Roestvrij staal 304 flense stoelbuisoven speciale flense waterkoeling niet-standaard hoge vacuüm flense afdichting op maat fabriek

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Roestvrij staal 304 flense stoelbuisoven speciale flense waterkoeling niet-standaard hoge vacuüm flense afdichting op maat fabriek

Slangovenflens

March 10, 2025

Category Connection: Slangovenflens

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Tags:

#kf flenzen en fittings #Iso Kf Fittings #kf flenshulpstukken

Brief: Ontdek de hoogwaardige roestvrij staal 304 flense stoel buisoven flense, ontworpen voor hoge temperatuur buizen ovens.en industriële toepassingenDeze flens zorgt voor een uitstekende afdichting, hoge temperatuurbestendigheid en corrosiebestendigheid.

Related Product Features:

Excellent sealing performance with a double-stage design for high-temperature and high-pressure environments.
High temperature resistance up to 1700℃, made from durable stainless steel.
Corrosion-resistant surface treatment suitable for various corrosive atmospheres.
Easy installation with a rationally designed structure to save time and labor costs.
Safe and reliable with over-temperature, over-pressure, and leakage protection features.
Composed of front, middle, and rear flanges for connecting furnace tubes and heating elements.
Includes high-temperature resistant sealing rings and retaining rings for secure fixation.
Widely used in high-temperature sintering, heat treatment, and material testing experiments.

Faqs:

What materials are used in the flange for tube furnace?

The flange is made of high-quality stainless steel, ensuring high temperature resistance and corrosion resistance.
What is the maximum temperature the flange can withstand?

The flange can work stably in environments up to 1700℃ due to its stainless steel construction.
How does the flange ensure sealing performance?

The flange features a double-stage sealing design and high-temperature resistant sealing rings to prevent gas leakage.
Where is the flange for tube furnace commonly used?

It is widely used in high-temperature sintering, heat treatment, and material testing experiments in universities, research institutes, and industrial settings.