Fast Shipping Ushio 1001350 Qih240-2000t/s - Infrared - 2000w - 240v - 603mm - Horizontal Burn Position - 10ct Holiday Edition [96zhtvCO]

Ushio 1001350 QIH240-2000T/S Infrared Heater Bulb

The Ushio 1001350 QIH240-2000T/S is a top-tier quartz infrared heater bulb designed for precision and efficiency. Engineered with cutting-edge technology, this bulb delivers a robust 2000 watts of power at a voltage of 240 volts. With a color temperature of 2500K, it offers a perfect balance of heat and visibility, making it ideal for various industrial applications. The horizontal burn position ensures optimal heat distribution, maximizing the bulb's effectiveness.

Key Features and Specifications

This infrared heater bulb stands out for its high-quality standards and state-of-the-art design. Its quartz tube construction ensures longevity and durability, providing a reliable source of heat for years to come. The high efficiency of these lamps allows for the transfer of large amounts of heat while maintaining absolute controllability. This makes them perfect for radiant applications that require instant on and instant off capabilities, such as curing, paint/ink drying, and semiconductor processing. The Ushio 1001350 QIH240-2000T/S is also equipped with a 603mm diameter, ensuring it fits seamlessly into a wide range of systems.

Practical Applications

The Ushio 1001350 QIH240-2000T/S is a versatile solution for various industries. Its high wattage density makes it an excellent choice for high-speed production processes, where precise heat control is crucial. The following are some of the key applications where this bulb excels:

• Curing: Achieve optimal curing results with fast and efficient heat transfer.
• Paint/Ink Drying: Ensure quick and even drying of paints and inks, improving productivity and quality.
• Semiconductor: Provide a reliable and precise heat source for semiconductor manufacturing processes.

With its exceptional performance and wide range of applications, the Ushio 1001350 QIH240-2000T/S is a must-have for any professional setting seeking to enhance efficiency and reliability.