Calcium Carbide Furnace Industrial Ferrosilicon Furnace Silico-Manganese Furnace Nickel-Iron Furnace

• Customization: Available
• Place Style: Vertical
• Range of Applications: Industrial
• Model NO.: provided on demand
• Type: Crucible Melting Furnace
• Usage: Aluminum Die-casting
• Fuel: Electric
• Application: Industry
• Brand: Semc
• Name: Calcium Carbide Furnace Industrial Ferrosilicon Fu
• Transport Package: Plywood
• Specification: Calcium carbide furnace
• Trademark: semc
• Origin: Shanghai
• Package Size: 500.00cm * 700.00cm * 600.00cm
• Package Gross Weight: 5000.000kg

Product Description

 In 1804, after smelting metallic nickel from ore, due to the limitation of technical conditions and lack of resources at that time, there was no significant development of nickel in about 100 years. Until the eve of the First World War, the world's nickel output was only a few thousand tons. After the first, especially after the Second World War, the nickel output increased sharply.

    In 1865, Garnier reductively smelted silico-magnesium-nickel ore, added gypsum and coal, and obtained a nickel mirror after reduction, thereby enriching a small amount of nickel in the original ore. After burning off the sulfur, the obtained nickel oxide is reduced with carbon in the solid state to make nickel.
    Nickel can be completely dissolved in r-iron, and its solubility in a-iron is 10%. The nickel content of 5% can improve the tensile strength and hardness of low-carbon structural steel. Carbon steel contains 3% nickel, which can improve its tensile strength, impact toughness, yield point and deformability. NiCrMo structural steel containing 1% to 4% nickel is very suitable for use in automobile, locomotive and machine manufacturing because of its proper ratio of tensile strength to mass. In addition to these elements, wear-resistant components also contain carbon. The important nickel-containing steel grades and users are stainless steel and heat-resistant special steel. For example, a series of heat-resistant stainless steels such as Cr18Ni9Ti and Cr17Ni1iMn2 have good thermal processing properties and are widely used in machinery, medical treatment, national defense, and light industry.
    Nickel has a slight graphitization effect in cast iron. It can stabilize pearlite and reduce ferrite content. Therefore, the nickel in cast iron helps to obtain a uniform and integrated structure and good performance. Adding a small amount of nickel (Ni0.%~1.0%) will result in the formation of fine pearlite. When the nickel content is high, martensite and austenite will be formed. The fine and stable pearlite can make cast iron have good processing performance and hardness. Therefore, nickel-added iron castings can be used to manufacture castings in the automotive industry.
    A low-iron-nickel alloy containing chromium, diamond, and aluminum. When high-temperature alloys are used, it is generally called Hastelloy, and its tensile strength is as high as 233. 24MPa at 923°C. Iron-nickel alloys containing 30% to 90% Ni have high magnetic permeability, so they are suitable for electrical and electronic industries, such as Claymax alloys containing 30% Ni and 70% Fe. The alloy containing Ni80%, Cr14%, Fe6% is a special corrosion-resistant spring material used in dental treatment. Nickel is also used as coins and in the battery industry.


 In 1804, after smelting metallic nickel from ore, due to the limitation of technical conditions and lack of resources at that time, there was no significant development of nickel in about 100 years. Until the eve of the First World War, the world's nickel output was only a few thousand tons. After the first, especially after the Second World War, the nickel output increased sharply.

    In 1865, Garnier reductively smelted silico-magnesium-nickel ore, added gypsum and coal, and obtained a nickel mirror after reduction, thereby enriching a small amount of nickel in the original ore. After burning off the sulfur, the obtained nickel oxide is reduced with carbon in the solid state to make nickel.
    Nickel can be completely dissolved in r-iron, and its solubility in a-iron is 10%. The nickel content of 5% can improve the tensile strength and hardness of low-carbon structural steel. Carbon steel contains 3% nickel, which can improve its tensile strength, impact toughness, yield point and deformability. NiCrMo structural steel containing 1% to 4% nickel is very suitable for use in automobile, locomotive and machine manufacturing because of its proper ratio of tensile strength to mass. In addition to these elements, wear-resistant components also contain carbon. The important nickel-containing steel grades and users are stainless steel and heat-resistant special steel. For example, a series of heat-resistant stainless steels such as Cr18Ni9Ti and Cr17Ni1iMn2 have good thermal processing properties and are widely used in machinery, medical treatment, national defense, and light industry.
    Nickel has a slight graphitization effect in cast iron. It can stabilize pearlite and reduce ferrite content. Therefore, the nickel in cast iron helps to obtain a uniform and integrated structure and good performance. Adding a small amount of nickel (Ni0.%~1.0%) will result in the formation of fine pearlite. When the nickel content is high, martensite and austenite will be formed. The fine and stable pearlite can make cast iron have good processing performance and hardness. Therefore, nickel-added iron castings can be used to manufacture castings in the automotive industry.
    A low-iron-nickel alloy containing chromium, diamond, and aluminum. When high-temperature alloys are used, it is generally called Hastelloy, and its tensile strength is as high as 233. 24MPa at 923°C. Iron-nickel alloys containing 30% to 90% Ni have high magnetic permeability, so they are suitable for electrical and electronic industries, such as Claymax alloys containing 30% Ni and 70% Fe. The alloy containing Ni80%, Cr14%, Fe6% is a special corrosion-resistant spring material used in dental treatment. Nickel is also used as coins and in the battery industry. 


     Induction furnace is used for smelting or insulating ferrous metals, non-ferrous metals, sponge iron, such as scrap iron, scrap steel, copper, aluminum and so on. Complete working equipment such as continuous casting machine, rolling mill, mainly used for the production of billet, steel bar, angle steel, H-beam, I-beam, etc. Using KGPS, IGBT, single or double power supply technology, PLC (Siemens) can be realized throughout the monitoring.
 
       Main supply list: 2 sets of electric furnace body, 2 sets of hydraulic or mechanical tilting electric furnace mechanism, 1 set of control platform, 1 set of intermediate frequency control cabinet (6 pulse 1, 12 pulse 2, 24 pulse 4), low voltage control cabinet (6 pulse 1, 12 pulse 2, 24 pulse 4), 1 set of capacitor cabinet, 4 or 8 water-cooled cables; 1 water temperature alarm, 1 leakage alarm; 1 crucible mold, 1 liquid One batch of pressure steel pipe, one set of copper row, three water tanks. Transformer, cooling tower, furnace builder, furnace lining ejector, furnace cover.

KGSP Induction Electric Furnace


GW-8-4000-0.5J KGSP Induction Electric Furnace


GW-1-750-1JJ Medium frequency coreless electric furnace


GW-50-22000-0.2J No induction melting furnace


GW-0.25-160-1JJ melting electric furnace

GW-1.5-1000-1J Medium frequency induction furnace




 

NO.	Electric  Furnace  Type	Input  power (KW)	input  voltage (V)	Input  current (A)	Rated  power (KW)	DC  current (A)	DC  voltage (V)	Melting  rate (T/H)	working  frequency (HZ)	working  voltage (V)	cooling water  pressure(MPA)		Rated  capacity (T)	Power  consumption (KWH/T)
											Power  Supply	Furnace  body
1	GW-0.25-160/1JJ	180	380 (6 Pulse)	256	160	320	500	0.24	1000	750	0.1~0.15	0.25~0.3	0.25	790
2	GW-0.5-250/1JJ	280	380 (6 Pulse)	400	250	500	500	0.4	1000	1500	0.1~0.15	0.25~0.3	0.5	770
3	GW-0.5-250/1J	280	380 (6 Pulse)	400	250	500	500	0.4	1000	1500	0.1~0.15	0.25~0.3	0.5	770
4	GW-0.75-400/1JJ	400	380 (6 Pulse)	650	400	800	500	0.6	1000	1500	0.1~0.15	0.25~0.3	0.75	770
5	GW-0.75-400/1J	400	380 (6 Pulse)	650	400	800	500	0.6	1000	1500	0.1~0.15	0.25~0.3	0.75	770
6	GW-1-500/1JJ	550	380 (6 Pulse)	800	500	1000	500	0.8	1000	1500	0.1~0.15	0.25~0.3	1	750
7	GW-1-750/1JJ	800	380/690 (6 Pulse)	1200/ 700	750	1500/ 850	500/ 880	0.9	1000/ 500	1500/ 2600	0.1~0.15	0.25~0.3	1	720/660
8	GW-1-750/1J	800	380/690 (6 Pulse)	1200/ 700	750	1500/ 850	500/ 880	0.9	1000/ 500	1500/ 2600	0.1~0.15	0.25~0.3	1	720/660
9	GW-1.5-1000/0.5JJ	1100	690 (6 Pulse)	912	1000	1140	880	1.2	500	2600	0.1~0.15	0.25~0.3	1.5	700
10	GW-1.5-1000/0.5J	1100	690 (6 Pulse)	912	1000	1140	880	1.2	500	2600	0.1~0.15	0.25~0.3	1.5	700
11	GW-2-1500/0.5JJ	1650	690 (6 Pulse)	1360	1500	1700	880	1.7	500	2600	0.1~0.15	0.25~0.3	2	675
12	GW-2-1500/0.5J	1650	690 (6 Pulse)	1360	1500	1700	880	1.7	500	2600	0.1~0.15	0.25~0.3	2	675
13	GW-2-2000/0.5JJ	2200	690 (6 Pulse)	1400	2000	2275	880	1.9	500	2600	0.1~0.15	0.25~0.3	2	650
14	GW-3-2500/0.5JJ	2750	690/950 (6 Pulse)	2275/ 1700	2500	2840/ 2080	880/ 1250	2.56	500	2600/3200	0.1~0.15	0.25~0.3	3	610/560
15	GW-3-2500/0.5J	2750	690/950 (6 Pulse)	2275/ 1700	2500	2840/ 2080	880/ 1250	2.56	500	2600/3200	0.1~0.15	0.25~0.3	3	610/560
16	GW-4-3000/0.5J	3300	690/950 (6 Pulse)	2730/ 2040	3000	3410/ 2500	880/ 1250	3.2	500	2600/3200	0.1~0.15	0.25~0.3	4	610/560
17	GW-5-4000/0.5J	4400	950 (6 Pulse)	2300	4000	3330	1250	5	500	3400	0.1~0.15	0.25~0.3	5	600/550
18	GW-6-4000/0.5J	4400	950 (12 Pulse)	2300	4000	3330	1250	5	500	3400	0.1~0.15	0.25~0.3	6	600/550
19	GW-8-5000/0.5J	5000	950 (12 Pulse)	3400	5000	4200	1250	7~8	500	3400	0.1~0.15	0.25~0.3	8	600/550
20	GW-10-6000/0.5J	6300	950 (12 Pulse)	3750	6000	4600	1250	8.5~9	500	3400	0.1~0.15	0.25~0.3	10	600/550
21	GW-12-8000/0.25J	8000	950 (12 Pulse)	4900	8000	6000	1250	9~10.5	250	3400	0.1~0.15	0.25~0.3	12	600-550
22	GW-15-8000/0.25J	8000	950 (12 Pulse)	4900	8000	6000	1250	9~10.5	250	3400	0.1~0.15	0.25~0.3	15	600-550
23	GW-15-10000/0.25J	10000	950 (24 Pulse)	6500	10000	8000	1250	13~15	250	3400	0.1~0.15	0.25~0.3	15	600-550
24	GW-18-12000/0.25J	12000	950 (24 Pulse)	8160	12000	10000	1200	15~17	250	3400	0.1~0.15	0.25~0.3	18	600-550
25	GW-20-12000/0.25J	12000	950 (24 Pulse)	8160	12000	10000	1200	17~19	250	3400	0.1~0.15	0.25~0.3	20	600-550
26	GW-25-14000/0.25J	14000	950 (24 Pulse)	9460	14000	11600	1200	19~21	150~200	3400	0.1~0.15	0.25~0.3	25	600-550
27	GW-30-16000/0.2J	16000	950 (24 Pulse)	10850	16000	13300	1200	21~23	150~200	3400	0.1~0.15	0.25~0.3	30	600-550
28	GW-40-20000/0.2J	20000	950 (24 Pulse)	13545	20000	16600	1200	25~27	150~200	3400	0.1~0.15	0.25~0.3	40	600-550
29	GW-50-22000/0.2J	22000	950 (24 Pulse)	14932	22000	18300	1200	25~28	150~200	3400	0.1~0.15	0.25~0.3	50	600-550

Note:
(1) GW - means medium frequency induction furnace, - 1 - means induction furnace capacity of 1 ton, - 500 - means furnace rated power of 500 KW, / 1 - means furnace operating frequency of 1000 Hz, / 0.5 - means melting furnace frequency of 500 Hz, - J - means hydraulic tilting furnace (furnace shell is steel shell), - JJ - means mechanical tilting furnace. (the shell of the furnace is aluminum alloy).

(2) The above quoted price is for routine configuration. Other configurations can be added, such as leak alarm, water temperature alarm, furnace switch, cover mechanism, lining ejector and transformer, cooling device (open and close cooling tower, closed cooling tower, plate heat exchanger)

3) If necessary, send technicians to carry out the commissioning: the domestic section is free; the overseas section travel expenses, accommodation and food are borne by the user and each person is subsidized 150 US dollars per day.

4) I quote EX-W at a price including simple packing, including shipping charges to Shanghai port area and all inland charges in China.

V) The above electric furnace voltage levels are 380V, 690V and 950/1000V, and the frequency is 50HZ. If the user equipment requirements are different from the above voltage levels and frequencies, each item needs to be increased by 15000USD.