Our PPGI Sheets come in various RAL colors and designs, making them perfect for buildings and constructions. With ISO9001:2008, ISO14001, and SGS certifications, we guarantee high-quality products and professional services.

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Our PPGI Sheets offer exceptional durability, weather & UV resistance, and come in a wide variety of RAL colors and designs. Ideal for buildings and constructions, these sheets boast a service life of over 15 years, sound insulation, and easy installation. Perfect for roofing applications, they are lightweight, recyclable, and enhance the aesthetic appeal of any structure. Experience the benefits of our one-stop steel procurement services with global reach and international quality standards.

a leading manufacturer of PPGI sheets, offers premium quality corrugated galvanized iron sheets for roofing and construction. Our PPGI sheets are durable, weather-resistant, and UV-protected, making them perfect for various building projects. With a wide range of RAL colors and designs, we provide one-stop steel procurement services for global clients. Explore our PPGI roofing sheets for exceptional performance and value.

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We are one of the leading wholesale suppliers of PPGL sheets in China. Our factory is equipped with 3 advanced color coating lines with an annual output of 320,000 tons. Our pre-painted galvalume steel coils are available in thicknesses ranging from 0.12 to 3.0 mm and widths ranging from 600 to 1,500 mm.

Our pre-painted galvalume steel sheets offer superior corrosion resistance, heat retention, and durability for various applications including construction, vehicle manufacturing, home appliances, and agriculture. Available in various RAL colors and custom patterns, our PPGL sheets are lightweight, aesthetically pleasing, and easy to process. With ISO9001:2008 and ISO14001 certifications, we ensure quality products and one-stop steel procurement services for global clients. Explore our inventory today!

Our PPGL sheets are made of hot-dip galvalume steel with organic coatings for enhanced corrosion and heat resistance. Available in various widths, thicknesses, and RAL colors, including special patterns, our PPGL sheets are ideal for construction, vehicle manufacturing, home appliances, and agricultural uses. With global sales and ISO certification

Our PPGL sheets are made of hot-dip galvalume steel with organic coatings for enhanced corrosion and heat resistance. Available in various widths, thicknesses, and RAL colors, including special patterns, our PPGL sheets are ideal for construction, vehicle manufacturing, home appliances, and agricultural uses. With global sales and ISO certification

We are one of the leading wholesale suppliers of PPGL sheets in China. Our factory is equipped with 3 advanced color coating lines with an annual output of 320,000 tons. Our pre-painted galvalume steel coils are available in thicknesses ranging from 0.12 to 3.0 mm and widths ranging from 600 to 1,500 mm.

a leading manufacturer of premium color coated PPGL sheet, offering a wide range of RAL colors and customized patterns. Our PPGL sheets are made of hot-dip galvalume steel with superior corrosion resistance and heat resistance. Explore our product inventory for construction, vehicle manufacturing, home appliances, and agricultural uses.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

ASTM A36 Carbon Equal Steel Angle Bar is the most basic type of roll-formed steel. Equal Steel angles are used for various purposes in a number of industries. Steel angles come in either equal sizes, unequal sizes and in duragal.

20# Angle steel is the most basic type of roll-formed steel. Equal Steel angles are used for various purposes in a number of industries. Steel angles come in either equal sizes, unequal sizes and in duragal.

Q195 Carbon Unequal Steel Angle Bar is formed by bending a piece of steel into an angle so that it forms an “L”-shape, with a 90° angle. The legs of an unequal angle's “L” are unequal in size. Angles are typically made from roll-formed mild steel.

45# Unequal Angle Steel is formed by bending a piece of steel into an angle so that it forms an “L”-shape, with a 90° angle. The legs of an unequal angle's “L” are unequal in size. Angles are typically made from roll-formed mild steel.

Q235 2.5# Galvanized Angle Steel have been dipped into a molten zinc coating process (ASTM A123). Hot-dipped galvanize (HDG) can be identified by its crystallization pattern, also known as “spangle” on the surface of the material. Galvanized angles have round or tapered edges.