Porcelain Tall Form Melting Crucibles

Porcelain Tall Form Melting Crucibles

Description:

The Porcelain Tall Form Melting Crucibles are high-quality laboratory tools used for the melting, heating, or fusion of various substances at elevated temperatures. Made from durable, heat-resistant porcelain, these crucibles are designed to withstand high temperatures, making them ideal for use in laboratory processes like metal melting, sample preparation, and chemical reactions. The tall form design provides additional volume and allows for efficient heating and stirring of materials. These crucibles are commonly used in chemical, environmental, and material science labs for various high-temperature applications.

Specifications:

• Material: High-quality, heat-resistant porcelain
• Shape: Tall form design for increased volume and effective heating
• Temperature Range: Capable of withstanding high temperatures (typically up to 1000°C depending on the specific porcelain grade)
• Capacity: Available in a range of sizes, typically ranging from 30mL to 500mL
• Surface: Smooth, non-reactive surface to minimize contamination and ensure easy cleaning
• Weight: Varies based on the size of the crucible, typically lightweight for easy handling
• Resistance: Resistant to most acids and alkalis, ensuring durability and reliability in chemical processes
• Shape Features: Tall, cylindrical design helps prevent spillage and allows for better control over the heating process

Uses:

• Used for the melting and heating of metals, salts, and other materials in laboratories.
• Ideal for sample preparation in chemical analysis and synthesis.
• Commonly used in high-temperature experiments where other materials may not be suitable.
• Used in material science for melting and forming various substances during research and testing.
• Perfect for performing fusion reactions, particularly in wet chemistry processes.
• Used for drying and heating samples in applications like gravimetric analysis.

Features:

• Made from high-quality, durable porcelain that can withstand extreme temperatures without degradation.
• Tall form design provides extra volume and efficient heating for larger amounts of material.
• Resistant to most acids and alkalis, making it suitable for a variety of chemical applications.
• Non-reactive surface ensures minimal interaction with the materials inside the crucible, preserving sample integrity.
• Lightweight yet strong, allowing for easy handling and transfer of materials without risk of breakage.
• Efficient for high-temperature reactions, ensuring consistent and reliable results in laboratory processes.
• Easy to clean and maintain, ensuring long-lasting performance in the laboratory.