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How to Choose the Right Nickel Crucible for Your Laboratory

Selecting the right nickel crucible is crucial for accurate and safe laboratory experiments. Here are key factors to consider:

1. Determine Experimental Needs: Identify the type of experiment, maximum temperature (up to 700°C), and chemical reagents. Nickel crucibles are ideal for alkaline solvents but not for acidic ones.

2. Choose the Right Capacity: Common capacities are 50ml, 100ml, and 250ml. Select based on your sample size to avoid overflow or waste.

3. Material and Quality: Ensure the crucible is made of pure nickel for better resistance. Choose reputable brands for durability.

4. Physical Characteristics: Check dimensions and shape to fit your equipment and workspace. Options include round-bottom, flat-bottom, and conical.

5. Ease of Use and Maintenance: Opt for easy-to-clean models. Clean with 1:20 dilute hydrochloric acid and distilled water.

6. User Reviews and Professional Opinions: Read reviews and consult experts for reliable advice.

7. After-Sales Service: Look for suppliers offering warranties and technical support.

By considering these factors, you can choose the most suitable nickel crucible for your laboratory needs.

Glass King-Quartz Glass Performance Overview

Optical Performance

• Excellent light transmittance across the ultraviolet to infrared spectrum, with visible light transmission rate over 95%.
• Maximum ultraviolet light transmission can reach more than 85%.

• Softening point temperature is approximately 1730°C.
• Capable of long-term use at temperatures up to 1180°C, with short-term maximum use temperature reaching 1450°C.