Products

Flat metal bars or strips usually made of steel and come in different dimensions in terms of width and thickness. Flat steel is widely used in many engineering and architectural applications, providing the required strength and durability for various structures and products.

*Description:*

• *Shape:* Flat and rectangular, and may come in different lengths and widths.
• *Material:* Usually made of carbon steel or stainless steel, and can be either hot or cold rolled.
• *Dimensions:* Flat steel bars available in multiple dimensions in terms of width (usually from 10 mm to 200 mm) and thickness (from 3 mm to 20 mm or more).

Properties:*

*High Durability:*

– Flat steel bars

has high strength, making it ideal for use in structures that require heavy load bearing.

*Flexibility:*

– It can be easily shaped to suit different design, such as cutting, bending or welding.

*Availability:*

– It is available in various sizes and thicknesses to meet the needs of a wide range of applications.

Uses:

Metal Structures:

– Flat steel bars are used in the construction of metal structures such as doors, windows, stairs, and handrails. It provides support and stability to different parts of the structures.

*Construction industries:*

– Used as support elements in concrete structures, such as foundations and ceilings, as it helps in distributing loads evenly and strengthen structures.

*Equipment industries:*

– Used in manufacturing and installing heavy equipment and industrial devices due to their ability to withstand high pressures.

*Indoor and outdoor decoration:*

– Used in decorating applications, such as fences, metal furniture, and other that need a combination of strength and durability.

*Elevator installations:*

– Used in the manufacturing elevators equipment because they are rigid and durable, as they help provide stability and support to the structure.

*Fixing systems:*

– Used in manufacturing of fixing systems and supports, such as arches and beams, in engineering structures and industrial projects.

*Advantages:*

• *Durability:* It is characterized by its high ability to withstand heavy loads and high pressures.
• *Flexibility in use:* It can be easily shaped and modified to suit any design or project.
• *Affordable cost:* It is an economical choice for projects that need strong and durable materials.

Also known as “iron angles” or “steel angle”, are “L” shaped metal pieces that are usually made of steel and are widely used in many industrial and construction applications. An iron angle section consists of two perpendicular sides, which can have equal or different dimensions.

*Description:*

– “L” shaped with two perpendicular sides.

– Materials: Usually made of carbon steel or stainless steel.

Dimensions: The dimensions of the angles vary, as the two sides can be equal in length (equal angle) or unequal (unequal angle)

Uses:
Metal Structures

– Iron angles are widely used in the construction of metal structures such as towers, bridges, and industrial buildings. These angles provide the necessary support and strength to bear heavy loads.

Construction Frames

– Used in manufacturing door and window frames, roofs, and floors. It helps strengthen these structures and ensure their stability.

Mechanical Fittings

– Used in the manufacturing and installing heavy equipment and machinery. Iron angles provide support and stability to the machines moving parts.

Supports and Barriers

– Used as supports or barriers to protect against impact or to enhance safety in certain areas such as construction sites or factories.

*Reinforcement:*

– It is used to strengthen and reinforce concrete structures, such as concrete beams and walls, to prevent cracks and distribute loads better.

Properties:

• *Durability:* Iron angles have high durability, making them suitable for applications that need strong support.
• *Flexibility in use:* It can be easily cut, welded, and shaped to suit the needs of various projects.
• *Availability:* Available in different sizes and types to meet the specific needs of each project.

• Iron Angles
• also known as “iron angles” or “steel angle”, are L-shaped metal pieces that are usually made of steel and are widely used in many industrial and construction applications. Steel angle section consists of two perpendicular sides, which can have equal or different dimensions.

*Description:*

– In “L” shape with two perpendicular sides.

– Materials: Usually made of carbon steel or stainless steel.

– Dimensions: The dimensions of the angles vary, as the two sides can be equal in length (equal angle) or unequal (unequal angle

Uses:
Metal Structures

– Iron angles are widely used in the construction of metal structures such as towers, bridges, and industrial buildings. These angles provide the necessary support and strength to bear heavy loads.

Construction Frames

– Used in manufacturing door and window frames, roofs, and floors. It helps strengthen these structures and ensure their stability.

Mechanical Fittings

– Used in the manufacturing and installing heavy equipment and machinery. Iron angles provide support and stability to the machines moving parts.

Supports and Barriers

– Used as supports or barriers to protect against impact or to enhance safety in certain areas such as construction sites or factories.

*Reinforcement:*

– It is used to strengthen and reinforce concrete structures, such as concrete beams and walls, to prevent cracks and distribute loads better.

Properties:

• *Durability:* Iron angles have high durability, making them suitable for applications that need strong support.
• *Flexibility in use:* It can be easily cut, welded, and shaped to suit the needs of various projects.
• *Availability:* Available in different sizes and types to meet the specific needs of each project.

It is an important material in the field of construction and industry. This mesh is made of steel sheets that have been cut and extended to form a wide range of diamond-shaped openings. It is characterized by durability and strength, and provides savings in weight and metals. It also allows the passage of light, liquid, sound and air.

They are square or rectangular tubes made of steel, widely used in construction, industry, and many other engineering applications. Square tubes are characterized by their high capacity to bear heavy weights and loads, and come in various sizes and thicknesses to meet different needs.

Description:

– Shape: Square or rectangular, with straight sides and sharp corners.

– *Materials:* Usually made of carbon steel or stainless steel, and may be hot or cold rolled.

– *Dimensions:* Available in various sizes ranging from 10×10 mm to 400×400 mm or larger, and in thicknesses ranging from 1 mm to 20 mm or more depending on the application.

Properties:

Solidity and strength:*

– Square steel tube provide high durability and strength, making them ideal for structures that require strong support and high load bearing capacity.

Versatility in use:*

– It can be used in many applications because it is available in various sizes and thicknesses.

Flexibility in shaping:*

– They can be easily cut, welded, and bent to meet different design.

Uses:

Metal structures:*

– Steel tubes used widely in construction of metal structures, such as beams, bridges, and metal frames for buildings.

Construction industries:

– Used in concrete constructions as supports and beams, adding additional strength and stability to the structure.

 Furniture industry:

– Used in manufacturing metal furniture, such as tables, chairs, and shelves, due to their strength and durability.

Indoor and outdoor decoration:

– Used in the design of architectural structures, such as fences and iron doors, because it provides a beautiful appearance.

Vehicles and Heavy Equipment:*

– Used in manufacturing vehicle bodies, trailers, and heavy equipment because it is corrosion resistant.

Stair and Ceiling Systems:*

– Used in the installing metal stairs and suspended ceilings, provides strong support with an aesthetic appearance.

Advantages:

• *It bear heavy loads:* because it has square design, it can withstand high pressures and heavy weights.
• *Sustainability:* It is a sustainable and recyclable material, making it environmentally friendly.
• *Economical cost:* It provides an economical solution in construction and manufacturing in addition to high quality.

HEB/HEA

It is a metal section with two sides in the shape of the letter H. It is used in construction or engineering applications and is also used in lifting and transportation work.

It is a long or short metal piece that is cold drawn and has multiple shapes, as it is found in the form of letters (Z/U/C). It is mostly made of black iron and sometimes galvanized. It used in metal structures and as supporting parts in houses

It is a metal piece with two small sides

Used in construction and building works and it is always in the shape of the letter

Whether in the architectural field, such as constructing bridges and buildings, or mechanically, through constructing vehicles

UPN/UPE : 

It is a metal piece with sides that narrow slightly at the ends.

It is used in engineering industries and is U-shaped.

Stainless Steel Pipes* are a type of pipe made of stainless steel, which is highly resistant to corrosion, rust, and chemicals. Widely used in applications that needs high level of cleanliness, strength, and durability, especially in harsh environments or those exposed to high temperatures.

Description:

– *Materials:* Stainless steel pipes are made from steel alloys that contain a high percentage of chromium (usually between 10.5% and 30%), that gives it great resistance to corrosion.

– These pipes can be manufactured either by welding (such as welded pipes) or seamlessly (such as seamless pipes).

Properties:

High corrosion resistance

– Because it contains it provide a protective layer of chromium oxide on the surface, which protects them from corrosion and rust even in humid or salty environments.

High temperature resistance:*

– can withstand high temperatures without losing their strength or being deformed, making them ideal for use in high temperature environments such as power plants.

Ease of cleaning:*

– Used in industries that need high level of cleanliness such as food and pharmaceutical industries, as they can be easily cleaned and do not react with food or chemicals.

Durability:*

– Resistant to pressure and mechanical corrosion, ideal for heavy industrial applications.

Uses:

Chemical industries:*

– Used in transporting chemicals and caustic materials due to their high resistance to corrosion and rust.

Water Systems:*

– Used in water distribution systems and sewage systems, especially in environments containing salty or polluted water.

Oil and Gas:*

– Used in oil and gas pipelines where harsh environments and transported materials require high corrosion resistance.

Decoration and Construction:*

– Also used in architectural and decorative aspects such as handrails and fences, that provide an elegant and modern appearance in addition to their durability.

*Types:*

– *Stainless Steel 304:*

– The most common, it is characterized by its excellent corrosion resistance in normal environments and food industries.

– *Stainless Steel 316:*

– Contains a higher percentage of nickel and molybdenum, which gives it additional corrosion resistance in salty or acidic environments.

– Contains a high percentage of nickel and molybdenum, that gives it additional resistance to corrosion in salty or acidic environments.

*430 Stainless Steel:

– Used in applications that do not need high corrosion resistance.

Advantages

– *Longevity:* It has a very long service life due to its high corrosion resistance.

– *Corrosion Resistance:* It can withstand harsh environments, making it ideal for use in various industries.

– *Recyclable:* It is an environmentally friendly option as it is fully recyclable.

Seamless pipes are steel pipes that are manufactured without any welds or joints, giving them greater strength and durability than welded pipes.

Also known as “seamless pipes”, they are mainly used in applications that need high pressures or exposure to harsh conditions.

Description:

– *Manufacturing:* Seamless pipes are manufactured by passing a solid billet of steel through a hot extrusion or rolling process to form the pipe. This produces a pipe without welds or joints.

– *Materials:* They are usually made of carbon steel, stainless steel, or alloy steel depending on the application.

Properties:

High Durability

– Seamless pipes have high mechanical strength and resistance to high pressures and harsh conditions.

Leakage Resistance

– Seamless pipes are an ideal choice for transferring hazardous liquids and gases, as they are free of welds.

High Temperature Resistance

– They can be used in high temperature environments, such as petrochemical industries and power plants.

Applications

Uses:

Oil and Gas

– Widely used in the oil and gas industry to transport crude oil, natural gas, and petroleum products because they can withstand high operating pressures.

Energy:

– Used in power plants to transfer steam and hot water in thermal systems.

Petrochemical:

– Used in the petrochemical industry to safely transfer chemicals and hazardous raw materials.

Engineering Applications:

– Used in the construction of heavy engineering structures such as bridges and towers.

Marine Industries:

– Due to their corrosion resistance, seamless pipes are used in marine facilities and ships.

*Types:*

– Seamless carbon pipes

– They are mainly used in applications that need high pressure and temperature, such as high-pressure systems.

Seamless stainless steel pipes

– They are used in environments that need high corrosion resistance, such as chemical and food industries.

Advantages:

– No weak points:* They do not contain welds that may cause weakness in the structure.

Long life: They are highly resistant to corrosion and internal wear, which increases their service life.

– * Dimensions: It can be manufactured to very precise dimensions, making them ideal for use in sensitive applications.

Welded pipes* are a type of pipe made of metal, often steel, that is assembled by welding. These pipes are used in many industrial and engineering applications due to their durability and ability to withstand high pressures.

Description:

– *Materials:* Welded pipes are usually made of carbon steel, stainless steel, or other metal alloys.

– *Manufacturing:* It is made of steel plates that are rolled and locked into the shape of a tube, then the edges are welded to form a durable, leak-free tube.

1. *ERW pipe is a straight seam electric resistance welded pipe (ERW):*

– Manufactured by welding the longitudinal edges of steel plates, using an electric current to create an electric resistance weld (Electric Resistance Welding).

– Typically used in low to medium pressure applications, such as water and gas transport.

2. *Spiral Welded Pipes:*

– Manufactured by spiraling a steel strip and continuously welding the edges to form a pipe.

– Used to transport fluids and gases in long pipelines, especially when large diameters are required.

3. *Electric Arc Welding Pipes (SAW):*

– The edges are welded using an electric arc under a flow of metal powder (Submerged Arc Welding).

– Used in applications that require high pressure, such as industrial and oil pipelines.

Uses:

Transport fluids and gases:

– Widely used in transport water, natural gas, oil, and chemicals. They are characterized by their ability to resist leaks and high operating pressures.

2. *Petrochemical Industries:*

– Used in petrochemical facilities to transport raw materials and finished products.

3. *Engineering Structures:*

– Used in the construction of heavy engineering structures such as bridges, towers, and marine structures.

4. *Heating, Ventilation, and Air Conditioning (HVAC):*

– Used in HVAC systems to distribute air and other gases in large buildings.

5. *Marine Industries:*

– Used in ships and marine facilities due to their high resistance to rust and corrosion.

*Properties:*

– *Durability:* Highly resistant to corrosion and pressure, making them ideal for use in harsh environments.

– *Accuracy:* Can be manufactured to precise dimensions to suit specific needs in different projects.

– *Variety:* Available in different diameters and thicknesses, used in a wide range of applications.