TankSmith is a Philippines-based tank fabricator that supplies, installs and commissions modular water tank systems in FRP, GRP, hot-dip galvanized steel and stainless steel, from 1,000 to 500,000 liters per system. Installation runs 5 to 14 days depending on capacity and site readiness. One team handles the tank and a matching booster pump system under a single contract, supply through commissioning.
What a Tank Fabricator Does, From Panel Sourcing to Commissioning
A tank fabricator is different from a tank manufacturer. A manufacturer produces and sells panels only. A fabricator sources the panels, usually from an ISO 9001 certified partner factory, then takes on the mechanical assembly, civil tie-in, electrical integration and commissioning as one accountable scope. TankSmith works this way: the bolted panel system is sourced from a vetted partner factory, and the installation team that assembles it on site is the same team that signs off on commissioning. There is no handoff between a supplier and a separate contractor, which is where accountability usually breaks down on tank projects. This single-team model covers the full system, not just the tank shell: the booster pump and control panel that pressurize the stored water are specified and installed under the same contract. Capacity ranges from 1,000 liters up to 500,000 liters per system, so the same fabrication process scales from a single commercial building's rooftop tank to a full industrial reserve. Coverage is nationwide: NCR, the rest of Luzon, Visayas, Mindanao, and the PEZA and freeport zones at SBMA, Clark, Cavite and Batangas. For a buyer comparing quotes, the practical question to ask any fabricator is whether supply, installation and commissioning sit under one contract with one point of contact, or whether responsibility splits across a panel supplier and a separate installer.
Tank Materials Available: FRP, GRP, HDG Steel and Stainless Steel
TankSmith fabricates modular bolted tank systems in four material options, each suited to a different combination of water type, budget and site condition. FRP (fiberglass reinforced plastic) bolted panels are the most common choice for potable and process water storage. GRP and SMC (sheet moulded compound) panels are a related composite option used in similar applications. HDG (hot-dip galvanized) steel panels suit sites where a lower upfront cost and faster turnaround matter more than corrosion resistance over decades. Stainless steel, in 304 or 316 grade, is specified where water quality, chemical exposure or long-term hygiene requirements call for it, such as food manufacturing or pharmaceutical-adjacent sites. Panels intended for potable water can be WRAS-certified for use up to 65 degrees Celsius, and NSF-compliant liners are available where that standard is required by a client or regulator. Every system carries a 3-year warranty on the FRP panel system and a design life of 20 to 25 years. The choice between materials is driven by water use (potable versus process versus fire reserve), site corrosivity, and budget, and a fabricator should be able to walk through that trade-off material by material rather than defaulting to one option regardless of application.
Matching Pump and Control Systems for a Complete Fabricated Tank System
A storage tank without a correctly sized pump system does not deliver usable pressure to the building it serves, so TankSmith pairs every fabricated tank with a matching booster pump system under the same contract. The pump side uses vertical multistage centrifugal booster pumps from the CDL/CDLF series, available from 0.37 kW up to 200 kW, built in SS304 stainless steel for the wetted components. Control is handled through VFD duplex control panels rated IP54, which run two pumps in alternation with pressure feedback so that one pump carries normal demand while the second provides redundancy and automatic takeover if the lead pump faults or during peak draw. This duplex, auto-alternating setup is what keeps pressure stable in applications like hospital fire reserve systems or hotel rooftop retrofits, where a single-pump failure cannot be allowed to drop pressure building-wide. Because the tank and the pump system are specified together rather than sourced separately, sizing is matched: the pump's flow and head are selected against the tank's actual capacity and the building's demand curve, not against a generic catalog pairing. For a buyer, this matters most on replacement or retrofit projects, where an undersized or mismatched pump is a common reason a newly installed tank still does not solve the original pressure complaint.
Certifications and Compliance Documentation to Request
Before signing with any tank fabricator, it is worth asking for documentation rather than taking certification claims at face value. TankSmith's panel systems are WRAS-certified for potable water contact up to 65 degrees Celsius, which is relevant for any system storing water for drinking, food preparation or direct human contact. NSF-compliant liners are available for projects where that standard applies. The panel manufacturing partner carries ISO 9001 quality management system certification, which covers the consistency of the manufacturing process rather than the installation itself. Panels are also TUV SUD tested. On the system side, every installation carries a 3-year warranty on the FRP panel system with a stated design life of 20 to 25 years, both of which should be written into the contract rather than quoted verbally. A buyer evaluating multiple fabricators should ask each one to produce the actual certificate or test report for WRAS, NSF, ISO 9001 and TUV SUD rather than accepting a logo on a brochure, since documentation is the only way to verify a claim after the contract is signed and the installation team has moved on to the next site.
Sizing a Fabricated Tank by Industry and Site
Tank sizing depends on what the water is for, not just how much space is available on site. For commercial laundries, sizing is driven by linen throughput measured in kilograms per day, since water demand scales with wash cycles rather than building size. Hotels and resorts typically need a rooftop retrofit paired with a booster pump system, since existing rooftop space and pressure requirements are usually fixed by the building's original design. Hospitals and clinics require redundancy and a code-compliant fire reserve volume held separately from potable supply. Food manufacturing sites need WRAS-compliant potable storage given direct water contact with product or process. Warehouses and manufacturing facilities typically need both a fire reserve and a separate process water volume. Condominiums and high-rises most often call for a rooftop installation under tight access constraints, which affects panel size and crane or hoist logistics more than the tank's rated capacity. Industrial estates inside SBMA, Clark, Cavite and Batangas freeport and PEZA zones carry their own site access and documentation requirements on top of the standard sizing exercise. Across all of these, the fabricator should size the system against the specific demand driver for that vertical, not a flat per-square-meter or per-occupant rule of thumb, since the same building type can have very different real demand depending on its actual use.
Nationwide Fabrication and Installation Coverage Across the Philippines
TankSmith installs nationwide: NCR, the rest of Luzon, Visayas, Mindanao, and the PEZA and freeport industrial zones at SBMA, Clark, Cavite and Batangas. Installation timeline typically runs 5 to 14 days for systems between 20 KL and 500 KL, with the exact duration depending on the tank's capacity and how ready the site's civil works are before the installation team arrives. Civil readiness, meaning a finished foundation or rooftop slab at the correct level and load rating, is usually the single biggest variable in whether an installation lands at the short or long end of that range. Because the fabrication and installation team is the same team across every region served, a buyer in Davao or Cebu gets the same single-contract accountability as a buyer in Metro Manila, rather than a head-office quote fulfilled by a regional subcontractor with a different standard of work. For buyers in freeport or PEZA zones specifically, site access and documentation requirements are handled as part of project planning rather than as a separate line item discovered mid-installation. This nationwide reach is relevant to anyone comparing a fabricator against a locally-based competitor that can only serve one region and would need to subcontract outside it.
Frequently Asked Questions
A manufacturer produces and sells tank panels only. A fabricator, like TankSmith, sources panels from an ISO 9001 certified partner factory and then handles assembly, civil tie-in, electrical integration and commissioning as one accountable scope under a single contract. There is no handoff between a separate panel supplier and installer. This matters because accountability for a tank project usually breaks down at that handoff point, when a problem during installation becomes a dispute over whose responsibility it is. Choosing a fabricator over buying panels direct from a manufacturer means one team is responsible from supply through the finished, commissioned system.
TankSmith works in four bolted modular panel materials: FRP (fiberglass reinforced plastic), GRP/SMC (sheet moulded compound), HDG (hot-dip galvanized) steel, and stainless steel in 304 or 316 grade. Panels intended for potable water can be WRAS-certified for use up to 65 degrees Celsius, and NSF-compliant liners are available where required. The right material depends on whether the tank holds potable water, process water or fire reserve, the site's corrosivity, and budget. Every system carries a 3-year warranty on the FRP panel system with a design life of 20 to 25 years.
TankSmith fabricates and installs systems from 1,000 liters up to 500,000 liters per tank system, covering everything from a single commercial building's rooftop tank to a full industrial water reserve. Coverage is nationwide across NCR, the rest of Luzon, Visayas and Mindanao, including the PEZA and freeport industrial zones at SBMA, Clark, Cavite and Batangas. Because the same fabrication and installation process scales across this entire range, sizing is driven by the project's actual demand, whether that is linen throughput for a laundry, fire reserve volume for a hospital, or process water for a manufacturing site, rather than by a fixed catalog size.
Installation typically runs 5 to 14 days for systems between 20 KL and 500 KL. The exact timeline within that range depends on the tank's capacity and, just as importantly, how ready the site's civil works are before the installation team arrives. A foundation or rooftop slab that is finished, level and correctly load-rated ahead of time lands the project at the shorter end of the range. Civil delays discovered after the installation team is on site are the most common reason a project runs toward the longer end of the 5 to 14 day window instead.
Ask for documentation, not just a claim. Relevant certifications include WRAS certification for potable water contact up to 65 degrees Celsius, NSF compliance for liners where required, ISO 9001 quality management system certification covering the manufacturing partner, and TUV SUD testing on the panels. Also confirm the warranty terms in writing: TankSmith's systems carry a 3-year warranty on the FRP panel system with a stated design life of 20 to 25 years. Any fabricator should be able to produce the actual certificate or test report on request rather than relying on a logo in a brochure.
Yes, at least with TankSmith. The tank and the booster pump system are specified and installed together under one contract rather than sourced separately. The pump side uses vertical multistage centrifugal booster pumps from the CDL/CDLF series, from 0.37 kW to 200 kW, built in SS304 stainless steel, paired with VFD duplex control panels rated IP54 that run two pumps in alternation with pressure feedback for redundancy. Specifying the tank and pump together means the pump is sized against the tank's actual capacity and the building's real demand, rather than matched after the fact to whatever tank was already installed.
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