Jindal Steel Bar Price List Today (Panther TMT)
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Jindal Panther TMT bars retail around ₹56–₹60 per kg, sitting just below Tata Tiscon and JSW in the upper-mid band. Panther is JSPL's (Jindal Steel & Power) retail TMT brand, rolled from virgin ore at Raigarh and Patratu, with its strongest network in North and Central India.
Jindal Panther rate chart (indicative retail)
| Bar size | Price per kg | Weight per 12 m rod | Price per rod (approx.) |
|---|---|---|---|
| 8 mm | ₹58–60 | 4.74 kg | ₹275–285 |
| 10 mm | ₹57–59 | 7.40 kg | ₹420–435 |
| 12 mm | ₹56–58 | 10.66 kg | ₹595–620 |
| 16 mm | ₹56–58 | 18.96 kg | ₹1,060–1,100 |
| 20 mm | ₹56–58 | 29.63 kg | ₹1,660–1,720 |
| 25 mm | ₹56–58 | 46.30 kg | ₹2,590–2,685 |
Indicative retail rates including GST; the steel market moves weekly. Check the last-updated date above and confirm with authorised Panther dealers.
Upper-mid band — Panther typically lands ₹1–3/kg under Tiscon in North and Central India, where its freight advantage shows.
Steel at 4 kg per sq ft of built-up area (thumb rule), blended ₹57.5/kg — houses lean on 8–12 mm bars, which price above the 16 mm headline. Panther is upper-mid: about ₹12,000 under Tiscon on the 1,200 sq ft house, and ₹10,000 over a value brand.
Panther grades
Jindal Panther rolls Fe 500D and Fe 550D per IS 1786 — the 550D is the flagship retail grade. Being an integrated producer (own ore to finished bar), batch consistency is comparable to Tata and JSW. Panther bundles carry QR-coded tags; scan to verify the rolling batch and grade.
Panther vs Tiscon vs Neosteel
All three are integrated-plant brands with dependable Fe 500D/550D compliance. Price-wise Panther usually lands ₹1–3/kg below Tiscon in North India where its freight advantage shows. Choose on landed cost and dealer service; compare all brands on the steel price list.
"Jindal" is not one company — and this confuses buyers constantly
This is the single most useful thing to understand before buying anything with "Jindal" on it. The Jindal name belongs to a family business that was divided among brothers decades ago, and the successor companies are separate, independently listed, competing businesses. A dealer saying "it's Jindal" has not told you which one.
The names you will actually encounter:
- Jindal Steel & Power (JSPL) — markets TMT under the Panther brand.
- JSW Steel — a different company, different management, markets TMT as Neosteel.
- Jindal Stainless — stainless steel; nothing to do with TMT rebar at all.
- Jindal (India) / Jindal Pipes and others — further separate entities in the wider family.
They are not divisions of a parent. They compete with each other. Their rates differ, their products differ, and a test certificate from one means nothing about the other.
Why this matters at the dealer counter. "Jindal TMT at ₹66" is not a quote — it is a family name and a number. It could be Panther, it could be a smaller entity using the family name legitimately, or it could be an unrelated local mill trading on the ambiguity. All three are commercially different and one of them may not be what you think you are buying.
How to resolve it in one question: ask for the brand name and the manufacturer's full legal name on the invoice, not the family name. Panther is JSPL. Neosteel is JSW. If the dealer cannot or will not put the manufacturer on the invoice, the ambiguity is doing work for someone, and it is not you.
What Panther actually is
Jindal Panther is JSPL's TMT rebar brand, sold in the standard Indian grade family — Fe 500, Fe 500D, Fe 550 and Fe 550D — to IS 1786. JSPL runs integrated steel operations, which means the bar is made from ore through a controlled chemistry route rather than from re-melted scrap of unknown origin.
What that buys is the same thing it buys with any integrated producer: consistency between batches, tighter control over the residual elements that make steel brittle, and traceability back to a heat number. It does not buy extra strength. Fe 500 is a specification; every BIS-certified Fe 500 bar meets the same minimum yield, whoever rolled it. A brand cannot be "stronger than Fe 500" and still be Fe 500.
The grade decision matters more than the brand decision. Fe 500D and Fe 550D carry higher minimum elongation than plain Fe 500 — the D is ductility, the property that lets a member deform rather than snap. Most of India sits in seismic Zone III or above. If your drawing calls for ductile detailing under IS 13920, the D grade is not an upsell, it is the specification, and buying famous-brand Fe 500 instead of regional Fe 500D is a downgrade wearing a better label.
Verifying a Panther delivery
The routine is the same for any branded TMT and it takes ten minutes:
Rolled marks. IS 1786 requires the manufacturer's identification and grade rolled into the bar at intervals — into the steel, not printed on it. The marks repeat along the length. Absent or single marks are a question.
The test certificate, for your heat number. Not a generic photocopy. The TC states yield strength, tensile strength, elongation and mass per metre for the specific cast that is on your site. This is the document that makes every other claim checkable, and asking for it costs nothing.
Weigh a metre. Cut a clean 1 m sample and weigh it against D²/162 — 12 mm should be 0.888 kg. IS 1786 allows a rolling tolerance (±5% at 12–16 mm), so a small shortfall is legitimate; a large one is not.
Check the invoice names the manufacturer. Given everything above about the Jindal name, this is the step that is specific to this brand — and it is the one most often skipped.
Laps and splices — where steel quantity is really decided
Bars come in 12 m lengths and buildings are longer than that, so steel has to be joined. How you join it is a structural decision and a cost decision at the same time, and it is where a steel estimate quietly gains 8–12% that no thumb rule warned you about.
The lap length rule. A lapped splice transfers force from one bar to the next through the concrete around them, which means the overlap must be long enough to develop that force. For bars in tension the usual figure is around 50d — fifty times the bar diameter — with the exact requirement following IS 456's development length provisions and the concrete grade. For a 12 mm bar that is 600 mm of overlap; for 20 mm it is 1 m. In compression the requirement is shorter, typically around 40d.
Do that arithmetic across a house and it is real steel. A column with 6 bars, lapped once per floor, at 50d for 16 mm bars is 6 × 800 mm = 4.8 m of extra bar per floor per column. Over twelve columns and two floors that is 115 m of 16 mm — about 180 kg, roughly ₹13,000, that exists purely because bars are 12 m long.
The rules that protect the splice:
- Stagger the laps. IS 456 limits how much of the steel may be lapped at one section — the usual site rule is not more than 50% of bars at any one level. All six column bars lapped at the same height creates a plane of weakness exactly where you least want one.
- Lap where stress is low. For columns, that is generally the middle third of the height, not immediately above the floor slab where moment is highest. For beams, laps in the bottom steel belong near supports, not at mid-span.
- Never lap inside a beam-column joint. The joint is congested and highly stressed; it is the worst place in the frame for a splice.
- Keep the lapped bars in contact and tied. A lap with a gap is not a lap.
Mechanical couplers are the alternative — threaded sleeves that join bars end to end. They cost more per joint, eliminate lap steel entirely, and remove congestion in heavily reinforced columns. On a house they are rarely justified. On a congested transfer column they can be the only way the bars physically fit.
The estimating consequence: the 4 kg/sq ft thumb rule already has typical lapping baked into it, which is one reason a bar bending schedule from your designer beats any rule of thumb. Order against the schedule and the laps are already counted. Order against the thumb rule and then discover the schedule needs more, and you are buying steel twice at whatever the rate has moved to.
The paperwork side of a steel purchase
Steel is the largest single invoice on most house builds, and it is the one where informal buying costs the most. The documents are not bureaucracy — each one is a mechanism that protects a specific thing.
GST and the "with bill / without bill" question. TMT bars attract GST at 18%. A dealer offering a lower rate "without bill" is offering to evade it, and the buyer carries more of the consequence than the conversation suggests. Without a tax invoice you have: no proof of purchase, no warranty claim, no recourse if the steel is short or substandard, no evidence of the grade you were promised, and nothing to show a bank or an auditor. On a ₹4 lakh steel order the "saving" is real money — and so is having no document that says what you bought when a bar fails a test.
What a proper tax invoice must show:
- Supplier's GSTIN and legal name (not just the family brand name)
- Description including grade — "TMT Fe 500D", not "TMT bars"
- Diameter-wise quantity and weight
- Rate, taxable value, GST split (CGST/SGST or IGST)
- HSN code for steel bars
The e-way bill. Consignments above the threshold moving between locations require an e-way bill generated on the GST portal. For a house owner this matters for one reason: the e-way bill states the declared weight of what left the yard. It is an independent record against which a short delivery can be argued, and it exists whether or not you ask for it.
The delivery challan and the weighbridge slip. The challan says what was dispatched; the weighbridge slip says what it weighed. If you are billed on actual weight, the slip is the invoice basis, and you are entitled to see it. Many disputes end the moment someone asks for the slip.
Why this compounds with everything else on this page. The test certificate proves the steel's properties. The invoice proves what you were sold and at what grade. The weighbridge slip proves how much arrived. Together they are the only reason any claim on this page is checkable. Buy informally and every protection above becomes a conversation about what someone remembers agreeing to.
What to do if the steel fails a test
It happens, and the position you are in depends entirely on what you did before the delivery.
With paperwork: you have an invoice naming grade and manufacturer, a test certificate for the heat number, and a NABL lab report showing the bar does not meet it. That is a straightforward claim against the supplier, and it is usually settled without a fight because the documents leave little to argue about.
Without paperwork: you have bars on site and an opinion. There is no route.
The practical sequence if a sample fails: stop using that batch, segregate it physically so it cannot be consumed by mistake, notify the supplier in writing the same day, and re-test from a second sample of the same heat with the supplier's representative present. A single failure can be a sampling artefact; two failures from one heat is a rejected batch.
Where it goes badly is when the batch has already been cast. Steel in concrete cannot be re-tested and cannot be replaced. This is the entire argument for testing before the pour rather than after — and for staging deliveries against the bar bending schedule instead of taking six tonnes in one lot and discovering a problem in month three.
One-line summary
Buy the grade the drawing calls for, from a dealer who will put the manufacturer's legal name and the grade on the invoice and hand you the test certificate for your heat number without an argument. Then spend the attention you saved on cover, compaction and curing — which decide how long the building lasts, and which no brand on any bar can compensate for.
A note on indicative rates
July 2026, before dealer discount. One caution specific to this page: because the family name is shared by separate companies, a "Jindal" rate quoted to you and a "Jindal" rate quoted to someone else may be two different products from two different manufacturers. Compare rates only once you know which company's bar each quote is for.
Before you order
Ask which company. Ask for the grade in writing. Ask for the certificate. Three questions, one minute, and they remove nearly every way this purchase can go wrong.
Frequently asked questions
What is the Jindal Panther price per kg today? Around ₹56–₹60 per kg retail depending on diameter, city and order size.
Is Jindal Panther as good as Tata Tiscon? Grade for grade, both are integrated-plant BIS-certified TMT with comparable quality; Panther often prices slightly lower in North and Central India.
What does one 12 mm Panther rod cost? A 12 mm × 12 m rod weighs 10.66 kg — about ₹595–620 at current rates.
How do I verify genuine Panther bars? Check the "Jindal Panther" rib marking, the QR-coded bundle tag, and buy only from authorised dealers with a mill test certificate.
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CivilSite Editorial Team✓ Engineer reviewed
Written and reviewed by practising civil engineers with 10+ years of Indian residential construction experience.