Heating Furnace Dealers in Kandivali, Mumbai

• Type: Smelting Furnaces, Lead Smelting Furnace
• Country of Origin: India
• Application: Industrial Use
• Loading Capacity: 5/10/20/30
• Max Temperature: 1000-2000 Deg C
• Surface: Refractory Lining
• Automation Grade: Automatic
• Melting Material: Lead, Aluminium
• Furnaces Temperature: 1000 Deg C To 1400 Deg C

the smelting unit is designed to recover the lead by processing lead bearing material from spent lead acid batteries. to recover the lead from lead bearing materials, it is necessary to carry out the chemical reactions at rotary furnace in presence of reagents at high temperature to remove the oxygen and sulphur elements from lead oxide and sulphate from lead bearing material. this is basically reduction process   the most important aspect of lead smelting operation is treatment/conditioning of flue gases generated during chemical reaction takes place at rotary furnace. apc devices consists of settling chamber cum spark arrester, cyclone, heat exchanger (cooling tower), and bag house assembly, wet-scrubber, mist eliminator, induced draft fan and chimney with interconnecting ducting. hygiene/fugitive emission control – we have provided the total enclosure to furnace with hoods at charging/tapping/exhaust point of furnace to ensure no gases/fumes are escaped into atmosphere from smelting process. control dampers are provided at both the ducts connecting from hood to header to adjust the suction condition.  

• Power consumption:: 220V ∼ ±10% / 50Hz
• Furnace and vacuum pump: 1700 W
• Furnace without vacuum pump: 1550 W
• Suction capacity: 22 l/min
• Adjustable vacuum: from 0.10 - 0.90 bar
• Maximum firing temperature: 1200 0 C
• Firing chamber dimensions: φ 95 mm, h 60 mm
• Dimensions: 370 x 380 x 740mm (wdh)
• Weight: 30 kg
•  :  

Normalizing is the process of raising the temperature to over 60 ° C (108 °F), above line A3 or line ACM fully into the Austenite range. It is held at this temperature to fully convert the structure into Austenite, and then removed form the heating zone and cooled at room temperature under natural convection. This results in a grain structure of fine Pearlite with excess of Ferrite or Cementite. The resulting material is soft; the degree of softness depends on the actual ambient conditions of cooling. This process is considerably cheaper than full annealing since there is not the added cost of controlled cooling. The main difference between full annealing and normalizing is that fully annealed parts are uniform in softness (and machine ability) throughout the entire part; since the entire part is exposed to the controlled furnace cooling. In the case of the normalized part, depending on the part geometry, the cooling is non-uniform resulting in non-uniform material properties across the part. This may not be desirable if further machining is desired, since it makes the machining job somewhat unpredictable. In such a case it is better to do full annealing.

Crucible Furnaces with Micro Controller, Distilled Water Still

Sheet Glass Furnaces

Bell Annealing Furnaces, annealing plant, bell furnaces, Mesh Belt