Overview of Steel Pressure Tanks

Steel pressure tanks are engineered to hold water under pressure, ensuring a consistent supply to service pipelines. The primary function of a pressure tank is to maintain steady pressure within the system, thereby reducing the frequency of pump cycles. This not only enhances the efficiency of the system but also minimizes wear and tear on the pump and other components. These tanks are integral to various water pump systems, including booster systems, thermal expansion, irrigation, and hydraulic hammer arresting. By maintaining constant pressure, steel pressure tanks help in optimizing the performance and longevity of the entire water system.

Pressure tank sizes

Globewater Solutions pressure tanks have a vast range in the market of pressure tanks which includes Waves Fluid Engineering Pte Ltd with 10 bar tanks. Other large pressure tank sizes, including 1000 liters, 2000 liters, and 3500 liters, offer varying drawdown water capacities. 16 bars and 25 bars pressure tanks in the above sizes can be purchased according to customer needs.

 

Water Movement: Steel Pressure Tanks

ChallengerTM 200L/ 52.88gallon vertical pressure tank with 114” NPT connection with pre-loaded capacity of 1.5 lbs. 20 psi. Efficient and corrosion resistant 90C / 195C.

Additionally, the stainless steel water connection ensures durability and resistance to corrosion, providing long-lasting performance.

 

Top 7 Facts About Challenger Tanks: Diaphragm Assembly Seals Water

1. Challenger tanks are coated with a durable two-part polyurethane paint over an epoxy base layer, offering excellent resistance to UV rays and salt spray.

2. The air chamber in Challenger tanks is securely sealed using a fixed O-ring and closed-cell foam, ensuring a leak-proof performance.

3. Challenger pressure tanks incorporate a patented CAD-2 diaphragm assembly with controlled action, optimizing air and water separation.

4. Every Challenger pressure tank undergoes rigorous quality testing during manufacturing to maintain structural integrity.

5. Equipped with a chlorine-resistant 100% butyl diaphragm and a precisely molded polypropylene liner, Challenger tanks are built to last.

6. Challenger pressure tanks are versatile and well-suited for various uses such as booster systems, thermal expansion, heating expansion, irrigation, and hydraulic hammer control.

Key Features of the Pressure Tank

The Challenger Series pressure tanks are renowned for their advanced features, particularly the patented CAD-2 diaphragm assembly. This innovative design ensures superior air and water separation, which is crucial for maintaining system efficiency. The diaphragm assembly includes a chlorine-resistant 100% butyl diaphragm and a precision-molded copolymer polypropylene liner. These materials are chosen for their durability and resistance to corrosion. The CAD-2 diaphragm assembly is securely clenched with a positive lock internal clench ring, providing a leak-free seal. Additionally, the air chamber is sealed with a fixed O-ring and supported by closed cell foam, ensuring a long service-free life. The diaphragm assembly effectively seals water in a true non-corrosive chamber, preventing any risk of corrosion and ensuring superior water separation.

Challenger Pressure Tank

The Challenger pressure tank is designed with durability, reliability, and efficiency in mind. Every component plays a critical role in maintaining high system performance while reducing maintenance and downtime. Built using premium materials, these tanks are made for consistent, long-lasting performance in a variety of applications.

Each Challenger pressure tank is coated with a two-part polyurethane paint over an epoxy undercoating. This finish offers advanced salt spray protection, making the exterior resistant to corrosion and environmental degradation.

Inside the tank, a unique diaphragm assembly provides exceptional water separation. This diaphragm assembly seals water inside a separate water chamber, preventing air and water from mixing and ensuring system efficiency. The tank’s efficiency is further enhanced by its drawdown water capacity, which optimizes the amount of usable water.

To achieve leak free operation, the air chamber is sealed with a fixed O-ring and supported by closed cell foam. This structure minimizes the chance of leakage and contributes to a service free life. Additionally, the stainless steel water connection offers superior durability and resistance to corrosion, ensuring a longer lifespan for the tank.

The heart of the tank features a patented CAD-2 diaphragm assembly. This advanced design ensures superior air and water retention, maintaining a stable pre-charged air atmosphere in the tank.

These features make Challenger tanks ideally suited for booster systems, heating expansion, ultra filtration systems, and more.

Pressure Tanks

High-quality pressure tanks are essential for smooth operation in water systems. Challenger pressure tanks are specifically engineered to maintain optimal pressure and efficient drawdown water capacity. The stainless steel water connection ensures durability and prevents corrosion, enhancing the overall lifespan of the tank.

The interior features a precision molded polypropylene liner, paired with a butyl diaphragm that is 100% chlorine-resistant. This combination helps maintain water quality and extends the lifespan of the tank. The diaphragm and tank wall are carefully manufactured to avoid friction and reduce wear.

These pressure tanks are tested for structural integrity throughout the production process, ensuring they meet the most rigorous standards.

Each tank supports operating conditions up to 10 bar (150 psi) and temperatures of 90°C (194°F). This makes them suitable for a wide range of environments and applications.

Their true non corrosive chamber ensures that no rust or metallic contaminants affect the stored water. Moreover, the positive lock internal clench and lock internal clench ring secure the internal structure for added safety and performance.

Steel Pressure

Challenger tanks are built as steel pressure vessels, designed to withstand internal forces while maintaining external durability. The steel pressure body is coated for protection against corrosion and damage.

These tanks are quality tested to meet or exceed industrial benchmarks. Their structure ensures long-term reliability under continuous operation. The stainless steel water connection adds durability and resists rust even under high pressure or humid conditions.

This type of tank is considered one of the best steel pressure vessels on the market due to its high performance, robust design, and flexible usability.

From residential plumbing to industrial pressure systems, the Challenger tank performs consistently while offering minimal maintenance and high performance.

Vertical Pressure

The vertical pressure design of Challenger tanks offers space-saving installation without compromising performance. This format ensures stability and ease of service, especially in compact environments.

A vertical pressure setup allows for even air and water distribution. The upright position supports gravity-fed systems and enhances air buffer effectiveness, maintaining system balance. Additionally, the vertical design improves drawdown water capacity, making it more efficient for various applications.

Vertical tanks also reduce the risk of pressure drop and air loss. The height of the tank allows for smoother water movement, particularly important in irrigation systems or hydraulic hammer suppression.

With all of these features combined, the vertical pressure model remains a top choice for professionals seeking reliable, high-performance steel pressure tanks for various installations.

Applications and Technical Specifications

Challenger Series pressure tanks are versatile and suitable for a wide range of applications, including booster systems, thermal expansion, heating expansion, irrigation, and hydraulic hammer arresting. These tanks are designed to operate at a maximum working pressure of 10 bar (150 psi) and can withstand temperatures up to 90°C (194°F). Pre-charged to 1.4 bar (20 psi), they feature a precision-molded polypropylene liner that ensures superior air and water separation. The exterior of the tanks is coated with an almond-colored two-part polyurethane paint over an epoxy undercoating, providing extensive UV and salt spray protection. Each tank undergoes rigorous quality testing throughout the production process to ensure structural integrity and is designed to offer years of service-free life.