Name: Carbon Steel Cladding Plate A516 Gr 70 With N04400 One Side Explosive Composite
Brand: Yuhong Group Co.,Ltd
SKU: ASME SA516 GR.70 Chapa de acero al carbono con revestimiento N04400
Price: 500,000.00 USD
Availability: InStock

Yuhong Holding Group Co., LTD.

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Carbon Steel Cladding Plate A516 Gr 70 With N04400 One Side Explosive Composite

Datos del producto:

Lugar de origen:	China.
Nombre de la marca:	YUHONG
Certificación:	ABS, GL, DNV, NK, PED, AD2000, GOST9941-81, CCS, ISO 9001-2008
Número de modelo:	ASME SA516 GR.70 Chapa de acero al carbono con revestimiento N04400

Pago y Envío Términos:

Cantidad de orden mínima:	1 por ciento
Detalles de empaquetado:	PLATAFORMA, CAJA DE LA MADERA CONTRACHAPADA
Tiempo de entrega:	7 días
Payment Terms:	L/C, T/T

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Descripción detallada del producto

El material:

ASME SA516 GR.70 Chapa de acero al carbono con revestimiento N04400

Nombre del producto:

PLACA de revestimiento

Tipo revestido:

Explosivo, capa de la soldadura

No traducción:

100% PT, UT, PMI

Resaltar:

Explosive composite Cladding Plate

One Side Explosive Cladding Plate

Explosive composite N04400 Cladding Plate

CARBON STEEL CLADDING PLATE A516 GR.70 WITH N04400 ONE SIDE CLADDING

Explosive Composite Steel Plate (Explosion-Welded Clad Plate)

Explosive composite steel plate, also known as explosion-welded clad plate, is a high-performance material created by bonding two or more dissimilar metals using controlled detonation. This process forms a metallurgical bond without significantly altering the properties of the base metals.

1. How Explosive Cladding Works

The process involves:

- Base Plate (Backing Metal): Typically carbon steel (e.g., A516 Gr.70) or low-alloy steel.

- Clad Layer (Corrosion-Resistant Metal): Such as Monel 400 (N04400), stainless steel, titanium, or nickel alloys.

- Explosive Material: A high-energy explosive (e.g., RDX or ammonium nitrate) is placed over the clad layer.

- Detonation: When ignited, the explosion creates extreme pressure (up to 10 GPa) and high velocity (hundreds to thousands of m/s), forcing the two metals to collide at an angle, creating a metallurgical bond.

2. Advantages of Explosive Clad Plates

Strong Bonding: Higher shear strength than roll-bonded or weld-overlay cladding.

Wide Material Combinations: Compatible with metals that are otherwise difficult to weld (e.g., steel + titanium, steel + copper).

No Intermetallic Brittleness: Unlike fusion welding, explosion welding avoids harmful phases.

Thickness Flexibility: Clad layer can range from 1mm to 30mm.

Cost-Effective: Saves expensive alloys by using them only where needed.

3. Applications of Explosive Composite Plates

- Oil & Gas: Pressure vessels, pipelines, offshore platforms.

- Chemical Processing: Reactors, heat exchangers, acid storage tanks.

- Power Plants: FGD systems, condenser tubes.

- Marine & Desalination: Seawater handling equipment.

- Aerospace & Defense: Lightweight armor, rocket components.

Method	Explosive Welding	Weld Overlay
Bond Strength	Very High	Moderate-High
Material Options	Very Wide	Limited
Heat Input	None (Cold Process)	Very High
Cost	Medium-High	High (Labor)
Thickness Control	Excellent	Poor (Uneven)