Trianglelab TCHC TD6 Mode A 24V Hot End Nozzle
£33.61 Inc. VAT
- New Trianglelab TCHC TD6 Hotend with ceramic ring design
- Combines matrix heatbreak and E3D V6 brass nozzle to prevent material leakage
- High-temperature resistance, compatible with various filaments (PLA, ABS, ASA, PETG, PA, PA+CF)
- Supports printing temperatures up to 300 degrees Celsius
- M6 smooth thread design integrates throat threads with heating ring to prevent leaks
- Equipped with a 104GT thermistor and 50W heater cartridge for improved performance
- Product dimensions: 60mm x 50mm x 150mm; weight: 120g
- Package includes heatsink, bi-metal heatbreak, ceramic heating core kit, 0.4mm brass nozzle, and silicone sock
Product details
Highlights
TCHC TD6 Hotend
It is a new ceramic ring hot end from Triangle Labs. The A models are matrix heatbreak and E3D V6 brass nozzle. Combining the two into one completely avoids the phenomenon of material leakage.
High Strength Heat Resistance
Features high-temperature resistance, it is suitable for all types of filament: PLA, ABS, ASA, PETG, PA, PA+CF.
Also, it has high-quality printing accuracy and good durability. Compatible with any V5/V6/CR10/HEMERA/MATRIX radiator, up to 300 degrees Celsius.
M6 Smooth Thread Design
The throat threads are tightly integrated with the copper-plated heating ring threads to prevent consumables from leaking out. Besides, it adopts a 104GT thermistor and 50W heater cartridge.
Specification
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General |
Brand: Trianglelab |
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Specification |
Material: copper alloy Bi-Metal Heatbreak, ceramic heating ring, brass nozzle |
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Weight & Size |
Product Weight: 120g |
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Package Contents |
1 x TCHC TD6 Heatsink |
Customers Reviews
Related products
Ca***e –
Proporciona uma extrusão precisa e uma excelente qualidade de impressão.
Je***e –
J’utilise le Trianglelab TCHC TD6 depuis quelques semaines et je suis très satisfait des résultats.
Br***a –
La calidad de construcción es fantástica y la instalación fue pan comido.
Ha***n –
El núcleo calefactor cerámico es increÃblemente eficiente.
Na***h –
The ceramic heating core heats up quickly and evenly, resulting in smooth and consistent prints.