0.4mm Green Hotend with Tungsten Steel Nozzle for Bambu Lab X1C /X1 /P1P /P1S 3D Printer, High-Temperature Resistant Up to 550℃, Wear-Resistant for Carbon Fiber and Glass Fiber Filaments

Product Description: Tired of clogged nozzles, inconsistent prints, or frequent replacements when printing abrasive materials? Upgrade to our premium tungsten carbide hotend, engineered to meet the demands of high-performance 3D printing. Unmatched Durability for Abrasive Filaments Our nozzle is forged from 80HRC tungsten carbide, one of the hardest materials used in 3D printing. This exceptional hardness makes it 1.5 times stronger than hardened steel, allowing it to effortlessly slice through carbon fiber, glass fiber, and other filled filaments without wearing down. Say goodbye to frequent nozzle changes and hello to uninterrupted printing. Dual-Metal Design for Superior Thermal Performance The innovative combination of tungsten carbide and copper alloy creates a nozzle that excels in both heat resistance and conductivity. With a maximum temperature rating of 550℃, you can confidently print high-temperature materials like PEI, PEEK, and nylon with ease. The copper alloy base ensures rapid heat transfer and uniform temperature distribution, eliminating hotspots and improving print quality. Precision Engineering for Perfect Prints Every detail of this nozzle is crafted with precision. The nickel-plated surface reduces friction to just 0.05, preventing filament buildup and ensuring smooth extrusion. The ultra-smooth internal bore (Ra≤0.4) minimizes pressure loss, resulting in consistent flow rates and crisp, detailed prints. The integrated steel head design eliminates the risk of leaks or misalignment, providing a reliable printing experience. Perfectly Compatible with Bambu Lab Printers This nozzle is designed as a direct replacement for Bambu Lab X1, X1 Carbon, P1P, P1S 3D printers. Installation is quick and easy, requiring no modifications to your printer. Whether you're upgrading your current setup or replacing a worn-out nozzle, this hotend will seamlessly integrate into your workflow. Invest in Long-Term Performance Our tungsten carbide hotend is built to last, providing exceptional durability, precision, and thermal performance. Backed by our commitment to quality, this nozzle is the perfect choice for anyone looking to take their 3D printing to the next level. Package Includes: 1 x Bambu Lab Tungsten Carbide hotend (0.4mm) Compatibility: Bambu Lab X1, X1 Carbon, P1P, P1S 3D Printers

• Ultra-High Hardness & Durability: Crafted from premium tungsten carbide with a hardness of 80HRC (1.5x harder than hardened steel, over 2700Hv), this nozzle outlasts standard brass nozzles by 10-20 times. Its wear-resistant design ensures consistent print quality even after thousands of hours printing abrasive materials like carbon fiber, glass fiber, or filled filaments.
• Dual-Metal Construction for Extreme Temperatures: Combining tungsten carbide's rigidity with copper alloy's excellent thermal conductivity, this hotend safely handles temperatures up to 550℃. Perfect for printing high-temperature materials such as PEI, PEEK, nylon, and polycarbonate, unlocking new possibilities for industrial-grade 3D printing.
• Precision-Engineered for Flawless Prints: Featuring a nickel-plated surface with a friction coefficient as low as 0.05 and an internal bore finish of Ra≤0.4, this nozzle prevents molten plastic adhesion and ensures smooth filament flow. The integrated steel head design eliminates leaks and maintains dimensional accuracy, delivering sharp details and consistent layer lines.
• Wide Compatibility with Bambu Lab Printers: Designed as a direct replacement for Bambu Lab X1, X1C, P1P, P1S 3D printers. This nozzle seamlessly integrates with your existing setup, making it ideal for upgrading your printer's performance or replacing worn-out parts.
• Professional Grade for Demanding Projects: Whether you're a hobbyist printing functional parts or an industrial user producing end-use components, this tungsten carbide nozzle provides the reliability and precision you need. Its corrosion-resistant properties and high bending strength ensure long-term stability, reducing maintenance costs and downtime.