JIPO porcelain crucible: low form, 60x38 mm and 62 ml capacity.
High-quality laboratory vessel made according to ISO 1772 and DIN 12904 for heating, melting, burning and calcining substances.
Diameter 60 mm
Height 38 mm
Capacity 62 ml
Model 1/60
202.6038
JIPO porcelain crucible: low form, 60x38 mm and 62 ml capacity.
High-quality laboratory vessel made according to ISO 1772 and DIN 12904 for heating, melting, burning and calcining substances.
Diameter 60 mm
Height 38 mm
Capacity 62 ml
Model 1/60
Laboratory porcelain is highly resistant to fire and direct flame. The crucible is used for melting, incinerating, carbonizing, heating and burning substances, chemical compounds and metals such as gold, silver and others.
The recipient is completely enamelled except for the bottom base.
Utensil for jewellery and silverware professionals, metallurgical and ceramics companies, pharmacies, catering, kitchens and laboratories in general.
| Diameter | Height | Capaciity | Shape |
| 20 mm | 14 mm | 2.5 ml | 1/20 |
| 30 mm | 19 mm | 5 ml | 1/30 |
| 35 mm | 22 mm | 10 ml | 1/35 |
| 40 mm | 25 mm | 17 ml | 1/40 |
| 45 mm | 28 mm | 21 ml | 1/45 |
| 50 mm | 32 mm | 34 ml | 1/50 |
| 60 mm | 38 mm | 62 ml | 1/60 |
JIPO is a distinguished Czech brand known for the high quality of its products in accordance with EN 1183 and ISO 1775.
The manufactured porcelain material is within the group C110 according to the Czech State Standard (CSN 60672-3 standard) and meets the parameters of the highest working requirements due to its high quality, good chemistry and heat resistance. Its composition is clay, quartz and feldspar (3AL2O3 . 2SiO2).
Technical properties
High softening temperature, which makes it possible to work with:
unglazed products can be used at temperatures up to 1350 °C / 2462 °F
glazed products at temperatures of up to 1000 °C / 1832 °F
Other technical properties:
Density = 2.4 g/cm³
Bending strength of unglazed products (70 MPa)
Thermal conductivity (Wm-1 . K-1) = 1.3
Resistance to alkalis, 99.96%.
Resistance to acids, 99.99%.
Hardness according to Mohs 7-8
Tensile strength 400 Kp/cm²
Compressive strength 3500 Kp/cm²
Minimum bending strength 500 Kp/cm²
Water absorption capacity 0%
