Agitator Seal

Name: Agitator Seal
Brand: ELECTROLOGIC ENGINEERING INDIA PRIVATE LIMITED
Price: 10000 INR
Availability: InStock

Price 10000 INR/ Piece

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MOQ : 1 Piece

Agitator Seal Specification

Hardness
Shore A 60-90 (seal face materials)

Theory
Seal operates on mechanical face sealing principle

Application
Reactors, Agitated Vessels, Mixers in Chemical, Pharmaceutical, and Food Industries

Style
Double Mechanical Seal, Cartridge Seal

Material
Stainless Steel, Alloy Steel, Carbon Steel, PTFE, Viton, Carbon, Ceramic, Silicon Carbide, Tungsten Carbide

Temperature
-20°C to +200°C (varies with materials of construction)

Pressure
Up to 10 bar (varies by model and application)

Speed
Up to 3000 RPM

Function
To seal agitator shafts and prevent leakage of liquids or gases

Size
Available in shaft sizes from 20 mm to 150 mm or as per customer specification

Structure
Component or Cartridge type with single or double seal arrangement

Agitator Seal Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
50 Pieces Per Week

Delivery Time
2 Week

Main Domestic Market
All India

About Agitator Seal

A mechanical seal is a device used to effect a seal between a rotating or reciprocating part and a stationary part on an Agitator / Mixer / Vessel. A mechanical seal works by creating a restrictive flow path, this is either an axial or radial gap. The flow through this gap is generally so low it goes unnoticed if a liquid or inconsequential if a gas.

Exceptional Sealing Performance

This seal delivers very low leakage rates, adhering to stringent industrial standards for agitator applications in chemical, pharmaceutical, and food processing sectors. The precisely balanced multi-spring seal faces combined with high-grade elastomers ensure consistent integrity against aggressive process media.

Flexible Mounting and Cooling Solutions

Designed to accommodate both top and side vessel entries, the seal offers versatile installation options. Advanced cooling arrangements, including quench, drain, and cooling water provisions, effectively manage thermal loads during high-speed or high-temperature operations, enhancing reliability.

Easy Maintenance and Extended Service Life

With an intelligently structured cartridge and component design, maintenance is straightforward and downtime is minimized. Premium surface finish for wetted parts and robust construction materials ensure the seal withstands harsh process conditions while maintaining long operational life.

FAQ's of Agitator Seal:

Q: How does the Agitator Seal maintain a very low leakage rate during operation?

A: The seal uses a multi-spring design with balanced faces and surface finish 0.2 Ra for wetted parts, optimizing even pressure across the faces and preventing fluid escape. This configuration is engineered to meet stringent industrial standards for leakage control.

Q: What benefits do the specialized elastomers like FEP, EPDM, and Nitrile provide in this seal?

A: These elastomers offer excellent chemical resistance, flexibility, and durability, making the seal effective for corrosive liquids, solvents, and slurries used in diverse industrial processes, thus enhancing reliability and service life.

Q: When is maintenance recommended for the Agitator Seal, and is the process complicated?

A: Maintenance intervals are extended thanks to the robust design. When needed, the cartridge arrangement allows for rapid replacement with minimal downtime or specialized tools, simplifying maintenance procedures.

Q: Where can this Agitator Seal be used within industrial facilities?

A: It is ideal for reactors, agitated vessels, and mixers found in chemical, pharmaceutical, and food industries, and suits both new installations and retrofit projects in operations handling corrosive or high-load media.

Q: What is the process behind installing the Agitator Seal on different vessels?

A: The seal's design permits either top or side entry mounting, with sizes ranging from 20 mm to 150 mm shafts or as per user specifications. Installation typically involves securing the cartridge or component design onto the shaft per vessel design and connecting the cooling and quench lines.

Q: How does the cooling arrangement improve the performance and lifespan of the seal?

A: Provision for quench, drain, and cooling water efficiently regulates temperatures, prevents media crystallization near seal faces, and reduces wear, which collectively prolongs the seal's operational life and maintains stable performance under demanding conditions.

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