KOHE

Technical data

Diameter D (mm)	T (mm)	C (mm)	E (mm)	d0 (mm)	L (mm)	G (mm)
20	16	28	39	19.5	65	M24×3
25	20	35	47	24.5	75	M30×3.5
30	26	41	55	29.5	85	M36×4
35	30	48	68	34.5	100	M42×4.5
40	35	55	76	39.5	105	M48×5
45	40	61	83	44.5	105	M56×5.5
50	42	68	97	49	125	M60×5.5
55	45	75	105	54	140	M68×6
60	50	81	113	59	145	M72×6
65	55	88	120	64	165	M76×6
70	60	95	133	69	170	M85×6
75	65	101	141	74	190	M90×6
80	70	108	148	79	210	M95×6
85	70	115	161	84	230	M100×6
90	75	121	170	89	250	M105×6
95	80	128	178	94	270	M110×6
100	85	135	186	99	285	M115×6
105	90	143	193	104	290	Tr125×10
110	95	149	200	109	300	Tr130×10
115	95	156	209	114	310	Tr135×10
120	100	162	225	119	320	Tr140×10
125	105	170	232	124	325	Tr150×12
130	110	176	246	129	330	Tr155×12
135	115	182	253	134	335	Tr160×12
140	120	189	260	139	340	Tr165×12
145	125	196	269	144	345	Tr170×14
150	130	202	278	149	350	Tr175×14
155	130	209	294	154	355	Tr180×14
160	130	216	303	159	360	Tr185×14
165	135	222	311	164	365	Tr195×16
170	140	229	320	169	370	Tr200×16
175	140	237	331	174	375	Tr205×16
180	140	246	341	179	380	Tr210×16
185	140	256	357	184	385	Tr220×18
190	140	266	368	189	390	Tr225×18
195	145	275	376	194	395	Tr230×18
200	150	280	385	199	400	Tr235×18
205	155	285	392	204	405	Tr240×18
210	160	290	400	209	410	Tr245×18

Mechanical Properties and Dimensions of Equivalent Strength Alloy Steel Tie Rods

Steel grade （MPa）	Norminal　diameter (mm)	Tensile strength Rm(MPa)	Yield strength ReH(MPa)	Elongation A(%)	Reduction of area Z(%)	Impact energy (longitudinal) AKW (J)
		Tensile strength Rm(MPa)	Yield strength ReH(MPa)	Elongation A(%)	Reduction of area Z(%)	20℃	0℃	-20℃	-40℃	-50℃
		≥				≥
235	20-210	375	235	21	50	27	27	27	—	—
345	20-210	470	345	21	50	34	34	34	27	—
460	20-210	610	460	19	50	—	50	45	34	27
550	20-180	750	550	17	50	—	40	39	27	27
650	20-150	850	650	15	45	—	40	34	27	27

Theoretical loads of Equivalent Strength Alloy Steel Tie Rods