COMPLETE PUMPING SOLUTIONS FOR FLUID HANDLING

We offer end-to-end pumping solutions tailored to meet the full spectrum of fluid handling needs across industries. From water and wastewater to chemicals, slurries, and viscous fluids, our comprehensive product range and engineering expertise ensure efficient, reliable, and cost-effective fluid transfer. Whether it's system design, pump selection, installation, or ongoing support, we provide integrated solutions that deliver performance, safety, and long-term value. Trust us to keep your operations flowing smoothly — with precision, durability, and innovation at every step.

1. Air Operated double diaphragam pump:

An Air Operated Double Diaphragm (AODD) pump uses compressed air to move fluids by flexing two diaphragms back and forth. It is ideal for handling corrosive, viscous, or abrasive liquids in a variety of industrial applications

2. CHEMICAL DOSING PUMP

A chemical dosing pump is a precision pump designed to inject accurate amounts of chemicals into a process or system. It is commonly used in water treatment, chemical processing, and industrial applications.

3. Chemical Thermoplastic Centrifugal Pumps

Chemical thermoplastic centrifugal pumps are corrosion-resistant pumps designed to handle aggressive chemicals using non-metallic, thermoplastic materials. They are ideal for transferring acids, alkalis, and other corrosive fluids in industrial applications.

4. Submersible Pump

A submersible pump is a type of pump that is designed to operate while completely submerged in the fluid it is pumping. It is commonly used for moving water or other liquids from one place to another, especially in situations where the source is located below the surface level, such as in wells, sumps, tanks, or deep water bodies.

Types of Submersible Pumps:

1. Borewell Submersible Pumps

2. Openwell Submersible Pumps

3. Sewage Submersible Pumps

4. Slurry Submersible Pumps

5. Utility Submersible Pumps

5. Energy-efficient Cast Iron Single Phase Induction Motors

Features

• High Starting Torque

• Suitable for wide Voltage

• ISI Mark available on selected models

• Motors available in Sheet Metal & Cast Iron

6. Cooling Tower Motors

• Motor type : AC three-phase squirrel cage induction motor

• Degree of protection : IP 55, Enclosure : TEFC, Duty / Rating : S1 / Continuous, Ambient temperature : +50°C.

• Voltage ± variation : 415 V ± 10% • Frequency ± variation : 50 Hz ± 5%.

• Combined variation : 10% (Absolute sum).

• Altitude : Should be lower than 1000 metres above sea level.

• Relative humidity : Up to 100%.

• Connection : Up to 2.2 kW-Star connection with 3 leads & above 2.2 kW-Delta connection with 6 leads

ALL TYPE OF NUT & SCREW

Hex Nut: General-purpose nut used for various applications requiring a secure connection.

Heavy Hex Nut: Provides increased strength and load-bearing capacity, suitable for heavy-duty applications.

Nylon Insert Lock Nut: Prevents loosening due to vibration, enhancing stability in dynamic environments.

Jam Nut: Used as a secondary nut to lock the main nut in place, especially in confined spaces.

Nylon insert jam lock: Combines the features of a jam nut with a nylon insert for enhanced security.

Wing Nut: Allows for hand-tightening without tools, facilitating quick adjustments.

Cap Nut: Used for decorative or safety purposes, covering the exposed end of a bolt.

Acorn Nut: Provides a finished appearance and is commonly used in ornamental applications.

Flange Nut: Distributes pressure over a wider surface area, preventing loosening in high-vibration environments.

Tee Nut: Designed for wood applications, creating a threaded surface in wood for bolt attachment.

Square Nut: Used in specific applications where a square shape is more suitable than a hexagon

Prevailing Torque Lock: Resists vibration-induced loosening, ensuring a secure grip

K-Lock or Kep Nut: Provides resistance to loosening and is easy to install due to its free-spinning washer

Coupling Nut: Connects two threaded rods, extending the length for various applications

Slotted Nut: Allows for the use of a cotter pin to secure the nut in place, commonly used in automotive applications

Castle Nut: Used in situations where a cotter pin can be inserted through slots to secure the nut

Hex Head Bolt: Versatile and widely used for general fastening applications with a wrench

Hex Head Set Bolt: Paired with a nut, offering flexibility and ease of assembly

Cup Square Bolt: Used in woodworking to prevent the bolt from turning while tightening the nut

Hex Head Flange Bolt: Provides a broader load-bearing surface, commonly used in structural applications

Roofing Bolt and Nut: Specifically designed for securing roofing materials in construction

Socket Cap Screw: Ideal for applications where a low-profile head and a recessed drive are necessary

Socket Countersunk: Used when a flush finish is required, commonly seen in machinery

Pan Slot Machine: Commonly used in machinery where a flat, rounded head with a slot is preferred

Socket Button Flange: Combines the features of a socket button screw with an attached flange for added support

Socket Button Screw: Provides a neat and rounded finish, often used in electronics and furniture

Countersunk Slot Machine: Suitable for applications where a flush finish is required, often used in metalworking

Pozi Countersunk Machine: Features a Pozi drive for improved torque transmission, commonly used in construction

Pan Pozi Machine: Combines the features of a pan slot machine bolt with a Pozi drive

Wood screw: Specifically designed for use in wood applications, offering a secure grip

Thread Cutting Machine Screw: Creates own threads when driven into material, often used in metalworking

Carriage Bolts: It is commonly used in applications where a smooth finish is desired, designed for use in wood.

Lag Bolts: Heavy-duty bolts used for securing heavy timber or other wood applications

Set Screw: Used to secure an object within or against another, often in machinery and equipment

Eye Bolt: Designed for attaching cables or hooks, providing a reliable anchor point

Eye Lags: Light-duty screws with a looped head, commonly used for hanging lightweight objects

J-Bolts: Shaped like the letter “J,” used for anchoring in concrete or masonry

U-Bolts: U-shaped bolts used for securing pipes or other round objects to a surface

Shoulder Bolt: Features a shoulder between the head and the thread, often used in precision machinery

Elevator Bolt: Specifically designed for conveyor systems, featuring a flat countersunk head

Mating Screw: Male-female threaded screw used to join two components shelving

Hanger Bolt: Features threads on both ends, used for hanging objects like lights or shelving

Types of Washers:

Flat Washer: Distributes load over a wider surface, protecting the material beneath the nut or bolt

Fender Washer: Larger diameter washer used to distribute load on softer materials, such as automotive applications

Finishing Washer: Used for decorative purposes, providing a finished appearance in visible applications

Split Lock Washer: Creates spring tension to prevent loosening due to vibration

External Tooth Lock Washer: Provides additional grip and prevents rotation when used with a nut

Internal Tooth Lock Washer: Similar to external tooth lock washer, grips the bolt’s threads for added security

Square Washer: Used in timber construction, providing a larger bearing surface

Finger Washer: Washer with extended tabs, providing additional gripping surface

Countersunk Washer: In applications where a flush finish is required, it is often paired with a countersunk screw.

Shoulder Washer: Provides insulation and protection between surfaces, commonly used in electrical applications

Torque Washer: It is designed to indicate if a bolt has been properly tightened, ensuring optimal torque.

Cresent Washer: Washer with a crescent shape, used in conjunction with a bolt and nut to prevent rotation

Wave Washer: Provides spring-like compression, allowing for flexibility and absorption of vibration

ALL TYPE OF SLIDING WINDOW ROLLER

1.Nylon Rollers:

These are lightweight and durable, often used in residential sliding windows. Nylon rollers are resistant to corrosion, making them suitable for humid environments.

2. WINDOW METAL ROLLER

Typically made of materials like stainless steel or aluminum, metal rollers offer greater durability and can support heavier windows. They generally provide a smoother sliding experience and are commonly found in commercial or heavy-duty applications.

3.WINDOW PLASTIC ROLLER

Plastic, particularly PVC, is another material used for sliding window rollers. They can be durable and lightweight, and some suppliers offer them with a variety of features and price points.