Good quality M6 thread heat-break for ALL-METAL-HOT-ENDS. The internal deiameter is 2 mm. Conventional hot-ends are limited to temperatures up to ~250'C. This is because the teflon bowden-tube is in direct contact with the nozzle. Over 250'C teflon will deteriorate expelling noxious fumes. In an ALL-METAL-HOT-END the teflon tube buds up against this relatively cool heat-break, allowing printing tempeartures over 250'C. Of course you need an appropiate heat-sink to fit it in.

Good quality M6 thread heat-break for ALL-METAL-HOT-ENDS. The internal deiameter is 2 mm. Conventional hot-ends are limited to temperatures up to ~250'C. This is because the teflon bowden-tube is in direct contact with the nozzle. Over 250'C teflon will deteriorate expelling noxious fumes. In an ALL-METAL-HOT-END the teflon tube buds up against this relatively cool heat-break, allowing printing tempeartures over 250'C. Of course you need an appropiate heat-sink to fit it in.

Good quality M6 thread heat-break for ALL-METAL-HOT-ENDS. The internal deiameter is 2 mm. Conventional hot-ends are limited to temperatures up to ~250'C. This is because the teflon bowden-tube is in direct contact with the nozzle. Over 250'C teflon will deteriorate expelling noxious fumes. In an ALL-METAL-HOT-END the teflon tube buds up against this relatively cool heat-break, allowing printing tempeartures over 250'C. Of course you need an appropiate heat-sink to fit it in.

Es kann für vollmetallische vulkanische Wärmeenden ohne Probleme verwendet werden.

フルメタル火山ヒートエンド様に問題なく使えています。

Es kann für vollmetallische vulkanische Wärmeenden ohne Probleme verwendet werden.