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Sariya Price Today in Bhopal, Madhya Pradesh

Real-time TMT steel rebar rates from Govindpura Industrial Area. Verified ex-godown rates updated daily.

Bhopal TMT Sariya Rate Card (Ex-Godown)

Indicative wholesale steel prices per Metric Ton (1,000 kg) sourced directly from stockyards across Bhopal and Central MP.

Diameter (mm)GradeToday's Rate (₹/MT)Change
8 mmFe 500D / Fe 550D₹53,200▲ ₹300
10 mmFe 500D / Fe 550D₹52,000▲ ₹200
12 mmFe 500D / Fe 550D₹50,900▼ ₹100
16 mmFe 500D / Fe 550D₹51,100▼ ₹100
20–32 mmFe 500D / Fe 550D₹51,600▲ ₹150

Rates exclude 18% GST and local transport freight. Minimum order quantity: 3 Metric Tons.

Bhopal & Central MP Steel Market Analysis

Bhopal is a crucial transit and distribution hub connecting Raipur steel dispatches to Central and Western Madhya Pradesh. Govindpura Industrial Area houses over 80 structural steel stockists supplying government Smart City projects, residential housing in Hoshangabad Road, and industrial works across Sehore, Raisen, and Vidisha.

Key market triggers influencing Bhopal TMT sariya prices include scrap availability, power tariff changes in MP, and billet supply flows from Bhilai and Raipur rolling mills.

Key Wholesale Distribution Hubs in Bhopal:

  • Govindpura Industrial Area: Central MP's primary steel rebar and structural section distribution hub.
  • MP Nagar Steel Zone: Major trading market for building material suppliers and contractors.

Quality Procurement Standards for Bhopal:

Contractors in Bhopal should verify BIS ISI certification (IS 1786 grade Fe 500D / Fe 550D) stamped on the rebar surface, request valid Mill Test Certificates (MTC), and perform weighbridge verification upon delivery to avoid shortages.

BIS IS 1786 Tensile & Ductility Testing:

Before accepting steel delivery at site, civil engineers should verify yield strength (Fe 500D minimum 500 N/mm², Fe 550D minimum 550 N/mm²), ultimate tensile strength (UTS), and minimum elongation percentage (16% for Fe 500D). Using BIS certified rebar guarantees high earthquake resistance and structural stability for multi-storey RCC frames.