High Heating Ability Aluminium Brazing Furnace 70m³/H N₂ Consumption

High Heating Ability , Aluminum Brazing Furnace , Controlled Atmosphere , Continous

Overview

Aluminum brazing furnace is designed for the continuous brazing of the following products controlled under nitrogen atmosphere such as aluminum water radiator, oil cooler, intercooler, serpentine type condenser, evaporator, parallel flow condenser, laminated type evaporator, air cooler of power station and etc.

Features

• The heating zone in the heating furnace is fine arranged, the temperature is precisely controlled in the furnace (±0.2℃) and the temperature difference is lower than ≤±3℃ when brazing.
• In order to ensure the insulation quality, it uses the refractory material with high performance.
• In order to achieve the low enery consumption of the pure nitrogen, it is designed with advanced gas distribution system and atmosphere curtain, in this case the production cost will be lower.
• Advanced frequency conversion mesh-belt speed control system realizes stepless speed change transmission and precise control runtime of workpieces in each heating zone so as to realize the precise heating curve of aluminum brazing.
• In order to test the atmosphere in the aluminum brazing furnace timely and accurately, it is equipped with high precision oxygen analyzer.
• The spray fluxer has the features of compact in design and straightforward operation. The spray nozzle insures adequate spray on the workpieces. Air blower insures the extra flux can be blew off.
• High speed circulating air and high heating ability of dry oven ensure the parts going to the furnace will not bring any moisture which will affect the brazing quality.
• Water cooling section realizes the cooling temperature could be controlled and satisfy the requirement of process curve so as to make the metallurgical structure of the joints fine and compact.

Aluminum Brazing Furnace Parameters

aluminum brazing furnace

mesh belt furnace

High Heating Ability Aluminium Brazing Furnace 70m³/H N₂ Consumption Images