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HE A


Quality  : S235 – S355 – S460 – S235 – S355 – S460

Dimension : 100 – 1000 mm

H(Height) : 96 – 990 mm

B (Width) : 100 – 300 mm

T (Thickness) : 5,0 – 16,5 mm

Kategoriler:

HE A iron

What is HE A Iron?

HEA, which stands for high energy astrophysics in English, is the name defined when iron, steel and ferrous metals are produced in line with the use of high energy astrophysics. Iron is produced by analogy with the letter H, and these irons are produced especially with a wide angle. These irons, which are used in different areas, also have HEA and HEB types.

In recent years, HEA irons, which have been widely used with many features, are used in beams, especially in the field of construction, in order to comply with the static regulation. In general, in terms of the conformity of the dimensions required in the static regulation, HEA iron is the material with the most use, and it is generally preferred among many steel structures. Along with being light, it will also be irons that you can use in the most appropriate way with the help of its small footprint.

These irons are widely used in many architectural projects today, along with being useful and being produced in a reasonable manner for static calculations. With the help of its carrying strength being as high as possible, HEA irons are widely used in various industrial facilities, automotive and heavy industry, both in terms of carrying load and durability.

The feature of HEA irons is that they are reasonable for recycling. The HEA irons, which are qualified as scrap, are made reasonable for reuse in recycling. It is defined as being as nature-friendly as possible in terms of protecting new resources.

Iron and steel products promise longevity and durability in architecture, industry, industry, environmental works and in many other places. It is preferred over the products used before to make human life simpler and more reliable. Iron and steel products are constantly changing and transforming so that they can produce more aesthetic and durable results every day. The HEA steels produced by going through many stages become products with high surface resistance, especially by distributing the weight on its different ends. HEA profile steel can be alternatives to be used safely in the field of architecture due to its steel properties. It acts as a long-lasting and durable carrier in concrete structures that cannot be maintained and repaired for many years. In steel structures, it is both a strong and aesthetic option. They are materials that will safely carry tons of weight and thousands of people in today’s conditions, where multi-storey buildings are extremely concentrated. These are used as reliable and robust construction materials, especially in earthquake-risk areas. High corrosion resistance ensures that it can maintain its first day condition in all ambient conditions. It is resistant to harsh conditions such as impact, bending, friction. Thanks to its resistance to heat and fire, it ensures that buildings can survive without collapse, no matter how many floors they are in case of a possible fire. At the same time, it ensures the protection of resources by being recyclable products.

Classification Standards

 

ENV 1993-1-1

EN 10025-2: 2004

EN 10025-4: 2004

EN 10225:2001

 

 

lean bending y-y

 

 

Lean jam

 

 

 

 

 

S235

S355

S460

S235

S355

S460

 

 

 

HE 100 AA

1

3

3

1

3

3

?

?

?

HE 100 A

1

1

1

1

1

1

?

?

?

HE 120 A

1

1

2

1

1

2

?

?

?

HE 140 A

1

2

3

1

2

3

?

?

?

HE 160 A

1

2

3

1

2

3

?

?

?

HE 180 A

1

3

3

1

3

3

?

?

?

HE 200 A

1

3

3

1

3

3

?

?

?

HE 220 A

1

3

3

1

3

3

?

?

?

HE 240 A

1

3

3

1

3

3

?

?

?

HE 260 A

2

3

3

2

3

3

?

HI

HI

HE 280 A

2

3

4

2

3

4

?

HI

HI

HE 300 A

2

3

3

2

3

3

?

HI

HI

HE 320 A

1

3

3

1

3

3

?

HI

HI

HE 340 A

1

3

3

1

3

3

?

HI

HI

HE 360 A

1

2

3

1

2

3

?

HI

HI

HE 400 A

1

1

3

1

2

3

?

HI

HI

HE 450 A

1

1

1

1

2

3

?

HI

HI

HE 500 A

1

1

1

1

3

4

?

HI

HI

HE 550 A

1

1

1

2

4

4

?

HI

HI

HE 600 A

1

1

1

2

4

4

?

HI

HI

HE 650 A

1

1

1

3

4

4

?

HI

HI

HE 700 A

1

1

1

3

4

4

?

HI

HI

HE 800 A

1

1

1

4

4

4

?

HI

HI

HE 900 A

1

1

1

4

4

4

?

HI

HI

HE 1000 A

1

1

2

4

4

4

?

HI

HI

Usage areas

With the increase in steel structures, the use of profiles is also increasing. HEA profiles are highly preferred, especially in steel structures, thanks to the durability they provide. Since our country is an earthquake zone, these steel profiles have become indispensable for architectural projects thanks to their durability and strength. Recently, increasing steel structures, steel roads, steel bridges, steel shopping malls, steel buildings has increased the use of HEA profiles.

It has been used to increase the durability of reinforced concrete structures. Since our country is in the earthquake zone, you can use these profiles to strengthen your building columns. It is also used in engine production in the automotive industry. This is because it does not rust and reduces engine damage due to its durability in collisions. In this way, it also reduced the costs incurred after the accident. It also reduces the weight of the vehicles due to its lightness.

Weight Chart

Section

Dimension

G-Brim

h:Height

b: Width

tw:Body Thickness

tf:Flange Thickness

r:Inside Corner Radius

1 Bar Weight

Total Length for 1 Ton

mm

weight kg/m

mm

mm

mm

mm

mm

kb/12,1m

m/ton

 HEA

100

16,7

96

100

5,0

8,0

12,0

202

60

 HEA

120

19,9

114

120

5,0

8,0

12,0

241

50

 HEA

140

24,7

133

140

5,5

8,5

12,0

299

40

 HEA

160

30,4

152

160

6,0

9,0

15,0

368

33

 HEA

180

35,5

171

180

6,0

9,5

15,0

430

28

 HEA

200

42,3

190

200

6,5

10,0

18,0

512

24

 HEA

220

50,5

210

220

7,0

11,0

18,0

611

20

 HEA

240

60,3

230

240

7,5

12,0

21,0

730

17

 HEA

260

68,2

250

260

7,5

12,5

24,0

825

15

 HEA

280

76,4

270

280

8,0

13,0

24,0

924

13

 HEA

300

88,3

290

300

8,5

14,0

27,0

1068

11

 HEA

320

97,6

310

300

9,0

15,5

27,0

1181

10

 HEA

340

105,0

330

300

9,5

16,5

27,0

1271

10

 HEA

360

112,0

350

300

10,0

17,5

27,0

1355

9

 HEA

400

125,0

390

300

11,0

19,0

27,0

1513

8

 HEA

450

140,0

440

300

11,5

21,0

27,0

1694

7

 HEA

500

155,0

490

300

12,0

23,0

27,0

1876

6

 HEA

550

166,0

540

300

12,5

24,0

27,0

2009

6

 HEA

600

178,0

590

300

13,0

25,0

27,0

2154

6

 HEA

650

190,0

640

300

13,5

26,0

27,0

2299

5

 HEA

700

204,0

690

300

14,5

27,0

27,0

2468

5

 HEA

800

224,0

790

300

15,0

28,0

30,0

2710

4

 HEA

900

252,0

890

300

16,0

30,0

30,0

3049

4

 HEA

1000

272,0

990

300

16,5

31,0

30,0

3291

4


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