SainSmart
CHT High Flow Nozzle Kit for X1 and P1P 3D Printer
Best high-speed upgrade for serious Bambu Lab 3D printer users.
Upgrade your 3D printing capabilities with the SainSmart CHT High Flow Nozzle Kit, specifically designed for X1 and P1P series printers. This kit enhances performance by featuring a unique three-hole design that doubles the flow rate compared to standard nozzles, enabling faster and more accurate printing. The nozzles are constructed from durable hardened steel, reinforced with embedded chromium zirconium copper for superior wear resistance and efficient heating. It supports a wide range of filaments, including PLA, ABS, PETG, and various carbon fiber composites, offering versatility for demanding projects. The kit includes three distinct nozzle sizes for flexible printing needs.
$14.99
Owner Satisfaction
4.6
/ 5
Category Rank
40
/ 532
#40 in 3D Printer Accessories
Price vs Category Average
-64%
Below average
Nozzle Type
CHT High Flow
/ CHT High Flow
Who it's for
- Bambu Lab owners wanting a simple, drop-in hardware upgrade
- Speed-focused makers aiming for faster print times
- Advanced users experimenting with demanding, high-viscosity filaments
Who should skip it
- Makers using inconsistent filaments or unoptimized retraction settings
- Novice users intimidated by complex slicer profile calibration
- Budget-conscious hobbyists prioritizing low-cost replacement parts
Performance breakdown
Volumetric Flow Rate
Three-hole geometry pushes filament throughput well beyond standard nozzle capabilities.
Material Compatibility
Hardened steel construction handles abrasive carbon fiber filaments with ease.
Thermal Efficiency
Copper reinforcement ensures rapid, stable heating for consistent extrusion during speed.
Clog Resistance
Chamfered internal design significantly reduces friction to prevent common print failures.
Installation Ease
Precision threading allows for a secure, leak-free fit on Bambu hotends.
Wear Durability
Robust material composition maintains nozzle integrity over long-term high-speed printing.
Key Specs
Nozzle Type
CHT High Flow
Compatibility
Bambu Lab X1 and P1P Hotend
Filament Diameter
1.75mm
Features
- Achieves significantly higher flow rates for faster printing speeds
- Three-hole design maximizes filament throughput efficiency
- Enhanced wear resistance due to hardened steel and copper construction
- Chamfered internal design minimizes resistance to prevent clogging
- Ensures even heating for stable and consistent extrusion
- Provides a secure threaded connection that minimizes leakage risk
What customers say
The sentiment is overwhelmingly positive, centered on the tangible performance gains these nozzles deliver. Users consistently report a noticeable increase in flow rate, enabling significantly faster printing speeds on the X1 and P1P without compromising print quality. Installation is simple, fitting the proprietary hotend system seamlessly. While this kit represents an investment over standard options, consumers view the enhanced speed and reliability as a clear justification, positioning the product as excellent value for serious enthusiasts prioritizing efficiency.
Know before you buy
Yes, these nozzles are specifically engineered for the Bambu Lab X1 and P1P hotend assemblies. They are designed as a direct replacement for your existing nozzle, allowing for a straightforward installation process.
The three-hole internal geometry increases the surface area for heat transfer, allowing the filament to melt more efficiently as it passes through. This increased throughput capacity lets you push higher flow rates, which translates to faster print speeds without sacrificing extrusion consistency.
Yes, the hardened steel construction is specifically designed to withstand the abrasive nature of carbon fiber and glass-filled composites. You can print these materials with significantly less wear compared to standard brass nozzles.
Because these nozzles increase your maximum volumetric flow rate, you may need to adjust your slicer settings to take full advantage of the speed. We recommend running a flow rate calibration test to ensure your printer's extrusion settings are optimized for the increased output.
The chamfered internal geometry reduces flow resistance and eliminates sharp corners where filament can stagnate or burn. This design promotes a smoother, more consistent path for the molten plastic, which significantly lowers the risk of clogs during long prints.
Still have a question?
Ask Hayley anything about this product before you decide.