We, Imperial World Trade are endeavoring a broad range of Insulation Spares that we obtain from trustworthy merchants of the market. These spares are produced by our merchant instruction quality basic element and advanced creation procedures to ensure their excellent appearance at the consumer's end.
Complete copper coil &other spares for induction furnace all make
Supplier: Induction hardening machines, furnaces, spares, hardening coils, ferrites, hydraulic cylinders and presses and tungsten carbide products
Services: Induction hardening, annealing, tempering, igbt power sources, matching/ work head transformer for induction hardening.
Induction furnace We provide middle frequency electric induction furnace from 0.05t/h to 15 t/h, The unit consist of power supply system and melt stove. This furnace is suitable for the melting of all kinds of metals, including steel, iron, color metal and alloys, can be used in fields such as precision casting, sand casting, gold smelting and steel-making. The characteristic is that it has good melting quality, the material is easy to be adjusted, the mixing is even, and it has high melting speed.
Supplier: Induction furnace spares, copper coil, lamination yoke, thyristor, capacitor, carbon free hose pipe, insulation material
Services: Trading & manufacturing
Buyer: Copper square pipe
We are providing services like reconditioning of: Furnace crucible Induction melting furnace coil Water cooled cable Our special services : New matching furnace assembly (100kg -10000kg) suitable with existing power supply unit. A servicing and maintenance contracts for complete power supply with furnace assembly of all leading manufacturer of induction furnace supplier. Complete project consulting for buying of new induction furnace. We under take modification and repairs for old furnaces and bar heater coil box of heating equipments
Furnace, Retort, Radiant tube, Aluminium Braids, Electrical Panels, Casting, Fixture
Gold Induction Melting Furnace This gold melting machine is designed for 2-10kg, which is suitable for melting precious metal such as gold, silver, copper, zinc, etc. With speedy melting time could be realized within 1-3 minutes. Based on the latest and most advanced IGBT induction technology, this small Gold Melting Kit can saves 15-30% energy than KGPS, 100% full load, with low power consumption. The power supply varies from 8kw-15kw for this series furnace. Power on open water faucet put ceramic crucible in the machineput metal in the cruciblepress heating switchpress stop switchtongs the crucible and pour the metal liquid. 4 kg gold melting furnace Attention: 1.Can't be water-break during using the machine. If happens by accident, it needs to pick up the crucible at once, or the heating coil will be damaged. 2. Don't press the heating switch without crucible. 3. Press stop switch first, then pouring the liquid after the metal melted. 4. If the work is finished everyday, please take away the crucible then shut off power. 5. When water flow indicator light is shut off, it stands for out of water or low water pressure. And now the machine will start the function of protection, the gold melting machine will stop heating.
Application of Medium Frequency Induction Copper Melting Furnace: 1.Non-ferrous and ferrous metals melting; 2.Precious metal melting, like gold, sliver, platinum; 3.Semiconductor material melting; 4.Metal alloy melting, like aluminum alloy, zinc alloy, copper alloy,etc. Main characteristics: 1.Light weight, small size. 2.Different shape and size of induction coil can be changed easily to heat different parts. 3.Mul-tidisplay functions, with displays of over current, over voltage, water failure, phase failure, etc. 4.Simple to operate, a few minutes is enough to learn it.
About Induction Melting Furnace Induction Melting Furnace is major steel producing technology using scrap & sponge iron (directly reduced iron) as main raw material. This technology contributes significant steelmaking capacity in secondary steel sector in India and abroad. It has Air Pollution Steel scrap comes from various sources and generally has contaminants/coating etc on it. When this scrap is heated contamination/coating etc. disintegrates from steel and comes out either as slag or becomes air borne, thus causing air pollution. The major source of Air Pollution is : 1. Dust & Dirt 2. Rust 3. Oil & Grease 4. Paint & Galvanized Iron 5. PVC Coated Steel Selection of Technology for Air Pollution Control Device The following technologies are usually adopted for Air Pollution Control System in Induction Furnace industry: a. Bag Filter Type System (Dry) b. Venturi Scrubber Type System (Wet) About Bag Filter Type System (Dry Process) Working of Equipment Bag Filter Type System 1. Suction Hood 2. Spark Arrestor: 3. Bag Filtration System : 4. ID Fan: 5. Stack (Chimney): Advantages: 1. Low Power Consumption 2. Dry System, No water pollution 3. No corrosion of metal except normal wear & tear 4. Suitable for dust pollution which are the major cause of pollution in induction furnace 5. Achieves desired characteristic of treated gases even for high dust load, as Efficiency of bag filters is very high 6. Low operation & maintenance cost Control Practices About Venturi Scrubber Type System (Wet Process) Working of Equipment Venturi Scrubber Type System 1. Suction Hood: 2. Ducts & Bends: 3. Venturi Scrubber: 4. ID Fan : 5. Stack (Chimney) : Advantages : 1 Low Floor Area 2 Can handle high temperature gases 3 Suitable for gas pollution such as SO , NO , etc. 2 x Disadvantages : 1 Higher Power Consumption to achieve desired standards 2 Generates Water Pollution 3 Material of Construction is prone to corrosion hence low life cycle 4 Choking of pipe, Nozzle and duct (near scrubber) due to Wet condition 5 Higher operation & maintenance cost 6 Can remove submicron particle only with very high pressure drop leading to still higher power consumption 7 Material of Construction is prone to corrosion hence low life cycle 8 Choking of pipe, Nozzle and duct (near scrubber) due to Wet condition 9 Higher operation & maintenance cost 10 Can remove submicron particle only with very high pressure drop leading to still higher power consumption.
