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.

Se puede utilizar para los extremos de calor volcánico de metal completo sin ningún problema.

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。

Se puede utilizar para los extremos de calor volcánico de metal completo sin ningún problema.