Nuclear Uranium Price — June 5, 2026

Current Price
16.57/g
10 Gram Rate
165.70/10g
24h Change
+₹0.56
24h % Change
+3.50%

As of June 5, 2026, Uranium is trading at Seventeen Rupees per gram across India. The 10-gram rate stands at One Hundred and Sixty Six Rupees, and 100 grams costs One Thousand Six Hundred and Fifty Seven Rupees.

The Nuclear Metal — 10-Day Reference

Nuclear uranium: a redundancy the market made literal

The nuclear uranium price stands at ₹16.57 per gram today, June 5, 2026 — and the phrase is technically redundant, which is itself the lesson. All commercial uranium is nuclear uranium; reactors consume effectively the entire mined supply, leaving no second market to require the adjective. The qualifier survives in searches because the public senses, correctly, that this metal and that industry are one economic organism.

Nuclear uranium price — the reactor industry's metal benchmark
One metal, one industry — June 5, 2026

The organism's vital signs at today's reference:

  • Per gram: ₹16.57
  • Per kg: ₹16,570.00
  • Per reactor-year (~200 t feed): ≈ ₹331 crore
  • World fleet's annual appetite (~65,000 t): ≈ ₹107.7 thousand crore

A tenth of humanity's electricity rides on that last line's modest figure — nuclear uranium economics compressed to one row.

Nuclear Uranium Across Time Frames

Today vs previous periods (₹ per gram)

Yesterday
₹16.01
+₹0.56 (+3.50%)
1 Week Ago
₹16.01
+₹0.56 (+3.50%)
1 Month Ago
₹16.50
+₹0.07 (+0.42%)
1 Year Ago
₹12.32
+₹4.25 (+34.50%)

Uranium is currently priced at Seventeen Rupees per gram. Compared to one year ago, the price has risen by Four Rupees (+34.50%).

The Nuclear Metal by Weight

Today's Uranium rate is Seventeen Rupees per gram. At this rate, 10 grams of Uranium costs One Hundred and Sixty Six Rupees.

Unit Weight Price (INR) Price in Words
1 Gram 1.0000 g ₹16.57 Seventeen Rupees
8 Grams 8.0000 g ₹132.56 One Hundred and Thirty Three Rupees
10 Grams 10.0000 g ₹165.70 One Hundred and Sixty Six Rupees
100 Grams 100.0000 g ₹1,657.00 One Thousand Six Hundred and Fifty Seven Rupees
1 Kilogram 1,000.0000 g ₹16,570.00 Sixteen Thousand Five Hundred and Seventy Rupees
1 Ounce (oz) 28.3495 g ₹469.75 Four Hundred and Seventy Rupees
1 Troy Ounce 31.1035 g ₹515.38 Five Hundred and Fifteen Rupees
1 Metric Ton 1,000,000.0000 g ₹16,570,000.00 One Crore Sixty Five Lakh Seventy Thousand Rupees

The sector-metal bond, examined

No other major commodity binds to one industry so completely. Copper serves a thousand masters; even cobalt and lithium spread across chemistries and sectors. Uranium's monogamy means the metal's price is purely a referendum on nuclear power's trajectory — every reactor approval a bid, every accident a crash, every policy era a regime. The 2011–2021 winter and the post-COP28 spring were nuclear-sector events wearing commodity-price clothing.

Where metal meets reactor — nuclear uranium economics
The referendum metal — nuclear\'s fortunes, priced

India's nuclear-uranium organism

India's version of the bond runs through institutions: NPCIL's twenty-plus reactors burning, UCIL and the import agreements feeding, NFC fabricating, the Atomic Energy Act, 1962 enclosing it all. The fleet's planned multiplication — 100 GW by 2047, SMRs beyond — makes India one of the bond's growing weights: each new Indian reactor adds decades of demand to the referendum this page's number reports daily.

The bond also explains the Indian reader's unusual position: a citizen of one of nuclear uranium's most important demand nations, legally barred from owning a gram, watching the sector's metal through pages like this one. Participation here is informational and — via global equities under LRS — financial; the metal itself belongs to the organism.

Reading sector news through the metal

The bond makes translation mechanical. Reactor life extension announced? Decades of feed demand added — bullish weight. Construction delay? Demand deferred — bearish drift. Restart, new build, early closure: each headline converts to tonnes and lands, eventually, in the benchmark above. The nuclear trade press and this page's daily number are two views of one ledger.

Nuclear Uranium — Daily Series

The most recent Uranium price on record (2026-06-04) is Seventeen Rupees per gram. This is up by One Rupees from the previous day's rate of ₹16.01.

Date Price (₹/g) Change
2026-06-04 ₹16.57 +0.56
2026-06-03 ₹16.01 +0.08
2026-06-02 ₹15.93 +0.05
2026-06-01 ₹15.88 -0.03
2026-05-31 ₹15.91 0.00
2026-05-30 ₹15.91 -0.10
2026-05-29 ₹16.01 -0.07
2026-05-28 ₹16.08 -0.29
2026-05-27 ₹16.37 +0.06
2026-05-26 ₹16.31

The nuclear century's metal, watched properly

If the build-out era delivers — tripling pledges, China's pace, India's Mission, SMR fleets — nuclear uranium's demand curve steepens for decades, against supply that answers in decade-lags. If it stumbles — an accident, financing winters, renewables outracing — the metal stumbles with it, undiversified. Watching this price is watching that wager's daily odds, posted in rupees.

The watching kit stays simple: the daily reference above, the year frame for regime, quarterly producer-and-policy reads for the referendum's actual votes. The sector-metal bond does the interpretive work — every move means nuclear, because nothing else is in the room.

Today's posting: ₹16.57 per gram. The organism breathes; the page records.

Nuclear Uranium Price — Sector FAQ

All commercial uranium is nuclear uranium — the reactor industry being its sole customer — so the benchmark answers directly: ₹16.57 per gram (June 5, 2026), ₹16,570.00 per kg.

No separate quote exists. Concentrate meeting industry specifications (ASTM standards for impurities) is the benchmark product; off-spec material takes negotiated discounts. The "grade" the public imagines — enrichment level — belongs to the service market, priced in SWU, never publicly.

Mechanically: ~440 operating reactors × steady burn rates = a demand floor near 65,000 tonnes a year, indifferent to price. Supply does all the adjusting — the structure behind every uranium cycle on record.

Confidential formula prices for imports, administrative transfers for domestic UCIL feed — all anchored, eventually, to the benchmark above. The 100 GW Nuclear Energy Mission makes this anchoring increasingly consequential for national budgets.

Not on investable horizons. Fission fleets under construction commit uranium demand into the 2050s; fusion remains experimental; and SMR designs mostly deepen uranium dependence (HALEU). The sector's metal needs are the century's safest demand forecast — accidents always excepted.