ARS TMT BAR SIZES
Experience unmatched strength and precision with ARS 10MM Steel Rod. Ideal for robust constructions, they ensure lasting durability and cost-effectiveness.
10 mm
Nominal diameter
0.617 kg/m
Approx. weight per metre
7.52 kg
Approx. 40 ft rod weight
SGS
Certified assurance
10 mm TMT reinforcement steel
PRODUCT OVERVIEW
Elevate your construction projects with the versatility and strength of ARS 10MM Steel TMT Bars, tailored for heavy-duty applications where resilience is key. The 10mm steel rod weight per metre is approximately 0.617 kg, making these bars suitable for reinforcing concrete in larger structures, heavy load-bearing walls, and foundations that require additional strength.
Nominal diameter
10 mm
Approximate weight per metre
0.617 kg/m
Approximate 40 ft rod weight
7.52 kg
Ideal applications
Beams, columns, slabs, foundations, retaining walls
ARS STEEL BENEFITS
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At ARS Steels, our dedication to superior craftsmanship is embodied in our ‘D’ Quality expertise, setting a high standard in the steel manufacturing industry. Each 10MM steel rod is crafted with meticulous attention to detail, ensuring it meets rigorous strength, durability, and flexibility criteria.
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ARS Steels takes pride in the quality and reliability of our products, confirmed through our SGS certification. This globally recognised certification provides confidence that every 10MM steel bar is rigorously tested for safety and excellence.
10 MM USE CASES
10mm steel bars are essential in structural applications that demand higher strength and durability. They provide critical reinforcement to beams, columns, and slabs in medium-to-large construction projects, including multi-storey residential buildings, commercial complexes, and infrastructure facilities.
Their robustness also supports retaining walls, foundations, heavy-duty pavements, and driveways where surface loads can be significant.
TESTED FOR CONFIDENCE
Review the local test recordings that demonstrate bendability, microstructure, strength, and elongation—key characteristics considered in reinforcement steel quality.
Assesses flexibility and ductility by bending a bar to a specified angle and straightening it again, confirming its ability to withstand physical stress without cracking.
Reviews hardness and microstructural composition, including martensite formation, to support assessment of strength and wear resistance.
Applies tension until the bar breaks to assess maximum load capacity and elongation behaviour under tension.
FAQS
10mm TMT bars are renowned for their superior strength and durability, making them ideal for structural applications such as beams, columns, and slabs in commercial and residential buildings. Their robust nature ensures enhanced load-bearing capacity and resistance to seismic activities, providing a safe and stable structure.
The 10mm TMT bar weight per metre is approximately 0.617 kg. Thus, the 10mm steel rod weight for 40 ft is 7.52 kg. This standardised weight helps in accurate planning and budgeting in construction projects, ensuring efficiency and cost-effectiveness.
Yes, a 10mm steel bar is excellent for use in foundations, especially for structures requiring high tensile strength and stability. Their robustness ensures that foundations are capable of withstanding environmental stresses and loads, providing a solid base for any construction.
The high tensile strength and ductility provided by 10mm TMT bars makes them particularly suitable for multi-storey buildings, which require materials that can handle dynamic loads and provide additional seismic resistance. These bars ensure the longevity and safety of buildings in diverse climatic conditions.
The 10mm steel bar price generally reflects its larger diameter and enhanced structural capabilities. It is priced competitively, providing value for money given its significant role in major structural elements and contribution to the longevity and integrity of large-scale constructions.
Plan with precision
Check the latest ARS steel price, find an authorised dealer, or request support for your construction requirement.
