Portable Nordson Uv Bulb 775243 D Type - Cureuv Brand Value Pack [XRfH6Frq]

Portable Nordson Uv Bulb 775243 D Type - Cureuv Brand Value Pack [XRfH6Frq]

The Nordson UV Bulb 775243 D Type is a high-performance replacement UV lamp designed for deep penetration and superior curing. This lamp is guaranteed 100% compatible with Nordson UV systems, offering a reliable and efficient solution for various curing applications. With its modest diameter and innovative design, the D Type UV lamp delivers exceptional performance and durability.

Key Features and Specifications

The Nordson UV Bulb 775243 D Type boasts a powerful output of 300 WPI, ensuring effective curing for thick pigmented or clear coatings. This lamp features a 6-inch total length and a diameter of 9mm, providing optimal coverage and flexibility. The overall length of 157mm ensures a secure fit in compatible systems. With a working lifetime of 3000 hours, this UV lamp offers exceptional longevity and cost-effectiveness.

• Output Power: 300 WPI
• Type: D
• Length: 6 Inches
• Diameter: 9mm
• Overall Length: 157mm
• Working Lifetime: 3000 Hours

Practical Applications and Benefits

The Nordson UV Bulb 775243 D Type is ideal for a wide range of applications, including the curing of thick pigmented or clear coatings, as well as other curing processes. Its superior cure depth and speed make it a preferred choice for professionals in industries such as printing, packaging, and surface coating. The lamp's lower surface temperatures eliminate the need for complex heat removal mechanisms, providing a safer and more efficient curing experience. By choosing the Nordson UV Bulb 775243 D Type, you can enjoy the benefits of a high-quality, reliable UV lamp that enhances your productivity and ensures superior results.

• Deep Penetration: Achieve effective curing for thick pigmented or clear coatings
• Superior Cure Depth and Speed: Enhance productivity and efficiency in your curing processes
• Lower Surface Temperatures: Ensure safer and more efficient curing without complex heat removal mechanisms