The Magic Of Mse Pro 1500 ℃ Single-zone Mini Tube Furnace Fast Dispatch [adph70Y4]

MSE PRO™ 1500 ℃ Single-Zone Mini Tube Furnace

The MSE PRO™ 1500 ℃ Single-Zone Mini Tube Furnace is a state-of-the-art heating solution designed for precise and controlled temperature applications. This high-performance furnace features a robust heating element made of high-quality silicon carbide rods, capable of reaching temperatures up to 1500 °C. With a digital temperature controller and an S-type thermocouple, this furnace ensures accurate and consistent heating, making it ideal for various scientific and industrial experiments.

• Advanced heating element: Silicon carbide rods provide excellent heat resistance and durability, ensuring long-lasting performance.
• Digital temperature control: The precise temperature control system allows for easy programming and adjustment of heating parameters.

Product Specifications and Technical Details

The MSE PRO™ 1500 ℃ Single-Zone Mini Tube Furnace is equipped with a range of technical features that enhance its versatility and efficiency. It operates on a 220V/60Hz power supply and features a maximum temperature of 1500 °C with a rated temperature of 1400 °C. The operating pressure ranges from negative pressure to atmospheric pressure, making it suitable for various experimental conditions.

• Power supply: 220V/60Hz, ensuring reliable and efficient operation.
• Maximum temperature: 1500 °C, with a precise and consistent heating process.

Applications and Benefits

The MSE PRO™ 1500 ℃ Single-Zone Mini Tube Furnace is a versatile tool for a wide range of applications, including chemical vapor deposition (CVD), phosphor synthesis, sintering, and substrate coating. Its dual-ring sealing technology and quick-release flanges made of 316L stainless steel ensure a tight and secure seal, making it ideal for use under vacuum or atmospheric conditions.

• Applications: Ideal for CVD, phosphor synthesis, sintering, and substrate coating processes.
• Operational conditions: Suitable for use under vacuum or atmospheric conditions, providing flexibility in experimental setups.