Buyers Products Square Storage Tanks are a convenient and portable storage solution for non-flammable liquids such as potable water and agricultural and industrial chemicals. Produced from pure, medium density polyethylene, the tanks have UV-inhibiting stabilizers so you can store liquids outdoors for longer periods of time. They have a maximum contact operating temperature of 110??F. The translucent tanks have a sleek design featuring visible gallon and liter markings for quickly assessing the amount of liquid inside, plus molded-in channels for secure tie down using saddle straps. They have a built-in bulkhead fitting for easy siphoning and an easy-tighten cap with a wide opening for quick fill-ups.
Specifications
| Control Type | Tank Only |
|---|---|
| Height (in.) | 29.00 |
| Length (in.) | 38.00 |
| Material | Polyurethane |
| Mount Style | Strap |
| Port Size (in.) | .750 |
| Tank Capacity (gal.) | 100.00 |
| Tank Shape | Square End |
| Width (in.) | 30.00 |
The 100 Gallon Square Storage Tank, with its precisely engineered dimensions of 38x30x29 inches, represents a pinnacle in advanced liquid storage solutions, designed for demanding professional and industrial applications. This product goes beyond mere containment, offering a meticulously crafted system optimized for durability, operational efficiency, and versatility across a spectrum of non-flammable liquid storage requirements. While the specifications table lists 'Polyurethane' as the material, the primary product description accurately identifies the construction from 'pure, medium density polyethylene.' Given the inherent properties and application suitability for translucent, UV-stabilized liquid storage tanks, the detailed discussion herein will focus on the attributes and benefits of medium density polyethylene (MDPE), which is the industry standard for such robust, chemical-resistant, and visually verifiable tanks.
Central to the superior performance of this storage tank is its construction from pure, medium density polyethylene (MDPE). This specific grade of polyethylene is selected for its balanced properties, offering an optimal combination of rigidity, impact strength, and chemical resistance. Unlike high-density polyethylene (HDPE), which is known for its stiffness, or low-density polyethylene (LDPE), which is highly flexible, MDPE strikes a crucial balance. Its intermediate density provides excellent stress crack resistance, which is critical for tanks subjected to constant liquid pressure and potential external impacts. The polymer chains in MDPE are designed to resist environmental stress cracking (ESC) more effectively than many other polyethylenes, thereby significantly extending the service life of the tank, particularly when storing various chemical compounds. Furthermore, MDPE exhibits broad chemical compatibility, making it suitable for a wide array of non-flammable liquids, ranging from potable water to agricultural chemicals like fertilizers and pesticides, as well as various industrial chemicals such as non-corrosive acids, alkalis, and process water.
The manufacturing process, typically rotational molding, contributes significantly to the structural integrity of the tank. Rotational molding produces seamless, one-piece tanks, eliminating potential weak points found in welded or fabricated alternatives. This monolithic construction ensures uniform wall thickness and exceptional resistance to leaks, providing an inherent advantage in reliability and longevity. The absence of seams also reduces the risk of material degradation at joints, which can be vulnerable areas in tanks produced by other methods. This results in a tank that can withstand dynamic stresses encountered during transportation and static loads when full, ensuring its structural integrity over years of service.
A critical technical feature for outdoor deployment is the integration of UV-inhibiting stabilizers within the MDPE resin. Ultraviolet (UV) radiation, a component of sunlight, is known to initiate photodegradation in many polymers, leading to chalking, discoloration, loss of mechanical properties, and ultimately, material failure. By incorporating advanced UV stabilizers, the molecular structure of the polyethylene is shielded from these harmful effects. These stabilizers absorb or block UV light, dissipate its energy as heat, or scavenge free radicals that are formed during the degradation process. This advanced stabilization technology ensures that the tank maintains its structural integrity, color, and translucency even after prolonged exposure to solar radiation, thereby maximizing its outdoor service life and protecting the quality of the stored liquids from potential light-induced reactions. This is particularly vital for agricultural chemicals, where UV exposure could degrade active ingredients, or for potable water, where algae growth could be promoted by light penetration in unprotected tanks.
Thermal performance is another key consideration. The tank is specified for a maximum contact operating temperature of 110°F (approximately 43°C). This temperature limit is important for maintaining the structural integrity of the MDPE. Exceeding this temperature can lead to a reduction in the material’s tensile strength and modulus, potentially causing deformation or premature failure. While MDPE exhibits good thermal resistance within its operating range, it is crucial for users to assess the specific heat transfer characteristics of the stored liquid and the ambient conditions to ensure compliance with this limit. For instance, in hot climates, darker liquids or direct sun exposure can raise internal temperatures, requiring careful monitoring to prevent material stress. The design accounts for typical expansion and contraction within this range, but extreme thermal cycling beyond specified limits should be avoided to prevent material fatigue.
The physical dimensions of the tank, 38 inches in length, 30 inches in width, and 29 inches in height, are meticulously chosen to optimize space utilization and portability. The square footprint provides inherent stability and allows for efficient placement in various environments, such as truck beds, utility trailers, or confined industrial spaces, where maximizing storage capacity within a limited area is paramount. A 100-gallon capacity (approximately 378 liters) strikes an excellent balance between substantial volume and manageable size, making it suitable for applications requiring significant liquid storage without the need for fixed, large-scale infrastructure. This capacity supports extended periods of operation for mobile equipment or provides a reliable reserve for stationary applications, reducing the frequency of refills and enhancing operational continuity.
One of the most practical and user-centric design features is the tank's translucent nature, complemented by visible gallon and liter markings. This translucency allows for instantaneous visual inspection of the liquid level, eliminating guesswork and the need for external gauges in many scenarios. Operators can quickly assess remaining volume, plan refills, and monitor consumption without interruption. The dual gallon and liter markings cater to a global user base and facilitate precise measurement, crucial for dispensing precise quantities of agricultural chemicals or for ensuring accurate inventory management. Beyond level monitoring, the translucent wall also allows for basic visual inspection of liquid clarity, which can be an early indicator of contamination or sediment buildup, promoting proactive maintenance and quality control.
Safety and secure transportation are paramount, and the integrated molded-in channels specifically address this. These channels provide robust, dedicated anchor points for secure tie-down using saddle straps. The "strap" mount style indicated in the specifications reinforces this design choice. Molded-in features are inherently stronger and more reliable than bolted-on or aftermarket attachments, as they are an integral part of the tank structure, distributing forces more effectively across the tank body. Proper use of saddle straps in conjunction with these channels prevents shifting, tipping, or excessive movement during transit, mitigating the risk of spills, damage to the tank, or hazards to personnel and other equipment. Adherence to best practices for cargo securement, including compliance with relevant transportation regulations (e.g., DOT standards), is facilitated by these purpose-built channels, ensuring safe and compliant operation.
The built-in bulkhead fitting, specified at a .750-inch port size, is a crucial component for efficient liquid management. A bulkhead fitting typically consists of a threaded body with sealing gaskets and a nut, designed to create a secure, leak-proof penetration through the tank wall. The .750-inch size is a common standard, often compatible with 3/4-inch NPT (National Pipe Taper) or NPSM (National Pipe Straight Mechanical) threads, allowing for straightforward connection of various accessories. This includes gravity feed valves, pumps, hoses, or level sensors. The placement and design of this fitting facilitate easy siphoning and complete drainage, minimizing residual liquid and simplifying cleaning procedures. Its integrated nature reduces the need for custom fabrication or risky modifications, ensuring a factory-level seal and reliable performance. This versatility makes the tank adaptable to diverse liquid transfer systems, from simple gravity flow to pump-driven applications.
User convenience is further enhanced by the easy-tighten cap, featuring a wide opening. The wide opening significantly simplifies the filling process, allowing for rapid replenishment of liquids and reducing splash-back, thereby enhancing safety and efficiency. It also facilitates easier access for cleaning the tank's interior when necessary. The easy-tighten cap is designed for quick and secure sealing, preventing leaks during transport or storage and protecting the stored liquid from external contaminants. The cap mechanism is engineered for reliable performance over numerous cycles, providing a positive seal without requiring excessive force, making it accessible for a wider range of operators.
Beyond its core features, this 100-gallon square tank finds application across a multitude of industries due to its robust construction and thoughtful design. In agriculture, it serves as an indispensable tool for transporting and dispensing liquid fertilizers, herbicides, and pesticides directly to the field, optimizing operational efficiency and reducing downtime. Its chemical resistance ensures compatibility with a broad range of agricultural inputs. For construction and municipal operations, it provides a reliable source of water for dust suppression, equipment washing, concrete mixing, or as a potable water supply for remote work sites, where access to utilities is limited. In industrial settings, it can be used for storing process water, coolants, non-flammable cleaning solutions, or various chemicals critical to manufacturing processes. Its portability also makes it ideal for emergency services, providing rapid deployment of water or other non-flammable liquids for disaster relief, decontamination efforts, or temporary supply needs.
Considering operational best practices, proper installation is paramount. The tank should always be mounted on a flat, stable surface capable of supporting the full weight of the tank and its contents. For water, 100 gallons equates to approximately 834 pounds (378 kg), plus the weight of the tank itself. Adequate structural support and proper weight distribution are critical, especially for mobile applications. The use of the molded-in tie-down channels with appropriate saddle straps is non-negotiable for safe transport. Regular maintenance includes periodic inspection for any signs of physical damage, such as cracks, abrasions, or discoloration, particularly after transport or extended use. The cap and bulkhead fitting should be checked for proper sealing and any signs of wear on gaskets. Cleaning the tank interior with appropriate non-abrasive methods and approved cleaning agents is essential, especially when changing the type of liquid stored or for potable water applications to prevent contamination or algae growth.
Safety considerations extend to verifying the chemical compatibility of any liquid intended for storage with MDPE. While MDPE offers broad resistance, specific highly aggressive chemicals or solvents might require specialized tank materials. Always consult Material Safety Data Sheets (MSDS) for stored liquids and cross-reference with MDPE compatibility charts. Proper labeling of the tank’s contents is mandatory for safety and regulatory compliance. Ensuring adequate ventilation (if storing liquids that off-gas) and preventing conditions that could lead to over-pressurization or vacuum (unless specifically designed and vented) are crucial for safe operation. While polyethylene is generally non-conductive, appropriate grounding practices should be considered in specific industrial environments to mitigate static electricity buildup during transfer, although less critical for non-flammable liquids.
From an economic and strategic perspective, this 100 Gallon Square Storage Tank offers significant long-term value. Its exceptional durability and resistance to environmental factors translate into a lower total cost of ownership (TCO) compared to less robust alternatives that may require frequent replacement or repair. The operational efficiencies gained from its thoughtful design – including quick fill-ups, easy level assessment, and secure transport – contribute directly to productivity improvements and reduced labor costs. By investing in a high-quality, technically superior storage solution, organizations can enhance their operational flexibility, ensure compliance with safety standards, and safeguard their valuable liquid assets, ultimately supporting their strategic goals for efficiency, reliability, and environmental responsibility through the extended life cycle and potential recyclability of polyethylene.
In summary, the 100 Gallon Square Storage Tank is a testament to advanced engineering and material science, meticulously designed to meet the rigorous demands of modern liquid storage. Its construction from pure, UV-stabilized medium density polyethylene, combined with its intelligent form factor, integrated safety features like molded-in tie-down channels, and user-friendly functionalities such as a wide-mouth cap and translucent walls with clear markings, positions it as an industry-leading solution. This tank delivers unparalleled performance, reliability, and versatility for the safe and efficient management of non-flammable liquids across a diverse range of agricultural, industrial, construction, and municipal applications, representing a critical asset for any operation prioritizing quality, durability, and operational excellence.
