The MEDILAB Combustion Boat is a precision-engineered porcelain vessel designed for high-temperature combustion, ashing, and analysis of samples in laboratory and industrial environments. Widely used by chemists, metallurgists, and material scientists, it provides stable performance under extreme heat and aggressive chemical conditions. Its durable construction ensures reliable results in processes demanding accuracy, thermal stability, and chemical resistance.

 Key Features

• Manufactured from premium refractory porcelain for high-heat applications
• Withstands temperatures up to approx. 1150°C (glazed/unglazed options)
• Smooth interior surface for easy sample handling and residue removal
• Long, tray-shaped design ensures uniform burning and sample distribution
• Excellent resistance to acids, alkalis, and abrasive chemical environments
• Low porosity minimizes contamination and supports accurate analysis
• Thermal shock–resistant when heated gradually
• Robust, chip-resistant edges for long service life

Material Specifications

• Material: High-grade laboratory porcelain
• Thermal Properties: Suitable for extended exposure to high temperatures. Stable performance under combustion and oxidation conditions
• Chemical Properties: Glazed surfaces resist most corrosive chemicals. Inert ceramic body preserves sample integrity
• Mechanical Properties: Dense, durable structure for repeated high-temperature use
• Standards: Produced under ISO-aligned quality control and manufacturing processes

 Technical Specifications

• Construction: Available in glazed or unglazed variants, depending on application
• Max. Use Temperature: Approx. 1150°C
• Available Sizes: Multiple lengths and capacities available (as per customer requirement)
• Dimensions: Provided according to specific size selection
• Tolerance: Uniform wall thickness for consistent heating and performance
• Accessories: Compatible holders or tongs are available separately

 Handling & Precautions

• Heat gradually to avoid sudden thermal shock
• Do not place hot boats directly on cold or damp surfaces
• Clean with mild, non-abrasive detergents; avoid metal scrubbers
• Handle with tongs or heat-resistant gloves during and after heating
• Safely store in cushioned racks to prevent chipping
• Avoid rapid temperature cycling beyond porcelain limits
• Suitable for controlled furnace environments; do not exceed rated temperature

 Applications

• High-temperature combustion and ashing in chemistry and metallurgy
• Determination of carbon, sulphur, and other elemental analyses
• Thermal decomposition studies and residue evaluation
• Sample preparation in QC/QA laboratories across pharmaceuticals, chemicals, and mining
• Teaching and research laboratories in universities and institutes
• Ideal for abrasive chemical environments and furnace-based processes