vitrified / glazed
- Glazed inside and glazed outside rim up to the peak