3J01, 3J02, 3J21, 3J22, 3J40, 3J53 | HB SPECIAL ALLOY MFG

High Elastic Alloy for Elastic Component

Alloy

3J01, 3J02, 3J21, 3J22, 3J40, 3J53

Equivalent Grades

GB	ГОСТ
3J01, 3J02	36НХТЮ, 36НХТЮ5М
3J21	40КХНМ
3J53	42НХТЮ

Specification

YB/T 5256-93, YB/T 5253-93, YB/T 5252-93, YB/T 5243-93, ГОСТ 10994-1974, ГОСТ 14117-85

Chemical Composition, %

Alloy	C	Mn	Si	P	S	Ni	Cr	Ti	Al	Fe	Mo	W	Co
3J01	≤0.05	≤1	≤0.8	≤0.02	≤0.02	34.5-36.5	11.5-13	2.7-3.2	1-1.8	Rest	–	–	–
3J21	0.07-0.12	1.7-2.3	≤0.6	≤0.01	≤0.01	14-21	19-21	–	–	Rest	6.5-7.5		39-41
3J22	0.08-0.15	1.8-2.5	≤0.5	≤0.01	≤0.01	15-17	18-22	–	–	Rest	3-4	4-5	39-41
3J40	≤0.03	≤0.1	≤0.2	≤0.01	≤0.01	Rest	39-41	–	3.3-3.5	≤0.5	–	–	–
3J53	≤0.05	≤0.8	≤0.8	≤0.02	≤0.02	41.5-43	5.2-5.8	2.3-2.7	0.5-0.8	Rest	–	–	–

Note: 3J02(5%Mo)

Mechanical Properties

A. Normal mechanical properties

Alloy	Type	Delivery condition	Thickness, mm	Tensile strength, Kgf/mm-2	Elongation, %
3J01	Tape	Soft	0.2-0.5	≤100	≥20
3J01	Wire	Cold drawn	0.2-3.0	≥100	–
3J53	Tape	Soft	0.2-0.5	≤90	≥20
3J53	Wire	Cold drawn	0.2-3.0	≥95	–

B. Mechanical properties after aging

Alloy	Type	Delivery condition	Thickness, mm	Tensile strength, Kgf/mm-2	Elongation, %
3J01	Tape	Soft	0.2-2.5	≥140	≥5
	Tape	Cold drawn	0.2-1.0	≥120	≥8
	Wire	Cold drawn	0.5-5.0	≥150	≥5
	Rod	Cold drawn	3.0-18.0	≥140	≥5
	Flat	Hot forged/rolled	6.0-25.0	≥120	≥10
3J53	Tape	Soft	0.2-2.5	≥125	≥5
	Tape	Cold drawn	0.2-1.0	≥110	≥8
	Wire	Cold drawn	0.5-5.0	≥140	≥5
	Rod	Cold drawn	3.0-18.0	≥135	≥5
	Flat	Hot forged/rolled	6.0-25.0	≥110	≥10

Alloy	Delivery condition	Thickness, mm	Tensile strength, Kgf/mm-2
3J01	Cold rolled	0.5-2.5	≥100
3J01	Soft	0.5-1.0	≥75
3J53	Cold rolled	0.5-2.5	≥90
3J53	Soft	0.5-1.0	≥70

Feature

This kind of alloy is characterized by high elasticity, corrosion resistance and weak magnetism or non-magnetism.

Application

They are usually used for making instruments, wireless elastic sense organs, bellows, diaphragms, corrugated pipes, springs, sensors, shock dampers and etc.

Note: We have succeeded in researching and producing 3J02(36НХТЮ5М), through adding 5% Mo element to increase strength. We are still doing researching to produce 36НХТЮ8M.