Stainless Steel Pipes SUS 316L
Stainless Steel Pipes SUS 316L
Stainless Steel Pipes SUS 316L
Stainless Steel Pipes SUS 316L

Stainless Steel Pipes SUS 316L

Now almost any building will use stainless steel for decoration or decoration, because stainless steel pipe than other metal materials more wear resistance, pressure resistance, light weight, and stainless steel pipe to make the building beautiful and generous, so the decoration project is more willing to choose stainless steel pipe.

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Product Introduction

How to calculate the weight of 316l stainless steel pipe?

The general 316L stainless steel pipe is to use this formula: (outer diameter (mm) -thickness (mm)) * thickness (mm) *0.02507* length (M) = weight (KG))

with a gift you a calculation formula for 304 stainless steel pipe (outer diameter - wall thickness) x wall thickness x0.02491x length = weight (kg), the unit is mm.

Chemical Composition Of ASTM A312 TP 316L Stainless Steel Seamless Pipe

GRADE		C	MN	SI	P	S	CR	MO	NI	N
316L	Min	-	-	-	-	-	16.0	2.00	10.0	-
316L	Max	0.03	2.0	0.75	0.045	0.03	18.0	3.00	14.0	0.10
316H	Min	0.04	0.04	0	-	-	16.0	2.00	10.0	-
316H	max	0.10	0.10	0.75	0.045	0.03	18.0	3.00	14.0	-

Mechanical Properties Of ASTM A312 TP 316L Stainless Steel Seamless Pipe

GRADE	TENSILE STR (MPA) MIN	YIELD STR 0.2% PROOF (MPA) MIN	ELONG (% IN 50MM) MIN	HARDNESS
GRADE	TENSILE STR (MPA) MIN	YIELD STR 0.2% PROOF (MPA) MIN	ELONG (% IN 50MM) MIN	ROCKWELL B (HR B) MAX	BRINELL (HB) MAX
316L	485	170	40	95	217
316H	515	205	40	95	217

Physical Properties Of ASTM A312 TP 316L Stainless Steel Seamless Pipe

GRADE	DENSITY (KG/M3)	ELASTIC MODULUS (GPA)	MEAN CO-EFF OF THERMAL EXPANSION (ΜM/M/°C)			THERMAL CONDUCTIVITY (W/M.K)		SPECIFIC HEAT 0-100°C (J/KG.K)	ELEC RESISTIVITY (NΩ.M)
GRADE	DENSITY (KG/M3)	ELASTIC MODULUS (GPA)	0-100°C	0-315°C	0-538°C	AT 100°C	AT 500°C	SPECIFIC HEAT 0-100°C (J/KG.K)	ELEC RESISTIVITY (NΩ.M)
316L/H	8000	193	15.9	16.2	17.5	16.3	21.5	500	74