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Insulating Tanks

Insulating Tanks

1200 INR/Piece

Product Details:

  • Installation Guideline Bolt-mount/foundation-mount with insulator pads
  • Density 1.9 Gram per cubic centimeter(g/cm3)
  • Size Customized sizes available
  • Layer Multi-layered insulation structure
  • Feature High dielectric strength, excellent chemical and thermal resistance
  • Coating Type Epoxy/polyester resin
  • Surface Treatment Smooth resin finish, anti-corrosive coating
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Insulating Tanks Price And Quantity

  • 10 Piece
  • 1200 INR/Piece

Insulating Tanks Product Specifications

  • 80 MPa (FRP), 350 MPa (MS) Megapascals (MPa )
  • Smooth resin finish, anti-corrosive coating
  • <0.3 W/mK Watt/Meter/K (w/(m.k)
  • Mild Steel, Fiber Reinforced Plastic (FRP)
  • Electrical insulation, transformer and switchgear installation, storage of chemicals
  • Up to 33 kV Volt (V)
  • Insulating Tank
  • 3 mm - 10 mm (standard options available) Millimeter (mm)
  • Epoxy/polyester resin
  • -40C to +120C
  • >30 kV/mm Volt (V)
  • High dielectric strength, excellent chemical and thermal resistance
  • Bolt-mount/foundation-mount with insulator pads
  • 1.9 Gram per cubic centimeter(g/cm3)
  • Light Grey
  • Customized sizes available
  • Multi-layered insulation structure

Product Description

Insulating tanks play a pivotal role in diverse industries where temperature control is imperative. Employed in sectors such as petrochemicals, pharmaceuticals, and food processing, these insulations prevent heat loss, ensuring the consistent temperature of stored substances. Featuring materials like polyethylene foam and innovative designs, they offer robust thermal protection. The advantages encompass energy conservation, cost-effectiveness, and compliance with industry regulations. Insulating tanks enhance operational efficiency by minimizing temperature variations, safeguarding product integrity, and prolonging equipment life. Adopting this technology results in reduced operational costs, environmental impact, and overall enhanced sustainability, making insulating tanks a vital asset in modern industrial processes.


Exceptional Chemical and Corrosion Resistance

These insulated tanks feature outstanding resistance to acids, alkalis, and salts, making them suitable for challenging industrial environments. The anti-corrosive coatingepoxy or polyester resinprovides a durable barrier, ensuring long-term protection and reliability even under continuous exposure to harsh chemicals.


Designed for Versatility and Safety

Available in various shapesrectangular, cylindrical, and customizable to specific requirementsour tanks meet diverse industrial and electrical needs. The options for seamless or welded construction enhance leak resistance. Flame-retardant features and UV-stable exteriors ensure safety when installed outdoors or in high-risk environments.


Optimized Performance for Electrical Applications

With a breakdown voltage exceeding 30 kV/mm and high dielectric strength, these tanks suit transformer, switchgear, and other electrical installations. Low thermal conductivity helps minimize energy loss, while a multi-layered insulation structure augments thermal and electrical performance.

FAQs of Insulating Tanks:


Q: How do I select the appropriate tank shape and material for my application?

A: Choosing the optimal tank shaperectangular, cylindrical, vertical, or horizontaldepends on your space and capacity needs. For chemical and electrical applications, select FRP for lightweight and excellent corrosion resistance, or Mild Steel for moderate weight and higher tensile strength. Our team can assist in customizing dimensions and materials to best suit your project.

Q: What maintenance is required for these insulated tanks?

A: Minimal maintenance is needed due to the tanks corrosion-resistant construction and smooth resin finish. Periodic inspections, focusing on joints, surface coatings, and mounting hardware, are advised to ensure continued performance and extend service life, which typically ranges from 15 to 20 years under normal conditions.

Q: Where are these tanks best installed for maximum effectiveness?

A: These tanks are engineered for both indoor and outdoor installations, with high UV resistance ideal for outdoor settings. Suitable for electrical substations, industrial sites, and chemical storage, they should be mounted on a stable foundation using bolt-mount or foundation-mount installations with insulator pads as guidelines prescribe.

Q: What process is used to fabricate these tanks?

A: The tanks are fabricated using either seamless or welded techniques, depending on size and application. Multi-layered insulation structures and anti-corrosive resin coatings enhance durability while preserving electrical and chemical performance. Thickness and width are customizable as per your requirements.

Q: When is flame retardancy recommended for these tanks?

A: Flame retardant properties are available upon request and are recommended for installations in areas with fire risk or where additional safety standards must be met, such as electrical or chemical processing facilities. Please inform us during the specification stage if flame retardancy is necessary.

Q: What are the usage benefits of a low thermal conductivity and high dielectric strength tank?

A: Low thermal conductivity minimizes heat transfer, reducing energy loss and increasing safety in electrical or chemical applications. High dielectric strength ensures the tank can withstand substantial electrical stresses, making it ideal for use in transformer and switchgear installations.

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