Products

Large Size Balancing Valves – Advanced HVAC Flow Control Solution Advance Large Size Balancing Valves represent an innovative solution for modern large-scale HVAC and district cooling systems. Designed as a first-of-its-kind concept, these valves integrate multiple functionalities into a single compact unit, helping optimize space while delivering superior performance. They are ideal for applications where large pipe sizes and precise flow control are critical. Engineered using advanced CFD (Computational Fluid Dynamics) tools and validated on in-house flow test beds, these valves ensure high accuracy and reliability in flow measurement and regulation. To further enhance usability, Advance offers Flow Computation Software and System Balancing Software that work seamlessly with handheld digital manometers. These tools enable engineers to perform accurate flow calculations and system balancing efficiently. Additionally, on-site water balancing services are available to ensure maximum energy savings right from the commissioning stage. Available in sizes up to 1000 mm (40”), and even larger sizes on request, these valves are built to handle demanding applications. They feature precise double regulation with flow measurement accuracy within 2.5D or less, along with valve ratings of PN16 and PN20 (higher pressure ratings available on request). The high-performance butterfly valve design ensures positive shut-off, while EPDM seals provide durability and leak-proof operation. Constructed with stainless steel components for critical parts, these valves offer long-lasting performance. A zero-backlash gearbox with 1-degree setting accuracy allows precise adjustment, and tamper-proof locking ensures settings remain secure. Overall, these valves deliver efficient, reliable, and space-saving flow control for large HVAC systems.

Flanged Manual Balancing Valves – Product Overview Flanged Manual Balancing Valves are essential components in HVAC and hydronic systems, designed to ensure accurate flow regulation and system efficiency. These valves are manufactured in compliance with BS 7350 standards for double regulating valves, guaranteeing reliable performance and precise control across a wide range of applications. Available in sizes ranging from DN 50 (2”) to DN 300 (12”), these valves are suitable for medium to large-scale installations such as commercial buildings, industrial plants, and centralized cooling or heating systems. The flanged design ensures strong, leak-proof connections and ease of installation in pipeline networks. One of the key features is the EPDM sealing disc, which provides excellent durability and ensures positive shut-off, preventing leakage even under demanding operating conditions. The valves are also equipped with pressure test cocks, allowing easy measurement of differential pressure for accurate system balancing and performance verification. Flanged balancing valves offer robust construction, long service life, and dependable operation. Their double regulating capability allows both isolation and precise flow adjustment, reducing the need for additional components. These valves play a crucial role in optimizing energy efficiency, improving system performance, and ensuring consistent temperature control across HVAC systems.

Screwed End Gun Metal Balancing Valve – Features & Software Support Screwed End Gun Metal Balancing Valves are widely used in HVAC systems for accurate flow regulation and efficient water distribution. Manufactured from high-quality gun metal, these valves ensure durability, corrosion resistance, and long service life. Designed for precise double regulation, they allow accurate flow balancing while also functioning as reliable shut-off valves. A key advantage is the availability of advanced software and services. Flow Computation Software, Valve Selection Software, and System Balancing Software are designed to work seamlessly with handheld digital differential pressure meters. These tools enable site engineers to quickly calculate flow rates by selecting the valve size, entering the valve position (turns/angle), and inputting differential pressure readings. The software is user-friendly and compatible with Windows-based laptops and desktops, making on-site calculations fast and efficient. Additionally, on-site water balancing services are available to ensure optimal system performance and energy savings right from the commissioning stage. The valves come with features such as tamper-proof settings (handwheel or lock shield), low noise operation, PTFE sealing for leak-proof performance, and optional drain or pressure test cocks. Complying with IS 778 – 1984 standards, these valves can eliminate the need for separate flow measuring devices. Available in sizes up to 2 inches, they offer flexibility, easy installation, and cost-effective operation, making them an ideal choice for modern HVAC systems.

Advance make Balancing Valves provide a full complement (size ranges, pressure ratings, operating temperatures, and fluid characteristics) including related services such as on-site commissioning for optimum performance. Available in PN 16 / PN 20 or Higher (on request). To suit the channel requirements, there are high temperature valves and low temperature valves capabilities in the same valve itself. In other words, these balancing valves can withstand extreme temperatures without spillage or breakdowns. Pressure Control Sets (PCS) are designed to simplify installation, improve system efficiency, and ensure precise flow control in HVAC applications. These units can be easily pushed straight onto a Fan Coil Unit (FCU) and mounted directly over a drip tray, making them highly convenient for on-site installation. One of the key advantages is the ability to adjust flow rates while the system is still in operation, saving both time and effort during commissioning. PCS units are compatible with actuators, enabling remote commissioning and single-station balancing for enhanced control. They come as a complete package with customizable fittings, reducing the need for additional components and minimizing installation time. Equipped with strainers, drain plugs, and shut-off functionality, these units also serve as highly accurate flow measurement devices. Pressure Independent Control Valve (PICV) versions eliminate the need for differential pressure valves and complex calculations associated with traditional two-port control valves, leading to significant cost savings. The integrated design ensures all necessary valves are located in one place, simplifying maintenance and commissioning. Additionally, automatic balancing features reduce setup time to simple flushing and verification. Each PCS unit can be individually tagged for easy identification and can be installed in both horizontal and vertical orientations. With accessible filter ball strainers and precise temperature control, PCS units deliver reliable performance and maximum efficiency in modern HVAC systems.

Jindal MS pipe“ refers to Mild Steel (MS) pipes manufactured by one of the various companies operating under the Jindal brand in India. The Jindal Group is a large conglomerate with diverse interests, and several of its entities are involved in steel and pipe manufacturing. The most prominent ones that come to mind when talking about MS pipes are often: Jindal Pipes Limited (JPL) / Jindal Star: This is a major manufacturer of ERW (Electric Resistance Welded) steel pipes, including black and galvanized MS pipes, up to 14” NB (Nominal Bore) as per IS:1239 and larger sizes (8“ and above) as per IS:3589. They are very well-known in the plumbing, water, gas, and structural applications market. Jindal SAW Ltd.: While they also produce large diameter SAW (Submerged Arc Welded) pipes primarily for oil and gas, and water transportation, which can be MS, their focus is generally on larger diameter line pipes. Jindal Supreme (India) Private Limited: This company manufactures and wholesales GI, Rectangular, and MS pipes. What are MS Pipes? MS pipes, or Mild Steel pipes, are made from low-carbon steel (typically 0.05% to 0.25% carbon content). This low carbon content makes them: Ductile: They can easily change shape without losing their toughness. Weldable: Easy to fabricate and join. Strong and Durable: They possess good tensile strength and can withstand significant loads, pressures, and temperatures. Cost-Effective: Relatively inexpensive compared to other types of pipes like stainless steel. Corrosion Resistant (when treated): While not entirely immune to rust, they can be treated with protective coatings (like galvanization or paint) to enhance their resistance to corrosion and abrasion. Jindal MS Pipe Specifications and Standards: Jindal MS pipes are manufactured to comply with a wide range of national and international standards, ensuring their quality and suitability for various applications. Common standards include: Indian Standards (IS): IS 1239 (Part-I): For mild steel tubes, tubulars, and other welded steel fittings (common for sizes up to 6” NB). IS 3589: For MS pipes used in water, gas, and sewage transmission (common for sizes 8“ and above). Grades like Fe330 and Fe410 are typical. IS 1161: For structural pipes (Grades YST 210, YST 240, and YST 310). IS 3601: Steel Tubes for Mechanical & General Engineering. IS 4270: Steel Tubes for Water Wells (Casing Pipes). International Standards: ASTM (American Society for Testing and Materials): ASTM A53 (for water, gas, air), ASTM A795 (fire protection), ASTM A135 (conveying liquids/gases), ASTM A500 (structural). API (American Petroleum Institute): API 5L (for oil & gas conveying at high pressure). BS (British Standards): BS 1387, BS 1775, BS 1139, BS 534, BS 6363. DIN (German Standards): DIN 2440, 2441. ISO 65. Common Sizes and Dimensions: Jindal MS pipes are available in a vast range of sizes: Outer Diameter: Typically from 1/2” (15mm NB) up to 20“ NB or even larger (e.g., 60” for SAW pipes from Jindal SAW). Wall Thickness: Varies from 2.00mm to 10.00mm or more, depending on the nominal bore and class (Light, Medium, Heavy) as per IS standards, or schedule numbers (e.g., SCH 40, SCH 80) as per ASTM standards. Length: Standard lengths are often 6 meters (20 feet), but customizable lengths may be available. Manufacturing Process: Jindal primarily uses the Electric Resistance Welded (ERW) and High Frequency Induction Welded (HFIW) processes for their smaller to medium diameter MS pipes. For larger diameters (e.g., above 16-20 inches), Submerged Arc Welded (SAW) processes (UOE, JCOE, Helical) are used, primarily by Jindal SAW.

Threaded Gate Valve Characteristics: Investment casting body, Screwed Bonnet wedge disc, Integral Seat. Material: SS 316 (ASTM A351 CF8M), SS 304( ASTM A351 CF8), WCB. Size range: 1/2″, 3/4″, 1″, 11/2″, 11/4″, 2″.

Pressure Sealed Gate Valve Characteristics: Solid, Flexible or Split Wedge Design, Pressure Sealed, Back-seating, Renewable Seat Ring, Full Port Or Reduced Bore, Optional Upset forged T-head Stem Design. Material: WCB,LCB, CF8,CF8M, CF3,CF3M, WC6,WC9, C5,C12 or Equivalent. Size range: 1/2 – 20″NB.

Knife Gate Valve Product Description: Compact construction, rational design, material savings, dependable sealing, comfortable operation, small volume, full passage flow, tiny flow resistance, lightweight, easy installation, and maintenance are all benefits of the Knife Gate Valve. Size range: 2 – 50″NB.

DIN Gate Valve Characteristics: Full bore Ensured, Solid Wedge Disc, Suitable medium: Water, Oil, Gas. Material: Metal Seat (Brass ,Bronze or Stainless steel Trim). Size range: DN40- DN600