Rectangular Section Bellow

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Rectangular Section Bellow Specification

Head Code
Rectangular

Media
Air, Dust, Fumes, Gases

Flange
Available with MS, SS, or Aluminum Flanges

Surface Treatment
Coated / Uncoated, Oil Resistant Finish

Max. Temperature
Up to 120C (Material Dependent)

Material
Neoprene Rubber, Synthetic Rubber, PVC, or Customizable as per requirements

Technique
Hot Press Molding / Fabric Reinforced Molding

Type
Expansion Bellows

Connecting Type
Flanged or Clamped

Shape
Rectangular

Working Pressure
Upto 2 bar (Varies with size and material)

About Rectangular Section Bellow

Rectangular Section Bellow:

Another product provided by our company is Rectangular Section Bellow that is specially fabricated to cater to the needs of the clients. Customized in order to provide a soft, flexible and glossy finish, they are highly versatile in their industrial application. Due to these features, the bellow possesses high capacity of compression and expansion. Owing to their multifaceted characteristics and high quality standards, they are utilized specifically in the electrical and automobile industry.

Versatile Material Options for Varied Applications

Choose from Neoprene Rubber, Synthetic Rubber, PVC, or even opt for a fully customized material to meet your systems unique needs. Each material offers distinct benefitsoil resistance, temperature performance, and design flexibilityensuring optimal performance regardless of the application environment.

Precision Engineering with Hot Press and Fabric Reinforced Molding

Our rectangular bellows are produced using advanced hot press molding or fabric-reinforced molding techniques. This ensures dimensional stability and robust performance under stress, accommodating thermal expansion, misalignment, and vibration in industrial ducting systems.

Flexible Installation and Durable Surface Treatments

Select from coated or uncoated finishes with optional oil resistance for extended lifespan. Featuring either flanged or clamped connections and compatible with MS, SS, or Aluminum flanges, these bellows are tailored for quick integration and long-term reliability in rigorous operating conditions.

FAQs of Rectangular Section Bellow:

Q: How do I choose the correct material for my rectangular section bellow?

A: The material selection depends on factors such as temperature, chemical compatibility, and the type of media (air, dust, fumes, gases) handled by the ducting system. Neoprene and synthetic rubbers offer oil resistance and flexibility, while PVC is suitable for less demanding applications. Custom formulations can be provided for specialized requirements.

Q: What is the main benefit of using a rectangular section bellow in expansion joints?

A: Rectangular section bellows accommodate movement, absorb vibration, and compensate for misalignment between duct sections, minimizing stress and extending the life of ductwork, equipment, and structural components.

Q: When is a coated or oil-resistant surface treatment recommended?

A: A coated or oil-resistant finish is ideal when the bellow is exposed to oils, corrosive agents, or abrasive particulates in the conveyed media, enhancing the durability and service life of the product.

Q: Where are these rectangular bellows typically installed?

A: They are installed in industrial air handling and ducting systems carrying air, dust, fumes, or gasescommonly found in power plants, manufacturing facilities, HVAC systems, and processing plants.

Q: What connection options are available and how do I select them?

A: Rectangular section bellows can be supplied with either flanged or clamped connections. The choice depends on your systems design and maintenance needs. Flanged connections offer secure, leak-proof joints and are compatible with MS, SS, or Aluminum flanges for versatility.

Q: How is the bellow manufactured to ensure long-term performance?

A: Using either hot press molding or fabric-reinforced molding techniques, each bellow is engineered for strength and flexibility while meeting specific application requirements for temperature and pressure.

Q: What is the maximum temperature and pressure these bellows can withstand?

A: Depending on the chosen material, the bellows can handle temperatures up to 120C and working pressures up to 2 bar, making them suitable for a wide range of industrial applications.

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