The 80 gallon storage tank market includes a range of models designed for air, water, and general storage needs. This guide highlights five well-regarded options, spanning stainless steel, fiberglass, and polyethylene constructions. Each product is evaluated for capacity reliability, material durability, and installation practicality to help you choose the right tank for your system. The selections emphasize sturdy builds, resistance to corrosion, and ease of integration with existing equipment.
| Product | Brand | Notes |
|---|---|---|
| Industrial Air Vertical Receiver Tank with Platform – 80 Gallon | Industrial Air Contractor | Air receiver, 200 PSI, ASME certified |
| ELEVZO 1″ NPT Well Pressure Tank 80 Gallon | ELEVZO | 304 stainless steel, bladderless, high durability |
| 80 Gallon Well Pressure Tank, 304 Stainless Steel | ELEVZO | Same 80 gal stainless option, long-lasting |
| IPW Industries RT80 Fiberglass Retention Tank – 80 Gallon | IPW Industries Inc | Fiberglass exterior, polyethylene liner |
| RDS MFG Rectangular Auxiliary Transfer Fuel Tank – 80 Gallon | RDS MFG INC | Rectangular, US-made |
Industrial Air Vertical Receiver Tank with Platform
Industrial Air Contractor presents an 80-gallon vertical air receiver tank engineered for compressed air systems. With a working pressure up to 200 PSI and ASME-certified weld flanges, this model emphasizes durable performance in shop and industrial settings. The vertical design helps conserve floor space while stabilizing air supply and reducing moisture carryover in lines.
Key features include an ASME-certified weld flange system for reliable connections, a robust vertical configuration, and a platform-ready design that supports mounting and alignment with existing equipment. The 80-gallon capacity aligns with moderate-air-demand scenarios such as hobbyist workshops or small commercial setups, where consistent air delivery is essential. Proper sizing can help reduce cycling and extend compressor life when paired with appropriate filtration and moisture separation components.
ELEVZO 1″ NPT Well Pressure Tank 80 Gallon
This 80-gallon well pressure tank from ELEVZO is a bladderless, stainless steel model designed for durability in outdoor and basement environments. Made from 1/16″ thick 304 stainless steel, it delivers strong resistance to rust and corrosion while maintaining structural integrity across temperature ranges from -4°F to 122°F. The tank features true 1″ MNPT ports on all inlets, outlets, and drain ports, plus a 1″ stainless steel FNPT check valve on the inlet to prevent backflow. The design aims for maintenance-free performance and long-term stability in residential or light commercial wells.
Key considerations include bladderless construction to avoid diaphragm wear, stainless steel robustness, and strong leak protection via a dedicated check valve. While installation may require careful matching of fittings, this tank is built to endure demanding environments with minimal upkeep, offering reliable pressure storage for well systems and pumps.
80 Gallon Well Pressure Tank, Stainless Steel
This 80-gallon model from ELEVZO features the same high-durability stainless steel construction as the other bladderless option. It emphasizes corrosion resistance, robust welding, and maintenance-free operation, designed to withstand extended use in varied climates. Its 1″ MNPT ports and a stainless check valve contribute to secure, leak-resistant connections with standard U.S. plumbing components. The negative margin on maintenance translates to reduced downtime and increased system reliability for households, farms, or light commercial water storage setups where long-term performance is critical.
RDS MFG Rectangular Auxiliary Transfer Tank – 80 Gallon
The RDS MFG rectangular auxiliary transfer fuel tank provides an 80-gallon capacity in a rugged, US-made package. While designed for fuel transfer, its practical size can support auxiliary storage needs in mobile or constrained spaces where rectangular geometry suits mounting or space planning. The product listing notes its packaging dimensions and weight, underscoring portability and ease of handling for transport or temporary setups. This option appeals to users needing a compact, transport-friendly storage solution when square or rectangular form factors fit best with existing equipment or vehicle beds.
IPW Industries RT80 Fiberglass Retention Tank – 80 Gallon
The IPW RT80 is a fiberglass retention tank designed for dependable water storage in residential and light commercial systems. Its outer fiberglass shell provides durability and corrosion resistance, while a one-piece polyethylene liner offers a protected interior. The tank includes top-positioned inlet/outlet connections to simplify installation and maintenance, along with buttress-threaded interfaces to enhance connection strength and reduce leaks. With an 80-gallon capacity and corrosion-resistant construction, this model suits rainwater harvesting, backup water storage, or pressure-fed systems where long lifespan and integrity matter.
Buying Guide
Key considerations for selecting an 80-gallon storage tank include material compatibility, intended use, and system integration. Here are the main perspectives to weigh:
- Water storage vs. air or fuel storage: Choose a tank whose material and design align with the stored medium. Stainless steel, fiberglass, and HDPE have different chemical compatibilities and pressure ratings.
- Durability and environment: Outdoor installations benefit from UV resistance, corrosion resistance, and temperature tolerance. Bladderless stainless steel tanks offer maintenance advantages, while fiberglass and HDPE provide weather resistance and lighter weight.
- Pressure and fittings: For well systems or pressurized storage, ensure the tank has appropriate ports, MNPT fittings, and check valves to prevent backflow and leaks. Verify compatibility with your pump and piping.
- Size and footprint: An 80-gallon tank must fit available space while meeting demand. Consider the balance between storage capacity and installation footprint in utility rooms, basements, or equipment yards.
- Maintenance needs: Bladderless designs reduce diaphragm-related maintenance, but periodic inspection for welds, seals, and fittings remains important for longevity.
- Certification and compliance: For certain uses, ASME-certified components and FDA/NSF-compliant materials may be required, especially for potable water or medical-related systems.
In practice, users prioritizing longevity and heavy-duty performance may favor bladderless stainless steel models for well applications, while those seeking easier installation and space efficiency might choose fiberglass or HDPE tanks. Always match tank type to the specific application, anticipated media, and local environmental conditions to optimize performance and lifespan.