Viscid Flow Pumps And Systems

Stators frequently changable material in Screw pumps. 

We are providing the stators in the following Materials.

1. Non Contaminated Rubber (NCR) Food grade
2. EPDM (Food grade)
3. Natural rubber(NR)
4. Silicon rubber
5. Viton
6.Hypalon

Rotor:

Shape : Typically a helical or screw-shaped metallic component. 

Function : Rotates within the stator, creating cavities that move fluid from the inlet to the outlet. 

Material : Usually made of steel or other durable metal. 

Eccentricity : The rotor's design often involves an eccentricity, or offset, which is crucial for the formation of sealed cavities.
 
Durability : The rotor is generally designed to be more durable than the stator, often outlasting several stators in applications where the fluid doesn't contain abrasive particles.

Stator :

Shape : 

A stationary, typically elastomeric, component with an internal cavity that matches the shape of the rotor. 

Function :

Provides the required sealing to direct the fluid flow and, along with the rotor, forms the cavities that transport the fluid. 

Material:

Commonly made of rubber or other elastomers for flexibility and to facilitate the creation of complex internal shapes.

1. Stator - NBR Nitrile Black/ White food grade, NCR, EPDM, Hypalon, Silicon, Natural, Viton
2. Rotor -  Alloy Steel /SS 304 / SS 316 / Monel /Haste Alloy

Rotor:

Shape : Typically a helical or screw-shaped metallic component. 

Function : Rotates within the stator, creating cavities that move fluid from the inlet to the outlet. 

Material : Usually made of steel or other durable metal. 

Eccentricity : The rotor's design often involves an eccentricity, or offset, which is crucial for the formation of sealed cavities.
 
Durability : The rotor is generally designed to be more durable than the stator, often outlasting several stators in applications where the fluid doesn't contain abrasive particles.

Stator :

Shape : 

A stationary, typically elastomeric, component with an internal cavity that matches the shape of the rotor. 

Function :

Provides the required sealing to direct the fluid flow and, along with the rotor, forms the cavities that transport the fluid. 

Material:

Commonly made of rubber or other elastomers for flexibility and to facilitate the creation of complex internal shapes.

1. Stator - NBR Nitrile Black/ White food grade, NCR, EPDM, Hypalon, Silicon, Natural, Viton
2. Rotor -  Alloy Steel /SS 304 / SS 316 / Monel /Haste Alloy

Rotor:

Shape : Typically a helical or screw-shaped metallic component. 

Function : Rotates within the stator, creating cavities that move fluid from the inlet to the outlet. 

Material : Usually made of steel or other durable metal. 

Eccentricity : The rotor's design often involves an eccentricity, or offset, which is crucial for the formation of sealed cavities.
 
Durability : The rotor is generally designed to be more durable than the stator, often outlasting several stators in applications where the fluid doesn't contain abrasive particles.
 Stator :

Shape : 

A stationary, typically elastomeric, component with an internal cavity that matches the shape of the rotor. 
Function :

Provides the required sealing to direct the fluid flow and, along with the rotor, forms the cavities that transport the fluid. 
Material:

Commonly made of rubber or other elastomers for flexibility and to facilitate the creation of complex internal shapes.

1. Stator - NBR Nitrile Black/ White food grade, NCR, EPDM, Hypalon, Silicon, Natural, Viton
2. Rotor -  Alloy Steel /SS 304 / SS 316 / Monel /Haste Alloy

Overview of the rotor and stator components, which are essential in various fluid handling applications.

The rotor is typically a helical or screw-shaped metallic component designed to rotate within the stator. Its primary function is to create cavities that facilitate the movement of fluid from the inlet to the outlet. Rotors are usually constructed from durable materials such as steel or other robust metals. An important feature of the rotor is its eccentric design, which is crucial for forming sealed cavities that ensure efficient fluid transport. Additionally, rotors are engineered to be more durable than stators, often outlasting multiple stators in environments where the fluid does not contain abrasive particles.
On the other hand, the stator is a stationary component that is typically made from elastomeric materials. It features an internal cavity that matches the shape of the rotor, providing the necessary sealing to direct fluid flow. The stator, in conjunction with the rotor, forms the cavities that transport the fluid effectively. Common materials used for stators include various elastomers such as NBR nitrile, Hypalon , Silicon , Natural , EPDM, and Viton which offer flexibility and facilitate the creation of complex internal shapes.

In summary, both the rotor and stator play critical roles in fluid movement, with each component designed to fulfill specific functions and made from materials suited to their operational demands.

Rotor -  Alloy Steel /SS 304 / SS 316 / Monel /Haste Alloy

We are also among the leading suppliers of customised spare parts for a variety of fluid handling equipment, especially Pumps. We provide one-to-one replacement parts for all domestic and international brands. We make certain that we provide high-quality spare parts for your equipment at competitive prices and with prompt delivery.

• Stator- NBR Nitrile Black/ White food grade, NCR, EPDM, Hypalon, Silicon, Natural, Viton 
• Coupling Rod and Drive Shaft- SS, Tool Steel, Alloy Steel 
• Boot Seal & O Rings - NBR Nitrile Black/ White food grade, EPDM, Hypalon, Viton