India's Top Construction Machinery Manufacturer
India's Top Construction Machinery Manufacturer
Complete turnkey solutions from feasibility to commissioning for AAC block plants, AAC panel plants, and dry mortar manufacturing setups across India.
Maruti Hydraulics Limited provides complete project services for investors setting up AAC block plants, flyash brick plants, dry mix mortar plants, paver block units, and Pre-Engineered Buildings in India and internationally. A Maruti Hydraulics service engagement covers every phase of the project lifecycle — from the initial feasibility question to the day commercial production begins and beyond. This page outlines each service phase in detail so investors can understand exactly what they get when they work with Maruti Hydraulics.
Every construction machinery investment starts with a feasibility question: is this project viable at my location, with my available capital, and with the raw material and market conditions I face? Maruti Hydraulics provides structured pre-investment support to answer this question with data, not guesswork.
Raw material assessment: our engineering team advises on fly ash quality evaluation (for AAC and flyash brick plants), silica sand specification (for sand-based AAC), limestone and lime sourcing (for AAC and CLC), cement grade selection, and aluminium powder sourcing. For fly ash-based plants, we provide guidance on obtaining free fly ash supply under the MOEFCC fly ash utilisation notification from thermal power stations within 100 km of your site.
Market assessment: we provide indicative demand data for AAC blocks, flyash bricks, dry mortar, and paver blocks in your district or state, based on construction activity, competing product availability, and price points. This information helps size the plant for your market without over-investing in capacity that cannot be absorbed locally in the first two years.
Financial projections: Maruti Hydraulics prepares capital cost estimates (equipment, civil works, utilities, working capital) and operating cost models (raw materials, power, labour, maintenance) for the specific plant scale and configuration you are evaluating. These projections form the basis of the Detailed Project Report (DPR) required for bank financing.
DPR preparation: we assist every customer with DPR preparation, providing technical specifications, equipment quotations, capacity utilisation benchmarks from comparable operating plants, and the supporting documentation banks require for project finance evaluation. DPR assistance is included at no additional charge for customers who place a confirmed equipment order.
Once the investment decision is made and the site is identified, Maruti Hydraulics prepares a detailed plant layout drawing for your specific site dimensions, showing the position of every major equipment unit — raw material silos, preparation equipment, batching system, moulds and demoulding area, cutting machine, autoclave bay, boiler area, finished goods yard, and utilities. The layout is designed to optimise material flow, minimise double-handling, and allow for future capacity expansion without major civil reconstruction.
Civil guidance: Maruti Hydraulics provides civil design guidelines for all RCC foundation pads and structures associated with our equipment — silo foundations, autoclave support structures, crane girder beams, and equipment hall sizing. Our civil team advises on foundation loads, equipment anchor bolt layouts, drainage requirements, and utility connection points. We do not provide structural drawings (which require a licensed civil engineer) but provide all the equipment-specific data that the civil engineer needs to prepare the foundation drawings.
Utility planning: the plant layout includes utility requirements — total connected electrical load, transformer capacity, water supply requirements, compressed air system, drainage, and steam line routing from the boiler to the autoclaves. This planning ensures the plant's utility infrastructure is correctly sized from the start and avoids costly modifications after commissioning.
All Maruti Hydraulics equipment is manufactured at the company's ISO 9001:2015 certified factory at Gat No. 592, Nashik-Pune Highway, Nashik, Maharashtra. Manufacturing is conducted in-house for critical components — including autoclaves (SAE 516 Gr 70 pressure vessel steel, IBR-compliant fabrication), SCADA control panels, hydraulic cylinders, structural steel frames, and silo structures. This means quality is directly controlled by Maruti Hydraulics engineers and inspectors at every stage of fabrication.
Factory testing: before any equipment is dispatched to the site, each unit undergoes pre-dispatch testing at the Nashik factory. Autoclaves are hydro-pressure tested to 1.5 times the design pressure. SCADA control panels are powered on and functionally tested through all control sequences. Hydraulic systems are pressurised and checked for leaks and pressure holding. Wire cutting machines are run through complete cutting cycle tests. This pre-dispatch validation means that field commissioning proceeds without the delays caused by discovering manufacturing defects on-site.
Customers are welcome to visit the Nashik factory during manufacturing to inspect work-in-progress, attend factory acceptance testing, and meet the engineering team before dispatch. Factory visits are arranged on prior appointment.
Maruti Hydraulics coordinates the logistics of equipment transport from Nashik to the customer's site, including over-dimensional cargo permits for large autoclave vessels and silo sections. For domestic Indian projects, equipment is typically transported by road on flatbed or low-bed trucks. For international projects (Nepal, UAE, South Africa, Bangladesh, Sri Lanka), Maruti Hydraulics handles complete export documentation — commercial invoice, packing list, certificate of origin, equipment test certificates, and IBR certificates for autoclaves — and coordinates sea freight, air freight, or road freight as appropriate for the destination country.
A dedicated Maruti Hydraulics engineering team is deployed to the customer site for the complete erection and commissioning phase. For a 150–300 CBM/day AAC plant, this phase typically takes 45–90 days from equipment receipt at site to first commercial production. For larger plants (600–1,200 CBM/day), the timeline is 90–150 days. The erection team handles mechanical assembly, electrical wiring and panel connection, piping and compressed air installation, SCADA configuration and commissioning, boiler startup and steam system commissioning, trial production batches, and quality validation of first commercial production.
Technology transfer: Maruti Hydraulics includes a minimum of 30 days of structured operator training as part of every commissioning. Training covers SCADA operation, recipe management, batch authorisation and deviation response, autoclave cycle management, wire cutting parameter adjustment, preventive maintenance schedules, and quality control procedures. The goal is complete operator independence — your team should be capable of running and maintaining the plant without requiring Maruti Hydraulics support for routine operations before our team departs the site.
Maruti Hydraulics' service relationship with customers does not end at commissioning. Standard after-sales support includes: spare parts dispatch within 36 hours to any location in India; remote SCADA diagnostics via secure internet connection (for plants with internet-connected control systems); field engineer dispatch within 48–72 hours for critical breakdowns in most Indian states; and annual maintenance contract (AMC) options for scheduled preventive maintenance and guaranteed response time commitments.
Capacity expansion: as your business grows, Maruti Hydraulics assists with plant capacity upgrades — adding a second autoclave, upgrading the batching system to SCADA, adding a second wire cutting machine, or installing a second mould set for increased throughput. Expansion planning is conducted during the original plant layout phase so that the civil infrastructure can accommodate growth without costly reconstruction.
In addition to construction machinery projects, Maruti Hydraulics designs and erects complete Pre-Engineered Buildings — factory-engineered steel structures for industrial sheds, warehouses, cold storage facilities, and manufacturing plants. PEB services cover structural design to IS 800:2007, CNC-precision fabrication at Nashik, surface treatment (shot blast, primer, finish coat), delivery, and on-site erection by a certified crew. Clear spans up to 90 metres. Integrated EOT crane systems up to 50 tonnes. Erection time: 45–90 days from site readiness. See the full PEB service page for detailed specifications.
Yes. Maruti Hydraulics provides complete turnkey AAC block plant solutions covering every stage: feasibility study and financial projections, plant layout design, equipment manufacturing at the ISO-certified Nashik factory, logistics, civil guidance, mechanical and electrical installation, commissioning, technology transfer with minimum 30 days on-site operator training, and long-term after-sales support including spare parts supply within 36 hours across India.
After commissioning, Maruti Hydraulics provides comprehensive after-sales support: on-site operator training (minimum 30 days during commissioning), critical spare parts supply with 36-hour delivery across India, remote SCADA troubleshooting over secure internet connection, field engineer deployment within 48–72 hours for critical breakdowns, and annual maintenance contracts (AMC) for scheduled preventive maintenance with guaranteed response time commitments.
A 300 CBM/day AAC block plant typically takes 6–9 months from order placement to first commercial production: 2–3 months for manufacturing and factory testing at Nashik, 1–2 months for logistics and site civil preparation, and 45–90 days for on-site erection, commissioning, trial production, and technology transfer. Maruti Hydraulics issues a project schedule at order placement with contractual milestones for each phase.
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