Explosion bonded Multilayed Zirconium Tantalum Clad Plate Ta1 / SB265 Gr.1 / Q345R for Condensers E0051 manufacturer from China Nanjing Suntech Metal Products Co., Ltd.

Explosion bonded Multilayed Zirconium Tantalum Clad Plate Ta1 / SB265 Gr.1 / Q345R for Condensers

Place of Origin:

Zhejiang, China (Mainland)


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Product Detail

Model No.: E0051

Explosion bonded Multilayed Tantalum Clad Tubesheet Ta1/SB265 Gr.1/Q345R for Condensers

Explosion bonded Multilayed Tantalum Clad Tubesheet Ta1/SB265 Gr.1/Q345R for Condensers

Quick Product Details:

Cladding metal:Ta1

Base metal:Q345R

Size: (2.5+3+16)*985*1952mm

Production code:ASTM B898, ASME SB898

Packing: Seaworthy packing

Product advantage:

-Clad plates provide an economical solution for chemical processing;

- Acids corrosion resistance;

- Completely immune to attack by aggressive aqua regia below 150 °C;

- High melting point of 3017 °C.

Table for available type of Zirconium clad plates:

Product Names:		Tantalum Clad Plate/Sheet, Stainless steel Clad Tube Sheet/ Tube Plate
Production Codes:		ASTM B898, ASME SB898
Tantalum Grades:		Ta1, Ta2
Form	Description	Base Layer	Base Layer Grade	Maximum Size
Clad Plate	Tantalum / Copper/ Stainless Steel (Duplex) Clad	Copper	C10100, C10200, C11000, C26200, C28000, C46400, C70600, C71500, etc.	(1.5~14)/(1~5)/(6~200) x W(max W 4110) x L(max L 7000)
		Duplex, Stainless Steel & their forgings	304L,316L, 316Ti, 321, 317L, 310S, 410S, 904L, 1805, 2205, 2507, Al6XN, 254sMo,etc.
	Tantalum / Titanium/ Stainless Steel (Duplex) Clad	Titanium	ASTM/ASME B265 Gr1, Gr2, Gr.3, Gr.5, Gr7, Gr.9, Gr12	(1.5~40)/(1-5)/(6~200) x W(max W 1000) x L(max L 1000)
		Duplex, Stainless Steel & their forgings	304L,316L, 316Ti, 321, 317L, 310S, 410S, 904L, 1805, 2205, 2507, Al6XN, 254sMo,etc.
	Tantalum/Zirconium /Titanium/Carbon Steel Clad	Zirconium	R060702	1.2/2/2/(6~200) x W(max W 2000) x L(max L 3000)
		Titanium	Gr.2
		Carbon Steel	SA516 Gr.60(N),Gr.70(N),SA387 Gr.11, Gr.22, SA266, SA350, etc.

Description:

Explosion welding is a solid state joining process in which explosive energy is used to propel the component metal parts together to form a metallurgical bond. At the point of impact of the two components, a thin layer is stripped from both colliding surfaces and is ejected as a molten metal jet. This jet contains the surface contaminants and oxides that would otherwise prevent bonding. The two surfaces are in intimate contact under extreme pressure enabling the bond to be formed.

Applications:
Petro-chemical, Vacuum Salt Industry, Chlor-alkali, Metallurgical, Food, Light Industry, Medicine, Auto Industry, Electrolytic Aluminum, Fertilizer, Power Industry, Building Materials, Electrolysis Industry, Hydrometallurgy etc.