
Products & Solutions
7 Product Lines · Fe 500 Certified
Bajrang Steel · Product Range
From TMT rebars to structural steel — every product NS-certified and built to Nepal's highest quality standards.
TMT (Thermo Mechanically Treated) rebars are made using advanced quenching technology that creates a tough outer surface and a soft, flexible core. This unique balance gives them high strength, easy bendability, and excellent structural resilience. With uniform ribs that bond firmly with concrete and resistance to rust and cracks, TMT rebars provide lasting safety and durability for all kinds of construction.
| Bar Size Range | Standard Applications |
|---|---|
| 8mm – 10mm | Roof slabs, wall ties, and small residential homes |
| 12mm – 16mm | Multi-story apartments, beams, and columns |
| 20mm – 25mm | Bridges, highways, and large foundations |
| 28mm – 36mm | Heavy industrial buildings, high-rises, and dams |

Flagship NS-certified rebars — engineered for critical infrastructure and long-term structural performance.
Hot-rolled structural beams and channels engineered to distribute heavy structural loads safely. Ideal for commercial projects, bridges, and industrial plants.

Two horizontal flanges connected by one vertical web
Two horizontal planes (flanges) connected by one vertical component form the "I" cross-section. The upper and lower flanges have a slope, making them thin outside and thick inside. The I-beam is the most commonly used beam in structural steel buildings — capable of handling a variety of heavy loads with impressive load-bearing performance.

Three flat mounting surfaces — saves money, time, and weight
By moving the web out to one edge of the flanges, C-section channel provides three flat surfaces for mounting — overcoming the limitation of I-beams which only offer two parallel faces. It avoids the need for brackets or angles, saving money, time, and weight on your project.
Essential building blocks for machinery, gates, structural framing, and general engineering. Engineered to strict dimensional standards.

Right-angle sections with vertical legs — equal or unequal in length depending on the project. They withstand internal stresses and do not buckle under the weight of the whole building. Their inherent strength means angle sections always find a permanent spot in any construction project.

A solid metal bar with a square cross-section — a basic building block for support materials. Generally used for support braces, ladder hangers, grills for gates, latches, ductwork, overhead doors, heaters, and bracing.

Thin strips of mild steel with thickness varying from 12mm to 100mm. Bajrang Flats are the most fundamental of steel structures — dimensionally high on quality, designed to perfection. Applications range from construction to machine fabrication.

Cylindrical metal bars — essential building blocks for a wide array of construction, manufacturing, and engineering applications. Whether you're creating machinery, fabricating components, or reinforcing structural elements, Bajrang Round Bars are a dependable choice.
The quality of your steel is only as good as how it's used. Avoid common construction failures and follow tested best practices.
Inadequate planning and design leads to structures that cannot bear actual loads — the most preventable failure mode.
Sub-standard or uncertified steel compromises the entire structure. Always insist on NS-191 and IS 1786:2008 certified rebars.
Failure to clean rebar surfaces or use correct spacing prevents proper concrete adhesion, weakening structural integrity.
Ignoring local building codes and standard guidelines increases risk dramatically — always build to Nepal's national standards.
Construction without qualified structural engineer oversight leads to critical errors that are costly and dangerous to correct.
Always use certified, standardised products. Look for NS-191 and IS 1786:2008 markings on every TMT rebar you purchase.
Never bend rebars using improper tools or re-bend them in the opposite direction — this weakens the bar at the bend point.
Store steel in a dry, well-ventilated space off the ground to prevent surface rust before use.
Clean rebar surfaces thoroughly before bonding with concrete to ensure maximum grip and load transfer.
Always follow your structural engineer's guidelines on spacing, lap length, stirrup spacing, and cover depth.
Do not deviate from the correct spacing and quantity of rebars specified in the structural drawings, even to save cost.
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