Your Credible Fiberglass Pressure Tanks Manufacturer

  • Advanced and Certified Fiberglass Pressure Tank.
  • Giving you the guarantee of a strong and long-lasting pressure tank.
  • Comprehensive design for our Fiberglass Pressure Tank.
  • Fast and safe mode of transportation.
  • Skillful overall manufacturing management.
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    NEWater: Your Trusted Fiberglass Pressure Tank Manufacturer

    If you are looking for the best fiberglass pressure cans, NEWater is your best choice. Our fiberglass pressure cans are available in natural and blue or custom colors, and the quality is NSF and CE certified. Feel free to send your inquiry now!

    NEWater Brings for YouDiverse Fiberglass Pressure Tanks

    Water Deionizer Tank

    Our Water Deionizer Tank destroys harmful ions and replaces them with H and OH ions, which combine to form H2O.

    Deionized Water Tank

    To ensure maximum quality, our Deionized water tank softens water in many steps before distilling it.

    UF Filter

    Our Ultrafiltration (UF) filters employ cutting-edge high-pressure technology to remove big and minute dirt particles from water.

    Reverse Osmosis Membrane Filter

    Deionized reverse osmosis membrane filters are used in our systems. These are capable of removing all mineral contaminants from water.

    Pressure Sand Filter

    The filters we produce are ideal for removing impurities and turbidity from water. Our pressure sand filters are made using the finest materials, such as stainless steel, FRP, or mild steel.

    Quartz Sand Filter

    Water is purified using high-pressure sand filtering technology. It has been meticulously constructed and is ideal for extremely polluted locations.

    Sand and Carbon Filter

    Our Carbon Sand filter is perfect for installation in high-pollution locations. A Non-toxic, corrosive environment and odorless materials are used.

    Cooling Tower Sand Filter

    This category’s sand filters are suitable for preparing saltwater for cooling equipment.

    Commercial RO Filter

    NEWater’s Commercial RO Filter is particularly well-suited to the pharmaceutical and chemical sectors, also is high performance in a variety of sectors.

    Your Trusted NEWater Fiberglass Pressure Tanks in China

    The NEWater Fiberglass Pressure Tank is perfectly adequate where fiber reinforcement is inserted in dried epoxy resin in fiberglass tanks and pipework. Our FRP widely employed additives in a composite structure, colors, and dyes are. It is a tank that is pre-charged with air at the factory and contains pressurized air and water separated by a membrane (bladder). Giving you a guaranteed 5-7 years lifespan.

    A 24/7 service is provided by our customer-oriented engineers and researchers, they are focused on meeting the demands on pressure tanks supply. Like our customer support, this advanced tank of ours has no downtimes and is more economical.

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    NEWater Fiberglass Pressure Tank Advantages

    1. Combination of acid and alkaline resistance to avoid corrosion.
    2. Trifling but with a high rate of the result.
    3. A good contaminant killer with its’ flame retardant ability.
    4. Designed for break resistance with its’ feature of moderate elasticity.
    5. Longer lifespan of over 20 years.

    NEWater Fiberglass Pressure Tank Features

    • Assurance of no dent or rust in tank because of seams removal.
    • A pressure tank customized with coherent materials.
    • More even and consistent in your water.
    • It consumes more energy and might cause your pump to fail prematurely due to the buildup of heat.
    • Quality and proven filtration of well-water results without hardening material anymore.
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    How NEWater Ships Your Fiberglass Pressure Tanks

    Datas for system

    Configure Your Fiberglass Pressure Tanks

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    NEWater R&D2

    NEWater Mission:Bring New Life for Water

    NEWater has an independent large-scale production workshop, which is convenient for the control and supervision of product production quality. Strictly abide by production standards and provide detailed guarantees for all projects.

    Production workshop

    NEWater establishes SOP standardized operation process and strictly implements the work process. The professional project installation team, implement 5S on-site management. Equipped with standard safety facilities, investigating access conditions, and short construction time.

    Operation example

    The safe transportation process does not have to worry about product damage and extends the construction period. NEWater has provided system equipment to thousands of companies around the world, which guarantees absolute product transportation.

    Production and transportation 

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    seawater desalination data sheet

    Seawater Desalination System data sheet

    HOT FAQ

    NEWater Fiberglass Pressure Tanks

    NEWater is the best choice for fiberglass pressure tanks! We manufacture all sizes of fiberglass tanks for water treatment and can be used for all water supply and wastewater treatment applications, both in the commercial and industrial sectors. Our fiberglass pressure tanks are PE lined with fiberglass filament winding for high quality but competitive cost.

    NEWater has been providing professional services in designing, manufacturing, and supplying fiberglass pressure tanks in the industry for 20 years and our high-quality fiberglass tanks are widely used in residential and commercial water softeners, media water filters, and other water filtration systems. Also, we offer CE and ROHS certificates and a one-year product warranty for our fiberglass tanks.

    Our engineers and researchers are committed to providing the best quality service and competitively priced quality products to our customers around the world. For custom fiberglass pressure tanks please feel free to contact us at info@water.com

    The Ultimate FAQ Guide for Fiberglass Pressure Tanks.

    If your household draws its water from a private well, you are likely to experience an unstable water supply and unbalanced water pressure. This is particularly common in households whose water treatment and distribution systems lack pressure tanks. These snags are not only applicable to entities reliant on private wells only, they are also common in enterprises fetching their water from other supply lines. Incorporating a water pressure tank into your water supply line ensures you have a reliable storage system and stabilizes your water pressure. Underneath, we are going to discuss fiberglass pressure tanks, their purpose, and extensive fields of application.

    Figure 1 Fiberglass pressure tank.

    What Are Fiberglass Pressure Tanks?

    Fiberglass pressure tanks are high-quality water storage tanks manufactured precisely from fiberglass to preserve water and stabilize water pressure within a supply line. The use of top-notch fiberglass to manufacture the tanks ensures that they are immune to corrosion and denting. Compared to pressure tanks made from other materials e.g. stainless steel or aluminum, fiberglass pressure tanks are relatively lighter in weight. This means they are quite mobile and uncomplicated to install.

    A typical water pressure tank is primarily tasked with three roles; preserving or storing water, regulating and stabilizing water pressure as well as alleviating the workload placed on water pumps. Fiberglass pressure tanks are mainly deployed in well water treatment and distribution systems especially in homes using private wells. Their operation is mainly founded on physical working principles.

    Fiberglass pressure tanks operate in tandem with integrated water pressure pumps. Once the pressure tank attains a preprogrammed pressure, the integrated pressure booster pump roars into action or shuts down. At NEWater, we still abide by our admirable tradition of manufacturing first-rate fiberglass pressure tanks for small, medium, and large-scale applications. Our tanks surpass the stringent thresholds set by the relevant authorities to regulate water treatment and distribution products.

    Where Are Fiberglass Pressure Tanks Mainly Applied?

    Fiberglass pressure tanks essentially preserve and convey water to the required outlet at high pressure or pressure that surpasses the conventional atmospheric pressure. The majority of water treatment applications are necessitated to reserve water to mitigate unstable water supply. In addition, they necessitate high water pressure. Pressurized water tanks essentially fulfill the aforementioned roles efficiently and economically.

    For homes reliant on private well water, pressurized water tanks are a necessity, to say the least. This is because the water pressure is mostly low and infinitely running a pressure booster pump is very costly. However, fiberglass pressure tanks are also quite popular in other varied enterprises and applications. For instance, they are deployed in residential and commercial complexes to store and regulate the water pressure for washrooms and bathrooms.

    In addition, fiberglass pressure tanks are manufactured in different sizes and capacities consequently permitting their application in industries, commercial entities, and households. In industries, they can be used to store liquids, gasses, and chemicals. The following are reputable enterprises presently utilizing fiberglass pressure tanks.

    • Homes using private well water.
    • Water bottling enterprises.
    • Food and beverages.
    • Petrochemical industries.
    • Restaurants and office complexes.
    • Hospitals.
    • Car wash entities.

    Figure 2 Well water fiberglass pressure tank.

    What is the Role of Fiberglass Pressure Tanks?

    Water pressure tanks generally perform three roles; water storage, pressure regulation, and mitigation of pressure booster pump short-cycling. Underneath, we are going to comprehensively discuss each of these roles.

    ●      Water preservation.

    Pressurized water tanks are manufactured in varying capacities often expressed in gallons per day (GPD). They act as a holding unit, which preserves excess water and conveys the water upon demand. With a fiberglass pressure tank, you are assured of constant water supply even when the water supply is low. In households, they are often used to store water for washrooms, bathrooms, kitchens, and other applications in general.

    ●      Regulation of pressure.

    As their name suggests, fiberglass pressure tanks regulate the water pressure of an integrated supply line. They generally increase water pressure above the atmospheric pressure to a preset pressure level. They consist of air, which is consequently compressed by the incoming water. This increases the pressure to a predetermined level.

    In most household pressure tanks, the maximum pressure level is set at 40-60 psi. Once a tap is turned on, water is forced out and it runs out at high pressure. As the water level in the fiberglass pressure tank depreciates, the pressure surges down to approximately 20-40 psi.

    ●      Protection of the water pump.

    Water pressure booster pumps operating in the absence of pressure tanks, switch on and off every time a tap or faucet is turned on. This frequent and successive turning on and off results in excess heat accumulation in the motor. In the end, the motor wears out prematurely thereby necessitating replacement. A fiberglass pressure tank prevents the frequent turning on and off of the water pumps thereby averting the untimely fouling caused by excess electrical heat.

    How Do Fiberglass Pressure Tanks Function?

    Fiberglass pressure tanks technically base their operations on physical properties. Since compressing water is practically impossible, fiberglass pressure tanks consist of air, which is subsequently compacted by the incoming water. Compressing more air translates into higher pressure. The compression of air continues until a predetermined pressure level is attained. For instance, most household pressure tanks have the pressure level preset at 40-60 psi.

    Once this pressure level is attained, the pressure booster pump stops pumping water into the fiberglass pressure tank. Whenever a tap or outlet faucet is turned on, water leaves the pressure tank at high pressure but the pressure depreciates as the water level drops. When a predetermined minimum pressure level is attained, the pressure pump starts pumping water into the fiberglass pressure tank again.

    In most households, this value is preset at 20-40 psi. To ensure that your water pressure is consistently sufficient, you should set the minimum pressure level to be high enough. For instance, 30 psi or higher in fiberglass pressure tanks supplying water to dishwashers and water treatment systems. Other water appliances or fixtures necessitate a minimum water pressure of approximately 10 psi. Click on the video underneath for more insight on the operation and importance of water pressure tanks.

     

    Figure 3 Parts of a fiberglass pressure tank.

    What Are the Varying Types of Water Pressure Tanks?

    Generally, there are varied types of water pressure tanks typically categorized according to construction material, imminent application field, and design. Fiberglass pressure tanks are popular water pressure vessels primarily characterized by their construction material (fiberglass). Underneath, we look at the other types of water pressure tanks.

    ●      Bladder pressure tanks.

    In bladder pressure tanks, air and water are separately held in two distinct chambers. They consist of an enormous air balloon, which is referred to as the bladder. The pressure booster pump is typically activated by the expansion and contraction of the bladder. The separation of air and water means that the addition of air is hardly needed. Compared to diaphragm pressure tanks, they are more durable.

    ●      Diaphragm pressure tanks.

    Diaphragm pressure tanks are characteristically separated on the inside into two compartments by a rubber diaphragm. The diaphragm rises and lowers depending on the pressure tank’s water level. The movement subsequently triggers the pressure booster pump to turn on or off depending on the water level.

    ●      Air over water pressure tanks.

    Air over water pressure tanks are configured in such a way that air sits above the water. In these pressure tanks, the water and air are not alienated by any tangible barrier. Over time, the air is absorbed by the water thereby necessitating air refill.

    Back to the guide ⇪

    What is the Operating Pressure of Fiberglass Pressure Tanks?

    Fiberglass pressure tanks can be preset to operate at different pressure levels depending on the pressure demands of the task at hand. Different tasks typically demand different levels of water pressure. For instance, water softener systems, dishwashers, water treatment units, and laundry machines often necessitate high pressure. These systems often necessitate a minimum water pressure of 30 psi or higher.

    Other tasks, appliances, or fixtures, especially home-based, can operate optimally at lower pressure levels. Fiberglass pressure tanks supplying water for these tasks can operate at pressure levels as low as 10 psi. However, most fiberglass pressure tanks designed for well water storage and distribution are often set at 30/50 or 40/60 psi.

    If your fiberglass pressure tank is set at 40-60 psi, once the pressure level hits 60 psi (the cut-off pressure point), the pressure booster pump automatically switches off. As the water is used, the pressure drops and once it hits 40 psi, the pressure pump turns on automatically. When presetting the minimum and maximum pressure levels, ensure that they match the pressure demands of your fixtures or appliances.

    Figure 4 Water pressure tanks.

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    How Long Do Fiberglass Pressure Tanks Last?

    Fiberglass pressure tanks and other water pressure tanks are generally long-lasting products. However, the duration of optimum productivity you reap from a pressure tank depends on numerous factors. The most impactful factors are the tank’s quality, the feed water quality, and cycling. First-rate pressure tanks can serve you exceptionally for up to 30 years while low-quality tanks often last 5 years. You will however fork out more money to purchase a high-quality fiberglass pressure tank compared to sub-standard ones.

    Low-quality feed water or raw water containing aggressive pollutants like rocks and garnet can also take a toll on certain components of the pressure tank. For example, rocks can tear up the rubber diaphragm used to separate water and air in diaphragm pressure tanks.  To avert this, pretreat the water to extract these aggressive impurities. For the most effective, efficient, and durable fiberglass pressure tanks place your order by contacting NEWater’s engineers.

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    What is the Difference Between Fiberglass Pressure Tanks and Stainless Steel Pressure Tanks?

    Fiberglass and stainless steel pressure are both first-rate water pressure tanks often deployed in homes, industries, and commercial entities to preserve water and regulate water pressure. Despite being utilized to fulfill similar purposes; they are both quite dissimilar. The biggest and most visible dissimilarity is their construction material. Fiberglass pressure tanks are made from fiberglass while stainless steel pressure tanks are manufactured from stainless steel.

    Stainless steel tanks are comparatively heavier due to the dense nature of steel. They are also susceptible to corrosion hence they often necessitate galvanization. Fiberglass pressure tanks on the contrary are relatively lighter in weight, extremely resistant to rust, and pretty durable. They are however not as durable as stainless steel pressure tanks. In terms of price, fiberglass pressure tanks are relatively cheaper than stainless steel pressure tanks.

    Figure 5 Stainless steel pressure tanks.

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    How Do I Know Which Fiberglass Pressure Tank Size is Ideal for My Application?

    Before purchasing a fiberglass pressure tank, it is imperative that one understands the ideal tank size for his/her application. To calculate the required water pressure tank size, simply base your calculation on the water pump’s flow rate. To be precise, multiply the pump’s flow rate by 4 to establish the ideal size for a water pressure tank.

    For example, if your flow rate is 10 gallons per minute (GPM) multiply 10 by 4. This means that you need a water pressure tank with a 40 GPM storage capacity. This formula essentially applies to bladder and diaphragm water pressure tanks. For stainless steel pressure tanks lacking wafers, the flow rate is multiplied by 9. For example, if the flow rate is 5 GPM, a stainless steel pressure tank with a storage capacity of 45 GPM is needed.

    Back to the guide ⇪

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