Welded Stainless Steel Grade 201 316l 304 Building Material Steel H Beams

Product Specification

Welded /stainless Steel Grade 201 316l 304 Building Material Steel H Beams
 
Products Specification

Stainless steel I-beams and stainless steel H-beams are introduced
Stainless steel I-beam
Stainless steel I-steel is a cross-section of "work" shape of long steel, made of stainless steel, with excellent corrosion resistance and high strength, widely used in construction, machinery manufacturing, Bridges and other fields.

Stainless steel H-shaped steel
Stainless steel H-shaped steel is a section of "H" shaped long steel, made of stainless steel, with excellent corrosion resistance and high strength, widely used in construction, machinery manufacturing, Bridges and other fields.

specification
Stainless steel I-steel specifications
The specifications of stainless steel I-steel are usually expressed in terms of height (H) × leg width (B) × waist thickness (t), and common specifications are:

• 100 * 68 * 4.5
• 120 * 74 * 5.0
• 140 * 80 * 5.5
• 160 * 88 * 6.0
• 180 * 94 * 6.5

Stainless steel H-shape steel specifications
The specifications of stainless steel H-shaped steel are usually expressed in terms of height (H) × width (B) × web thickness (t1) × flange thickness (t2). Common specifications are:

• 100 * 100 * 6 x 8
• 150 * 150 * 7 x 10
• 200 x 200 x 8 x 12
• 250 x 250 x 9 x 14
• 300 x 300 x 10 x 16

peculiarity
Stainless steel I-steel features

• Corrosion resistance: Stainless steel makes it excellent in harsh environments.
• High strength: strong bearing capacity, suitable for heavy load structures.
• Beautiful: smooth surface, suitable for high appearance requirements.
• Easy processing: welding, cutting, drilling and other processing performance is good.
• Long life: Corrosion resistance and high strength extend the service life.

Stainless steel H-shaped steel features

• Corrosion resistance: Stainless steel makes it excellent in harsh environments.
• High strength: strong bearing capacity, suitable for heavy load structures.
• Beautiful: smooth surface, suitable for high appearance requirements.
• Easy processing: welding, cutting, drilling and other processing performance is good.
• Long life: Corrosion resistance and high strength extend the service life.

Advantages of stainless steel I-beams

• Excellent corrosion resistance: suitable for all kinds of corrosive environments.
• High strength: suitable for carrying heavy load structures.
• Beautiful: smooth surface, suitable for high appearance requirements.
• Easy processing: welding, cutting, drilling and other processing performance is good.
• Long life: Corrosion resistance and high strength extend the service life.

Stainless steel H-shaped steel advantage

• Excellent corrosion resistance: suitable for all kinds of corrosive environments.
• High strength: suitable for carrying heavy load structures.
• Beautiful: smooth surface, suitable for high appearance requirements.
• Easy processing: welding, cutting, drilling and other processing performance is good.
• Long life: Corrosion resistance and high strength extend the service life.

Stainless steel I-steel applications

• Building structure: Used for factory buildings, high-rise buildings, etc.
• Bridge engineering: Used for bridge main beams and support structures.
• Machine building: Used for heavy machinery frames.
• Shipbuilding: for hull structure.
• Chemical equipment: equipment for corrosion resistance requirements.

Stainless steel H-shaped steel applications

• Building structure: Used for factory buildings, high-rise buildings, etc.
• Bridge engineering: Used for bridge main beams and support structures.
• Machine building: Used for heavy machinery frames.
• Shipbuilding: for hull structure.
• Chemical equipment: equipment for corrosion resistance requirements.

Stainless steel I-beams and H-beams are widely used in construction, machinery manufacturing, Bridges and other fields because of their corrosion resistance and high strength. The two are different in cross-section shape, mechanical properties and application scenarios, and the selection needs to be determined according to specific needs.