Hardened Steel CHT Nozzle 0.8mm for Ender 3 V3 SE – High Speed Production Upgrade

Hardened Steel CHT Nozzle 0.8mm for Ender 3 V3 SE

The Hardened Steel CHT Nozzle 0.8mm for Ender 3 V3 SE is a high-flow upgrade designed for rapid printing, strong layer bonding, and high-volume material output.

Upgrade your Creality Ender 3 V3 SE with this hardened steel CHT high flow nozzle, engineered for maximum throughput, fast production speeds, and reliable extrusion for large and functional parts.

The CHT-style internal multi-channel design improves filament melting efficiency, allowing for significantly increased volumetric flow and stable extrusion at high print speeds.

Manufactured from hardened steel, this nozzle resists wear from abrasive filaments and maintains consistent performance over extended production use.

⚠️ Product Notice:
This nozzle is an aftermarket-compatible replacement part and is not manufactured by the original CHT brand.

✅ Key Features

✔️ Precision 0.8mm Nozzle Diameter
✔️ Optimised for Ender 3 V3 SE
✔️ Hardened Steel Construction
✔️ High-Flow Multi-Channel Design
✔️ Ideal for High-Speed Production
✔️ Suitable for Abrasive Filaments
✔️ MK8 / M6 Compatibility
✔️ Extended Service Life

📊 Technical Specifications

🔧 Compatibility

Compatible with:

• Creality Ender 3 V3 SE

• MK8 / M6 Hotends

🧵 Recommended Filaments

✔️ PLA / PLA+
✔️ PETG
✔️ ABS / ASA
✔️ Carbon Fibre
✔️ Wood-Filled
✔️ Metal-Filled
✔️ TPU (With Tuning)

⭐ Why Choose This Nozzle?

This hardened steel CHT nozzle 0.8mm for Ender 3 V3 SE is ideal for:

• Functional Prototypes

• Structural Parts

• Enclosures

• Jigs & Fixtures

• Rapid Production

It delivers fast print times with excellent part strength.

❓ Frequently Asked Questions

Is this an original CHT nozzle?
No. This is an aftermarket-compatible replacement.

Is 0.8mm good for detail printing?
No. It is designed for speed and strength rather than fine detail.

Can I print abrasive materials?
Yes. Hardened steel resists abrasive wear.

Do I need special slicer settings?
Yes. Higher temperatures and flow rates may be required.