Bondtech NOZ01CHT41222 3D Printer Nozzle

This high-performance nozzle from Bondtech is designed specifically for Elegoo 3D printers, offering improved flow capacity and enhanced print quality.

Featuring Bondtechs patented CHT (Core Heating Technology), it ensures faster filament melting and efficient extrusion.

The nickel-coated brass construction provides durability and smoother filament feeding for a longer-lasting and more reliable printing experience.

Key Features.

Increases melt capacity for higher flow rates.

Nickel coating reduces wear and friction.

Supports both 1.75mm and 2.85mm filament.

Compatible with multiple Elegoo and third-party hotends.

Available in sizes from 0.40 to 2.50 mm.

Requires 6mm wrench for installation Advanced Core Heating Technology.

The Bondtech CHT nozzle works by splitting the filament into three strands, increasing the surface area that comes into contact with heat.

This design significantly improves melting efficiency, allowing for higher print speeds without compromising quality.

It´s especially beneficial when printing with high-flow materials or at larger layer heights.

Durable Coated Brass Construction.

Manufactured from high-quality brass and coated with nickel, this nozzle resists corrosion, reduces friction, and maintains performance over time.

The smooth interior surface minimizes the risk of clogs and ensures consistent extrusion, making it ideal for demanding print jobs.

Broad Compatibility.

This nozzle is designed to fit several hotends commonly used with Elegoo printers and other brands, including Mosquito, Copperhead, E3D V4/V5/V6, and RepRap M6.

It´s also compatible with after-market hotends like those used in the Bambu Lab X1, offering flexibility for upgrades and custom setups.

Material Recommendations.

The coated brass construction is suitable for printing with a wide range of non-abrasive filaments such as PLA, ABS, PETG, TPU, TPE, Nylon, ASA, PC, HIPS, PP, and PVA.

For abrasive materials like carbon- or glass-filled composites, Bondtech recommends using hardened steel or coated copper nozzles instead.

Installation Guidance.

For safe and proper installation, always heat the hotend to at least 250 degrees celsius before removing or fitting the nozzle.

Use a 6mm wrench and apply a maximum tightening torque of 1.5 Nm to avoid damaging the threads or nozzle structure.