CAB Controlled Atmosphere Brazing Furnace Continuous

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CAB Controlled Atmosphere Brazing Furnace Continuous

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August 02, 2018

Category Connection: Four de soudure de radiateur en aluminium

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Contact: Ruth Zhang. +8615305299442 Email: ruth@wondery.cn Wechat: ruthyuehua We supply radiator and condenser making machines such as fin making machine, core assembly machine, crimping machine, leak tester, brazing furnace, etc.

Les étiquettes:

#Four de soudure continu #Équipement de soudure de four #four de soudure en aluminium

Brief: Discover the CAB Electric Aluminium Radiator Brazing Furnace, designed for continuous brazing of auto aluminum radiators. With a mesh-belt width of 1000mm and a maximum usable height of 250mm, this furnace ensures high productivity and precision. Ideal for industrial applications, it features advanced temperature control and a robust muffle design for durability.

Related Product Features:

Matériau en coton de fibre de porcelaine haute performance pour une excellente conservation de la chaleur.
One-time formed muffle from Sweden 316L and 304 steel plates for durability.
Precise temperature control with ±1℃ uniformity in heating zones.
PID regulation function for smooth temperature rise and over-temperature alarm.
Complete control system with intelligent control, alarm, and protection features.
Stainless steel fluxing chamber with observation windows and fan-shape spraying nozzles.
Dry air cooling room with slag cleaning chamber to prevent corrosion and deformation.
Energy-efficient operation with ≤60% power usage during the brazing stage.

FAQ:

What is the maximum usable height of the mesh-belt in the brazing furnace?

The maximum usable height about the mesh-belt is 250mm.
What materials are used for the muffle in the brazing furnace?

The muffle is made from Sweden 316L steel plate and 304 steel plate, formed by one-time bending for durability.
How does the brazing furnace ensure temperature uniformity?

The furnace zones are divided into upper, lower, rear, and back areas, with heating power adjusted via power and voltage regulators to achieve ±1℃ uniformity.