Industrial Valves

Our Valves Portfolio

Explore our extensive range of valves, designed to handle various pressures, temperatures, and flow conditions. Each valve ensures durability, precision, and unmatched reliability.

Valves for Every Industry – iEngineering Group.

At iEngineering Group, we are proud to offer an extensive range of high-performance valves designed for a wide array of applications.

Our portfolio includes a variety of valves such as gate valves, ball valves, check valves, globe valves, butterfly valves, needle valves, plug valves, Y-strainers, solenoid valves, diaphragm valves, and pinch valves. Each valve is crafted to handle a range of pressures, temperatures, and flow conditions, making us your trusted partner in fluid and gas control.

Why Choose Us?

At iEngineering Group, we are committed to delivering unparalleled quality and customized solutions. Here’s why clients trust us for their valve needs:

Quality Assurance: Top-quality materials and advanced manufacturing techniques ensure optimal performance.
Custom Solutions: Tailored valve solutions to meet exact project specifications.
Industry Expertise: Decades of experience across various sectors with expert guidance on valve selection.
Comprehensive Support: From product selection to post-installation service, we offer ongoing support.

Types of Valves:

1. Ball Valve

A ball valve controls fluid flow using a spherical ball with a central hole. It provides efficient on/off control and minimal pressure drop.

Key Features:

Quick Shut-off: Instant flow control with a 90-degree turn.
Reliable & Durable: Long service life with minimal maintenance.
Flow Pressure Drop: Smooth flow with minimal resistance.
Leak-proof: Ensures tight sealing when closed.

Applications:

Water Systems: For regulating water flow in pipelines.
Oil & Gas: Used in refineries and pipeline systems.
Chemical Processing: Controls fluid flow in industrial plants.

2. Gate valve

A gate valve uses a sliding gate (or wedge-shaped disc) to control fluid flow, allowing full flow when open and complete shut-off when closed. It’s designed for on/off control with minimal pressure drop.

Key Features:

Minimal Leakage: Ensures tight sealing when closed.
Low Maintenance: Few moving parts for easy upkeep.
Full Flow or No Flow: Provides maximum flow when open.
Durable: Built to withstand high pressure and harsh conditions.

Applications:

Water Treatment: Regulates water flow in treatment plants and pipelines.
Oil Pipelines: Used for isolating and controlling oil flow.
Chemical Processing: Controls fluid flow in industrial plants.
Irrigation Systems: Manages water distribution in agriculture.

3. Globe Valve

A globe valve controls fluid flow using a movable plug that adjusts the flow path. It is ideal for throttling and precise flow regulation, making it suitable for applications requiring fine adjustments.

Key Features:

Precise Flow Control: Excellent for adjusting fluid flow in small increments.
Efficient Throttling: Ideal for controlling variable flow.
Tight Sealing: Provides leak-proof operation when closed.
Durable: Built to withstand harsh conditions and offer long-lasting performance.

Applications:

Steam Systems: Regulates steam flow in industrial processes.
Water Treatment: Manages water flow in treatment plants.
Chemical Processing: Controls chemical flow during production.
Oil & Gas: Maintains flow consistency in processing plants and pipeline.

4. Check Valve

A check valve allows fluid to flow in only one direction, preventing backflow. It automatically closes when flow reverses, protecting equipment and ensuring system integrity.

Key Features:

One-Way Flow: Prevents reverse fluid flow.
Automatic Operation: Opens and closes without external control.
Prevents Contamination: Stops backflow to maintain fluid purity.
Durable & Low Maintenance: Designed for long-lasting, reliable performance.

Applications:

Pumps: Protects pumps from damage by preventing backflow.
Piping Systems: Ensures correct flow direction in pipelines.
Water Treatment: Prevents contamination in water filtration and treatment systems.

5. Ballast Valve

A ballast valve controls the flow of water into and out of ballast tanks on ships, regulating buoyancy and stability. It helps maintain the correct weight distribution, preventing overloading and ensuring safe navigation.

Key Features:

Prevents Overloading: Controls water intake to avoid excess weight.
Maintains Stability: Ensures balanced weight distribution, preventing tilting or capsizing.
Adjusts Buoyancy: Allows for precise control of the ship’s buoyancy.
Durable: Made from corrosion-resistant materials for longevity.
Efficient Control: Provides quick, accurate adjustments to ballast levels.

Applications:

Maritime: Used on all types of ships to maintain stability.
Cargo Ships: Ensures proper weight distribution during loading/unloading.
Oil Tankers: Manages buoyancy when transporting liquids.
Naval Ships: Maintains stability, especially in rough seas.

6. Butterfly Valve

A butterfly valve uses a rotating disc to regulate fluid flow. It is compact, efficient, and provides fast, reliable operation, making it suitable for large diameter pipes and space-constrained installations.

Key Features:

Lightweight: Easy to install and maintain
Fast Operation: 90-degree rotation for quick flow control.
Large Pipe Suitability: Ideal for large diameter pipelines.
Compact Design: Fits in tight spaces with minimal support.
Durable: Handles various fluids and resists corrosion.
Cost-Effective: Simple design reduces costs.

Applications:

Water Supply: Controls flow in distribution systems.
Wastewater Treatment: Manages fluid flow in treatment plants.
Chemical Processing: Controls chemical flow in industrial processes.
Fire Protection Systems: Regulates water or foam flow for fire suppression.

7. Needle Valve

A needle valve uses a long, tapered needle that fits into a matching seat to precisely control fluid flow, ideal for regulating low flow rates with high accuracy.

Key Features:

Fine Flow Control: Allows precise flow adjustments.
High Accuracy: Offers accurate flow regulation.
Low Flow Rates: Designed for small fluid volumes.
Compact & Durable: Small, robust design for various environments
Leak-Proof Sealing: Ensures tight closure with minimal leakage.

Applications:

Laboratory Equipment: Controls fluid flow in precise experiments.
Instrumentation: Regulates flow in sensitive devices.
Fuel Systems: Manages low fuel flow in engines and burners.
Chemical Processing: Controls fluid dosing in reactions.
Hydraulic & Pneumatic Systems: Regulates flow in hydraulic/pneumatic circuits.

8. Plug Valve

A plug valve uses a cylindrical or tapered plug with a hole to control fluid flow. It is ideal for quick shutoff applications and offers reliable, simple operation.

Key Features:

Quick Shutoff: Provides fast flow control for immediate shutoff.
Reliable: Durable design for consistent performance.
Simple Design: Fewer moving parts, easy to operate and maintain.
Leak-Proof: Ensures tight sealing when closed.
Durable: Resistant to harsh environments, high pressures, and temperatures.

Applications:

Natural Gas: Used for isolating sections of gas pipelines.
Petrochemical Industry: Controls flow in chemical processing.
Pharmaceutical Industry: Regulates flow of sterile fluids and materials.
Water Treatment: Manages flow in filtration and distribution.
Oil & Gas: Controls fluid flow in pipelines and processing.

9. Y-Strainer

A Y-strainer is a filter valve shaped like the letter "Y" that removes debris and particles from fluid flows. It uses a mesh screen to filter solids from liquids, gases, or steam, protecting equipment and ensuring clean fluid flow.

Key Features:

Simple Filtration: Efficiently captures debris and particles.
Easy Maintenance: Simple to clean and replace the mesh screen.
Cost-Effective: Affordable filtration solution.
Durable: Made from corrosion-resistant materials for demanding environments.
Compact Design: Easily integrates into pipelines with limited space.

Applications:

Piping Systems: Prevents blockages in fluid transport.
HVAC Systems: Filters debris from circulating air, water, and refrigerants.
Oil & Gas Pipelines: Protects pipelines from contaminants.
Water Treatment: Removes solids from water before further processing.
Chemical Processing: Protects equipment from contaminants in chemical fluids.

10. Solenoid Valve

A solenoid valve is an electromechanically operated valve used to control fluid flow in automated systems. It uses an electromagnetic solenoid to move a plunger, opening or closing the valve.

Key Features:

Fast Response: Quick opening and closing for rapid fluid control.
Electrically Controlled: Remote and automated operation via electrical signals.
Compact Design: Small size for easy installation in tight spaces.
Energy Efficient: Low power consumption for cost-effective operation.
Durable: Made from robust materials for longevity in harsh environments.

Applications:

Automation Systems: Controls fluid flow in robotic, pneumatic, and hydraulic systems.
Water Treatment: Regulates flow in filtration and pumping systems.
Industrial Control: Manages fluid delivery in manufacturing processes.
Medical Equipment: Precisely controls fluids in medical devices.
Fuel Systems: Regulates fuel flow in engines or burners.

11. Diaphragm Valve

A diaphragm valve uses a flexible diaphragm to control fluid flow. The diaphragm seals against the valve body, ensuring precise control and reliable shutoff, particularly for corrosive, abrasive, or viscous fluids.

Key Features:

Corrosion & Abrasion Resistance: Ideal for harsh fluids.
Good Sealing: Reliable leak-proof shutoff.
Precise Control: Fine regulation of fluid flow.
Clean Operation: Prevents contamination due to no direct fluid contact with valve parts.
Simple Design: Easy installation and maintenance.
Longer Lifespan: Fewer moving parts in contact with fluid, reducing wear.

Applications:

Chemical Processing: Controls aggressive chemicals with secure sealing.
Pharmaceuticals: Ensures hygienic, precise flow in drug production.
Food & Beverage: Maintains sanitary conditions in processing.
Water Treatment: Regulates flow in filtration and dosing.
Biotechnology: Manages sensitive fluids in sterile environments.
Pulp & Paper: Handles abrasive fluids like slurry.

12. Pinch Valve

A pinch valve controls fluid flow by compressing a flexible tube, stopping flow when pinched and allowing passage when relaxed. It’s ideal for slurry or abrasive fluids.

Key Features:

Abrasive & Slurry Flow Control: Perfect for handling harsh, abrasive fluids.
Simple & Low Maintenance: Minimal parts and easy operation, with tube replacement as the main maintenance task.
Leak-Free: Provides tight shutoff by fully compressing the tube.
Cost-Effective: Simple design makes it an affordable option
Versatile Tubing Materials: Compatible with various tube materials suited to different applications.

Applications:

Mining: Controls slurry and waste flow in mining operations.
Pulp & Paper: Regulates pulp slurry flow during processing.
Chemical Processing: Manages corrosive or abrasive chemicals.
Wastewater Treatment: Handles sewage and sludge flow.
Food & Beverage: Controls viscous materials like sauces or pastes.
Oil & Gas: Regulates crude oil, gas, or slurry flow in pipelines.

Industrial Valves

Our Valves Portfolio

Why Choose Us?