Electric Furnace Tubing(Electric Furnace Tube/Electric Furnace Pipe)

Description

Electric furnace tubing is winded into circle by copper pipe. Electric furnace tube has inductance to generate eddy which plays a part in heating. The water in the copper pipe plays a part in cooling at the same time.

Specification

Alloy Mark	Condition	Sectional Dimension			Length	Reference Standard
		OD	Wall Thickness	ID
T2 TP2 TU2 TU1 C10200	R	φ60 to 300	5 to 30		500 to 6000	GB/T1528-1997
		φ95 to 120	32.5 to 35		500 to 4000	Manufacturer's Standard
		φ125 to 200	32.5 to 35		300 to 2000
		φ210 to 250	32.5 to 40		300 to 1500
		φ260 to 300	35 to 65		300 to 800
	R	φ300		φ50 to 160	300 to 700	Manufacturer's Standard
		φ370		φ5 0 to 200
		φ420		φ50 to 250
	M Y	φ15 to 360	0.7 to 10		According to the standard	GB/T1527-1997
		φ38 to 300	10.5 to 17.5		500 to 7000	Manufacturer's Standard
	Y2	φ15 to 100	0.5 to 10		According to the standard	GB/T1527-1997
T2 Tp2	M	φ6 to 35	0.6 to 6		5800	GB/T18033-2000
	Y2	φ6 to 54	0.6 to 6
	Y	φ6 to 219	0.6 to 6		3000
	M Y2 Y	φ4.76 to 25	0.3 to 1.5		3000 to 7000	GB17791-99
	M	φ4 to 22.23	0.3 to 1.5		80 to 12kg (Axis Roll)
	M	φ7 to 9.52	0.32 to 0.36		70 to 120kg (Rifled Tube Axis Roll)	Manufacturer's Standard
	M Y	φ6.35 to 19.05	0.5 to 0.7		15000 (Mosquito Coils)	GB17791-99
T2 Conductor	M	φ8 to 17.3	0.5 to 0.7		1000000 to 8000000 (Axis Roll or Cable Drum)	Manufacturer's Standard
T2 Rectangle, Square Pipes	M Y	Long Side A×Short Side B×Wall Thickness: 5 to 80×5 to 80×1.0 to 10			Vertical Bar:1000 to 5000 L≥6000 for Circle Disk	Manufacturer's Standard
* It can be negotiated if the specification is beyond the range.