H METAL distributes quickly HEM beam of highest quality both in standard and non-standard sizes.
HEM beam is generally used in metal constructions, where the openings/loads are very large, industrial metal works of heavy equipment and ship building.
The HEM profile is an H profile with thick wings. Of the Euro-profiles range, it has the highest strength to weight and effort.
|
Name |
Weight |
Size (mm) |
Section |
Section module |
|||||||
|
kg / ml |
cm² |
cm³ |
|||||||||
|
Theoretical |
Commercial |
h1 |
b |
s |
t |
h2 |
h3 |
F |
Wx |
Wy |
|
|
HEM 100 |
41,8 |
42,8 |
120 |
106 |
12 |
20 |
80 |
56 |
53,2 |
190,0 |
75,3 |
|
HEM 120 |
52,1 |
53,4 |
140 |
126 |
12,5 |
21 |
98 |
74 |
66,4 |
288,0 |
112,0 |
|
HEM 140 |
63,2 |
64,8 |
160 |
146 |
13 |
22 |
116 |
92 |
80,6 |
411,0 |
157,0 |
|
HEM 160 |
76,2 |
78,1 |
180 |
166 |
14 |
23 |
134 |
104 |
97,1 |
566,0 |
212,0 |
|
HEM 180 |
88,9 |
91,1 |
200 |
186 |
14,5 |
24 |
152 |
122 |
113,0 |
748,0 |
277,0 |
|
HEM 200 |
103,0 |
106,0 |
220 |
206 |
15 |
25 |
170 |
134 |
131,0 |
967,0 |
354,0 |
|
HEM 220 |
117,0 |
120,0 |
240 |
226 |
15,5 |
26 |
188 |
152 |
149,0 |
1220,0 |
444,0 |
|
HEM 240 |
157,0 |
160,0 |
270 |
248 |
18 |
32 |
206 |
164 |
200,0 |
1800,0 |
657,0 |
|
HEM 260 |
172,0 |
176,0 |
290 |
268 |
18 |
32,5 |
225 |
177 |
220,0 |
2160,0 |
780,0 |
|
HEM 280 |
189,0 |
194,0 |
310 |
288 |
18,5 |
33 |
244 |
196 |
240,0 |
2550,0 |
914,0 |
|
HEM 300 |
238,0 |
244,0 |
340 |
310 |
21 |
39 |
262 |
208 |
303,0 |
3480,0 |
1250,0 |
|
HEM 320 |
245,0 |
251,0 |
359 |
309 |
21 |
40 |
279 |
225 |
312,0 |
3800,0 |
1280,0 |
|
HEM 340 |
248,0 |
254,0 |
377 |
309 |
21 |
40 |
297 |
243 |
316,0 |
4050,0 |
1280,0 |
|
HEM 360 |
250,0 |
256,0 |
395 |
308 |
21 |
40 |
315 |
261 |
319,0 |
4300,0 |
1270,0 |
|
HEM 400 |
256,0 |
262,0 |
432 |
307 |
21 |
40 |
352 |
298 |
326,0 |
4820,0 |
1260,0 |
|
HEM 450 |
263,0 |
270,0 |
478 |
307 |
21 |
40 |
398 |
344 |
335,0 |
5500,0 |
1260,0 |
|
HEM 500 |
270,0 |
277,0 |
524 |
306 |
21 |
40 |
444 |
390 |
344,0 |
6180,0 |
1250,0 |
|
HEM 550 |
278,0 |
285,0 |
572 |
306 |
21 |
40 |
492 |
438 |
354,0 |
6920,0 |
1250,0 |
|
HEM 600 |
285,0 |
292,0 |
620 |
305 |
21 |
40 |
540 |
486 |
364,0 |
7660,0 |
1240,0 |
|
HEM 650 |
293,0 |
300,0 |
668 |
305 |
21 |
40 |
588 |
534 |
374,0 |
8430,0 |
1240,0 |
|
HEM 700 |
301,0 |
309,0 |
716 |
304 |
21 |
40 |
636 |
582 |
383,0 |
9200,0 |
1240,0 |
|
HEM 800 |
317,0 |
325,0 |
814 |
303 |
21 |
40 |
634 |
674 |
404,0 |
10870,0 |
1230,0 |
|
HEM 900 |
333,0 |
341,0 |
910 |
302 |
21 |
40 |
830 |
770 |
424,0 |
12540,0 |
1220,0 |
|
HEM 1000 |
349,0 |
358,0 |
1008 |
302 |
21 |
40 |
928 |
868 |
444,0 |
14330,0 |
1220,0 |
The behavior of the pillars made of beams with H section (HEA, HEB, HEM) depends on the following factors:
- length of the pillar
- application of the moments on the bar
- side connections (if any)
The product is used for metal constructions with large opening:
- exhibition halls
- museums
- gyms
- air stations
- hangars
- stadiums
- garages
In structures made of metal frames, the beams are subject to bending forces, not torsion. Among the usual sections for such beams, there are the HEM profiles, shaped so as to withstand bending forces along the strong axis of the section.
Metal constructions have various advantages such as very good behavior in seismic actions, due to the low weight of this structure and the specific steel ductility.
Probably the greatest disadvantage is the low corrosion resistance, which requires rigorous protection and maintenance measures.
Dimensions: according to DIN 1025/4
Tolerances: according to EN 10034
Steel grade: according to DIN 17100 / EN 10025
Surface conition: according to EN 10163-3, C
Quality certificate: according to EN 10204 - 2.2 or 3.1B
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