Clading Bimetal Material Zirconium to Stainless Steel Plate Sheet Transition Pipes Joint

• Customization: Available
• Type: Zirconium -Stainless Steel
• Application: Air Condition or Refrigerator, Water Tube, Oil Cooler Pipe, Chemical Industry
• Material: Zirconium -Stainless Steel
• Shape: Plate
• Alloy: Alloy
• Standard: GB/T
• Cladding Rate: 100%
• Transport Package: Export Standard Wooden Pallet
• Specification: According to Customer Requirement
• Trademark: Chalco Aluminum
• Origin: Henan China
• HS Code: 7419999100
• Production Capacity: 10000mt/Month

Product Description

     Clading Bimetal Material Zirconium To Stainless Steel Plate Sheet Transition Pipes Joint

Zirconium alloys (zirconium-2, zirconium-4, zirconium-2.5 niobium, zirconium-1 niobium, etc.) have excellent nuclear properties and are indispensable structural materials for the atomic energy industry. In order to save this rare and precious metal material and reduce the cost of construction in the nuclear industry, zirconium alloy tubes can be used in the reactor and cheap stainless steel tubes can be used outside the reactor. As a result, two different physical and chemical properties of pipe fittings were generated. The Explosive Welded Clading Bimetal Material Zirconium To Stainless Steel Plate Sheet Transition Pipes Joint can solve this problem. The zirconium alloy pipe part of the pipe joint shall be welded with the zirconium alloy pipe and placed in the team; the stainless steel pipe part of the pipe joint shall be welded with the stainless steel pipe and placed outside the pile. This kind of pipe joint has important technical and economic value.
 

Tensile and shear properties of zirconium -2+ stainless steel composite pipes
No.	Zr-2  Cladding pipe /mm	1Cr18Ni9Ti Base pipe	Wg/ (g.cm^-2)	h0/mm	Heat treatment		Σbt/MPa
			TNT		t/ºC	t/min
1	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	300	1440	372
2	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	400	1440	404
3	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	500	30	149
4	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	600	30	149
5	Ø42.5×1.6×125	Ø50.0×3.0×120	0.55	0.55			333
6	Ø42.5×1.6×125	Ø50.0×3.0×120	0.55	0.65			343
7	Ø43.0×1.75×120	Ø50.0×2.7×110	0.48	0.75			342
8	Ø46.0×2.9×155	Ø65.0×8.0×150	0.424	1.50			387
9	Ø46.0×2.9×155	Ø65.0×8.0×150	0.424	1.50			383
10	Ø46.0×2.9×155	Ø65.0×8.0×150	0.565	1.50			387
11	Ø46.0×2.9×155	Ø65.0×8.0×150	0.565	1.50			383
12	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	Thermal cycle: 250 ºC, 3min, water cooling, 500 times 250 ºCinstantaneous shear.		404
13	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60			404
14	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60			321
15	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60			245
16	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60			245
17	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60			236

 

Flexural properties of zirconium -2+ stainless steel composite pipes
No.	Zr-2 Cladding pipe /mm	1Cr18Ni9Ti Base Pipe	Wg/ (g.cm^-2)	h0/mm	Heat treatment		α /(°)
			TNT		t/ºC	t/min	Bending inside	Bending Outside
1	Ø46.0×2.9×155	Ø65.0×8.0×150	0.565	1.50				>100
2	Ø46.0×2.9×155	Ø65.0×8.0×150	0.565	1.50				>100
3	Ø46.0×2.9×155	Ø65.0×8.0×150	0.424	1.50				>100
4	Ø46.0×2.9×155	Ø65.0×8.0×150	0.424	1.50				>100
5	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	600	30	>100
6	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	600	30	>100
7	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	600	30		>100
8	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	600	30		>100
9	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	600	30	>100
10	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	600	30	>100
11	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	600	30		>100
12	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	600	30		>100
13	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60	Thermal cycle:250ºC,3min,water cooling,500times		>100
14	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60			>100
15	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60				>100
16	Ø42.0×1.5×125	Ø50.0×3.4×120	0.50	0.60				>100

The zirconium -2+ stainless steel pipe produced by explosive welding has two box joint area structure, mechanical properties and corrosion resistance. The lap joint made of it can be used in nuclear engineering.