1. Company overview & snapshot

Sadhu Forging Limited is the most energy-intensive credible manufacturer found in the Sector 24 census. Forging Unit I sits at Plot 140, Sector 24. The wider Faridabad operation includes Forging Unit II, a press-forging unit and a gear division around Plot 84, Sector 25. The company reports 12 forging hammers, five presses from 1,000 to 4,000 tonnes, roughly 40,000 tonnes annual forging capacity, CNC/VMC machining, and an unusually detailed heat-treatment shop with SCADA-equipped sealed-quench furnaces.

Public FY2025 financial databases put revenue in the ₹500–1,000 crore band. ICRA describes four manufacturing units and long-standing Tier-I supply to Tata Motors, Mahindra & Mahindra, VECV, TAFE, Escorts, Kubota and Meritor. Exports were about 20% of FY2024 sales. This mix creates strong plant economics: electricity and thermal fuel affect conversion cost, while OEM delivery limits when presses and furnaces can move.

1.1 Legal identity & corporate structure

Entity discipline matters. Sadhu Forging, Sadhu Overseas and any export/machining affiliate should not share a bill estimate by assumption. The 60-Day Proof belongs on the legal consumer behind the selected transformer.

1.2 What they make & where money comes from

Product families include rough and machined forgings, transmission and differential gears, shafts, axles, connecting rods, steering assemblies, crown wheels and pinions, three-point linkage parts and components for construction, mining, railways and defence.

Major served segments:

• commercial vehicles,
• tractors and agricultural equipment,
• passenger vehicles in a smaller portfolio,
• construction and earthmoving,
• railways,
• export programmes.

ICRA reports Tier-I status with established OEMs including Tata Motors, Mahindra & Mahindra, VECV, TAFE and Escorts. Kubota and Meritor appear in the broader customer list. The company is moving toward machined components and assemblies because value addition and margin are higher than raw forgings.

Exports represented roughly 20% of FY2024 sales. The company site names Europe, USA, Japan and Southeast Asia as export regions. Import intensity was not quantified; specialised presses, furnace controls, cutters and machining centres may include imported equipment or spares.

1.2a Scale, MSME status & trade

1.3 Plants, addresses & footprint

The official contact page does not identify the fourth unit outside these labels with enough precision to map its legal meter. ICRA confirms four manufacturing units. Ask the company for the current plant and transformer map.

Plot/shed sizes were not located. Equipment scale is a stronger indicator: 12 hammers, five presses, ring rolling, tool-room CNC/VMC, machining lines and multiple furnace families.

1.4 Leadership & CRM map — three champion types

One search result identified Sameer Singh as CEO/Plant Head but placed his current role in Pithampur, Madhya Pradesh. Do not use him as the Faridabad primary without location confirmation. Om Sharma’s maintenance profile mentions Dewas, so Deepak Thakur is the cleaner Faridabad maintenance route.

Decision path: Satish or the relevant business head authorises the proof. Deepak or the correct Unit I maintenance manager owns meters and execution. Bholeram/Prakash clears production constraints. Finance validates the bill baseline.

1.5 Recent news and timing

• ICRA reaffirmed ratings and enhanced the rated amount in the 2024 rationale available during this pass.
• Exports reached about 20% of FY2024 sales.
• The company has developed higher-value machined components and assemblies with existing and new clients.
• Public company material continues to present 1,500+ workforce, four units and export reach.
• Capacity and equipment pages expose mature controls, including SCADA on five sealed-quench furnaces.

The timing is operational. Higher-value machined programmes raise the cost of downtime, while forge and HT schedules still create energy peaks. Stamped should show that energy actions can respect delivery and metallurgy.

2. Energy profile

DISCOM / supply: DHBVN at Sector 24/25 Faridabad. Confirm whether all local units are on independent HT accounts and whether any use open access or captive solar.

2.1 Bill band, tariff & demand

Working estimate: ₹30–75 lakh/month [~] for an integrated heavy forge/HT boundary, with the Faridabad cluster potentially higher. Confidence is medium-low. Revenue, 40,000 TPA capacity and equipment scale support a Band A hypothesis, but thermal fuel split matters. Gas-fired carburising and heating can lower the electricity bill while keeping total energy high.

Required bill review:

• each unit’s legal consumer and sanctioned demand,
• highest recorded MD and billing demand,
• ToD consumption,
• PF/harmonics,
• electricity versus PNG/LPG/furnace-oil split,
• solar/open-access adjustment,
• whether compressors or HT auxiliaries sit on separate feeders.

Do not quote the cluster estimate externally until bills confirm it.

2.2 Generation, fuel & renewables

No verified captive solar, open-access or renewable capacity was found in the reviewed sources. DG backup is likely for continuity but not confirmed. Furnace descriptions include gas carburising, implying fuel gas for at least one furnace family. Other sealed-quench, pit, pusher and induction-hardening assets may use mixed electrical and fuel inputs.

The proof should track both electricity and production context. If the largest thermal cost is gas, Stamped can still address electrical MD from presses, induction hardening, quench systems, machining and compressors. A later phase can include fuel SEC if metering exists.

2.3 EnMS, PAT, ISO, BRSR

Sadhu is an unlisted public company and no BRSR was found. Public manufacturing pages show process controls and metallurgical testing. Named certifications should be collected on discovery; do not assume ISO 50001. The five sealed-quench furnaces are described as SCADA-equipped, creating a strong Path A starting point.

PAT designated-consumer status was not found. Forge plants can be energy intensive without crossing PAT thresholds.

2.4 Likely rupee leak categories

1. Furnace campaign and press-start coincidence at shift opening.
2. Sealed-quench hold time between under-loaded batches.
3. Continuous carburising line utilisation and support-load persistence.
4. Pit and pusher furnace idle/standby against production gaps.
5. Induction hardening demand spikes.
6. Hammer and press hydraulic/pneumatic support remaining loaded.
7. Compressed-air leakage and pressure setpoint.
8. Quench pumps, cooling towers and extraction running beyond active recipes.
9. CNC/VMC idle load in the machine shop.
10. Cross-unit production transfer masking energy per tonne.

Every item is a hypothesis. Metallurgical recipes and quality constraints take priority.

3. Operations, equipment & digital stack

3.1 Process flow & critical loads

Steel receipt and inspection → billet cutting → heating → hammer/press forging or ring rolling → trimming → heat treatment (anneal, normalise, harden/temper, carburise, induction harden) → shot blast/cleaning → CNC/VMC machining → gear operations and inspection → assembly/dispatch.

Heating and HT drive thermal energy. Presses, hammers, induction systems, quench pumps, compressors and machining drive electricity. MD often comes from concurrent press/hydraulic starts and furnace auxiliary recovery, not average kWh.

3.1a Machine inventory

3.2 Shifts, seasonality and production pattern

The company serves tractors, CVs, construction and exports. Product mix changes billet weight, press route, furnace recipe and machining time. Normalise by equivalent tonnes plus route, not only parts. Tractor and CV cycles, customer shutdowns and export schedules can create uneven utilisation.

Maintenance windows should be explicit in the baseline. A furnace idle during a planned refractory or atmosphere-maintenance event is not avoidable waste.

3.3 Automation, metering, SCADA/EMS/DCS

Public proof of SCADA exists for sealed-quench furnaces. No site-wide EMS vendor was identified. The lean integration path is:

1. DHBVN interval data.
2. Furnace SCADA exports: recipe, temperature, load/empty state and alarms.
3. Press/hammer run state and production schedule.
4. Compressor and quench/cooling feeder meters.
5. Batch and tonne output.

No changes to furnace recipe, atmosphere, temperature, quench or press control. Prescriptions remain human-approved operating changes.

3.4 Capex and technical projects

ICRA describes product development and focus on higher-value machined assemblies. Public capacity pages may reflect accumulated equipment rather than recent capex. Ask which presses, furnaces or machining lines were added or rebuilt in the last two years. New furnace elements, burners, atmosphere systems and controls need their own post-commissioning baseline.

4. Stamped Energy fit analysis

4.1 ICP scorecard

4.2 Fit score rationale

10/10 pending bill verification. Sadhu has the right revenue, geography, process intensity, equipment depth and public SCADA evidence. The only major unknowns are exact meter boundaries, thermal fuel split and Faridabad champion assignment by unit.

4.3 Wedge

The strongest wedge is: one Sadhu Faridabad HT boundary where furnace campaign state, press starts and compressor/quench auxiliaries are aligned with DHBVN maximum demand and tonnes processed, producing production-cleared rupee actions kept verified with evidence.

4.4 Objections & competitors

• “Furnace energy is process-required.” Baseline by recipe and load; target hold, empty time and utilities, not metallurgical setpoints.
• “We already have SCADA.” SCADA records the recipe. Stamped ties it to bill impact, action owner and verified result.
• “Production cannot stagger.” Production veto remains. Start with utilities or a sequence already inside dispatch slack.
• “Our heat is gas.” Scope electrical MD on presses, induction, quench, machining and compressors; add fuel SEC only with data.
• “We have internal energy audits.” Use audit actions as candidates and verify execution continuously.

4.5 Pilot design

• Site selection: compare Unit I, press-forging and gear/HT bills; choose one legal meter.
• Primary scope: furnace campaign + press/hammer startup + compressor/quench utilities.
• Data: two bills, interval data, SCADA export, batch/tonne output and shift plan.
• Success: top three MD events attributed; one hold/utility/startup action executed; rupee impact verified with evidence; no quality or dispatch impact.
• Kill: bill below viable floor, furnace data unavailable, production route too unstable for baseline, or no maintenance owner.
• Expansion: second Faridabad unit after first proof; machine-shop SEC later.

4.6 Concern scores

4.7 Pitch sketches

P&L: Sadhu already has enough process data to avoid a long sensor project. Take one DHBVN boundary, tie furnace and press events to rupees, and prove one action in 60 days. Stop if the result cannot be defended.

Maintenance: SCADA shows what the furnace did. Stamped adds whether an empty hold, auxiliary load or startup pattern is worth acting on, assigns it to the right engineer and records the meter evidence after the work.

Production: Metallurgy and dispatch remain hard constraints. Every proposed sequence is checked against batch recipe, tonnes and due date. The goal is to remove avoidable overlap, not slow the forge.

5. Before you reach out

5.1 Discovery checklist

• Map all four manufacturing units and legal entities.
• Obtain two DHBVN bills per candidate unit.
• Confirm fuel type for each furnace family.
• Confirm which unit contains the SCADA-equipped sealed-quench furnaces.
• Request available SCADA export fields and frequency.
• Map press/hammer and compressor feeders.
• Confirm induction-hardening feeder and operating schedule.
• Choose output normalisation: tonnes by route and recipe.
• Identify Unit I maintenance and production heads.
• Confirm solar/open-access/DG arrangements.
• Ask whether related Sadhu Overseas assets share utilities.
• Agree quality and production veto rules.

5.2 Do not lead with

• Do not lead with “AI furnace optimisation.”
• Do not propose changing recipe, temperature, atmosphere or quench.
• Do not treat gas use as electricity.
• Do not aggregate all four units into one bill.
• Do not cite a 15–20% outcome as a guarantee.
• Do not use Sameer Singh as Faridabad champion without confirming location.

5.3 Opening hooks

Email: “Which furnace campaign and press sequence owned the last DHBVN peak?”

Call: “You already have SCADA on sealed-quench furnaces. Can we connect that read-only to one bill and tonnes processed?”

WhatsApp: “One unit, one HT boundary, no recipe changes, verified with evidence.”

6. Risks, flags & sources

6.1 Integrity / controversy / regulatory

• No material fraud, insolvency, promoter scandal or company-specific environmental prosecution was identified in this pass.
• ICRA has historically flagged working-capital intensity and moderate debt metrics. Use the latest rationale before commercial approval.
• Automotive, tractor and export concentration creates cyclical volume risk.
• Forging and HT plants face environmental and worker-safety obligations. No reviewed source tied Sadhu to a current adverse HSPCB/NGT order.
• Public revenue is a band, not an audited number reproduced in full.

Search terms included Sadhu Forging fraud, NGT, HSPCB, pollution, accident, labour, lawsuit, insolvency, tax, rating and promoter.

6.2 Data quality flags

• Company operating origin (1976) and legal incorporation (1978) differ for normal historical reasons.
• Unit-level equipment allocation is not public.
• Machine OEMs and electrical ratings are unknown.
• Company workforce claim and payroll databases differ.
• Sameer Singh’s current public location appears to be Pithampur; Om Sharma’s profile points to Dewas.
• Bill band and electricity/fuel split are estimates.

6.3 Sources consulted

• Official company: https://sadhugroup.com/
• Contact and unit map: https://sadhugroup.com/contact-us/
• Closed-die forging: https://sadhugroup.com/infrastructure/closed-die-forging/
• Heat treatment: https://sadhugroup.com/infrastructure/heat-treatment/
• Management: https://sadhugroup.com/management-team/
• ICRA rationale: https://www.icra.in/Rating/GetRationalReportFilePdf?id=128253
• FIA member record: https://fiafaridabad.com/fiamembers/view_details.php?id=219
• Deepak Thakur: https://www.linkedin.com/in/deepak-thakur-2392b3301
• Bholeram Pandey: https://in.linkedin.com/in/bholeram-pandey-a3b28316a
• Prakash Routray: https://www.linkedin.com/in/prakash-routray-83840253
• Sector map: /outreach/extras/2026-08-faridabad/sector-24-manufacturer-map-sep2026.md