En10216 P195gh P235gh P265gh Carbon Steel Tube

• Type: Seamless
• Technique: Cold Drawn
• Material: Carbon Steel
• Surface Treatment: Black
• Usage: Pipeline Transport, Boiler Pipe, Hydraulic/Automobile Pipe, Machinery Industry, Construction & Decoration, Heat Exchanger Tube
• Section Shape: Round
• Model NO.: KM-172018
• Standard: En10216
• Materials: P195gh,P235gh,P265gh,P355gh
• Diameter: 21~508mm
• Thickness: 3~40mm
• Application: Boiler Tube,Exchanger Tube,Automobile,Machinery
• Package: in Bundle Sleeved with Plastic Bag
• Transport Package: Sleeved with Plastic Bag in Bundle
• Specification: 21~508mm
• Trademark: Kingmetal
• Origin: China
• HS Code: 73043110
• Production Capacity: 2000 Tons Per Month

Product Description

EN10216 P195GH,P235GH,P265GH Carbon SEAMLESS steel tube
Standard:EN 10216-2
Materials: P195GH,P235GH,P265GH,P355GH
Technique:cold drawn,hot-rolled
Usage: boiler mill
Length :   double randon length
Seamless tube Thickness:    3-40mm, welded tube thickness:2mm~10mm
Seamless tube Outer Diameter:    21-508mm,welded tube diameter:21mm~710mm

1. EN10216 P235GH/P265GH/P355GH areEuropean specified steel for use in pressure vessels, boilers and heat exchangers. 
The composition of this steel makes it ideal for applications where elevated working temperatures are the norm and the material is used by fabricators throughout the oil, gas and petrochemical industry

2. En10217-2 P195GH welding Steel pipe/tube is used in high, middle, low pressure boiler and pressure purpose. P195GH welding pipe advantage: 1. P195GH pipes are cut to sections to avoid anti-dumping fax. 2. P195GH pipe can be cut to sections, P195GH pipe blanks, parts did heat treatment and surface treatment are available to export, this can highly lower the cost.

En10217-2 P195GH Welding Steel Pipe Chemical Composition Analysis:

Steel grade		C	Si	Mn	P	S	Cr	Mo	Ni
Steel name	Steel number
En10217-2   P195GH	1.0348	≤0.13	0.35	≤0.70	0.025	0.020	0.30	≤0.08	0.30

Chemical Composition of EN P235GH

Element	% by mass	Element	% by mass
Carbon (C)	≤0.16	Silicon (Si)	≤0.35
Manganese (Mn)	0.60 to 1.20	Phosphorous (P) (max)	0.025
Sulphur (S) (max)	0.015	Aluminium (Al)	≤0.020
Nitrogen (N)	≤0.012	Chromium (Cr)	≤0.30
Copper (Cu)	≤0.30	Molybdenum (Mo)	≤0.08
Niobium (Nb)	≤0.020	Nickel (Ni)	≤0.30
Titanium (Ti) (max)	0.03	Vanadium (Vi)	≤0.02

The combined quantities of Chromium, Copper and Molybdenum should not exceed 0.70% 

Chemical Composition of P265GH

Element	% by mass	Element	% by mass
Carbon (C)	≤0.20	Silicon (Si)	≤0.40
Manganese (Mn)	0.80 to 1.40	Phosphorous (P) (max)	0.025
Sulphur (S) (max)	0.015	Aluminium (Al)	≤0.020
Nitrogen (N)	≤0.012	Chromium (Cr)	≤0.30
Copper (Cu)	≤0.30	Molybdenum (Mo)	≤0.08
Niobium (Nb)	≤0.020	Nickel (Ni)	≤0.30
Titanium (Ti) (max)	0.03	Vanadium (Vi)	≤0.02

The combined quantities of Chromium, Copper and Molybdenum should not exceed 0.70% 

Chemical Composition of P355GH

Element	% by mass	Element	% by mass
Carbon (C)	0.10 to 0.22	Silicon (Si)	≤0.60
Manganese (Mn)	1.10 to 1.70	Phosphorous (P) (max)	0.025
Sulphur (S) (max)	0.015	Aluminium (Al)	≤0.020
Nitrogen (N)	≤0.012	Chromium (Cr)	≤0.30
Copper (Cu)	≤0.30	Molybdenum (Mo)	≤0.08
Niobium (Nb)	≤0.020	Nickel (Ni)	≤0.30
Titanium (Ti) (max)	0.03	Vanadium (Vi)	≤0.02

The combined quantities of Chromium, Copper and Molybdenum should not exceed 0.70%