160W Adjustable Temperature Tin Melting Furnace Pot

Reliable Tin Melting Furnace for Precise Heating

This 160W Adjustable Temperature Tin Melting Furnace is designed for consistent, controlled heating in soldering, repair, and small-scale production environments. With a compact furnace body and integrated metal melting pot, it provides a stable, enclosed heat source suitable for melting tin and similar low-melting-point alloys.

The adjustable temperature control allows you to fine-tune the heat up to a maximum of 550°C, helping you maintain the right temperature for different soldering and casting tasks. At full power, typical tin melts in approximately 8 minutes, supporting efficient workflow in electronics workshops, jewelry repair benches, and small fabrication settings. The sturdy construction and insulated handle area are designed to support safe, repeatable operation during daily use.

Why It's a Smart Choice

• Adjustable temperature control - Dial in the exact heat level needed for various tin alloys and workpieces, reducing overheating and material waste.
• Efficient 160W heating element - Provides steady, reliable heat output for consistent melting performance over repeated cycles.
• Compact, workshop-friendly design - Small footprint fits easily on workbenches while offering sufficient capacity for routine solder melting and small casting jobs.

FAQ

Q: What materials can I melt with this furnace?
A: It is intended primarily for melting tin and other low-melting-point solder alloys. It is not suitable for high-melting-point metals such as steel or copper.

Q: How long does it take to melt tin?
A: Under typical conditions and at higher temperature settings, tin generally melts in about 8 minutes.

Q: Is the temperature adjustable?
A: Yes. The unit features an adjustable temperature control, with a maximum temperature of approximately 550°C.

Q: Where is this furnace commonly used?
A: It is commonly used in electronics repair, small manufacturing workshops, laboratories, and craft or hobby settings where controlled tin melting is required.