Industrial Valves & Hardware

A Single Piece Ball Valve is a compact, one-piece body valve designed for reliable on/off flow control . Its full-bore or reduced-bore ball mechanism provides quick operation with minimal pressure drop and good sealing performance. Typical specifications: Body : SS 304 / SS 316 / Carbon Steel Connection : Threaded / Socket Weld / Flngeded Size : 1/2 " to 4" (depending on design) Pressure : 150# / 300# or as per model Seat : PTFE / RPTFE Operation : Lever Handle Bore : Full Bore / Reduced Bore Applications : Chemical, Pharma, Petrochemical, Hydraulic, Pneumatic, Water & Industrial service

Ball Valve 2 Piece Design Flange End is a robust industrial isolation valve designed for reliable on/off flow control in process piping systems. Its two-piece body construction provides a strong, serviceable design, while the flanged ends ensure secure and leak-resistant connection to the pipeline. Typical Specifications Type: 2-Piece Ball Valve End Connection: Flanged End Body: SS 304 / SS 316 / Carbon Steel / Cast Iron Ball: SS 202 / SS 304 / SS 316 Seat: PTFE / GFT Bore: Full Bore / Reduced Bore Pressure Class: Class 150 / 300 Operation: Lever / Pneumatic Acuator Design Std. : As Per BS 5331 / API 6D Testing Std. : As Per BS 5146 / API 598 Design Std. : As Per ANSI B 16.10 Flange Std. ASME B16.5 / DIN Size: As 1/2" To 4" And As Per Your Requirement Service: Industrial fluids, water, air, oil, gas and compatible chemicals

Ball Valve 3 Piece Design Flange End is a robust industrial isolation valve designed for reliable on/off flow control in process piping systems. Its two-piece body construction provides a strong, serviceable design, while the flanged ends ensure secure and leak-resistant connection to the pipeline. Typical Specifications Type: 3-Piece Ball Valve End Connection: Flanged End Body: SS 304 / SS 316 / Carbon Steel / Cast Iron Ball: SS 202 / SS 304 / SS 316 Seat: PTFE / GFT Bore: Full Bore / Reduced Bore Pressure Class: Class 150 / 300 Operation: Lever / Pneumatic Acuator Design Std. : As Per BS 5331 / API 6D Testing Std. : As Per BS 5146 / API 598 Design Std. : As Per ANSI B 16.10 Flange Std. ASME B16.5 / DIN Size: As 1/2" To 4" And As Per Your Requirement Service: Industrial fluids, water, air, oil, gas and compatible chemicals

Product Description Brass Cold Water Meters designed for accurate measurement of cold-water consumption in residential, commercial and industrial applications. Manufactured with a durable brass body and a reliable mechanical measuring mechanism, these meters provide easy-to-read water consumption data and dependable performance in water distribution systems. Available in different sizes and configurations to meet diverse water measurement requirements. Technical Specifications Product Name - Brass Cold Water Meter Meter Type - Mechanical Water Meter Body Material - Brass Application Medium - Cold Water Available Sizes - 15 mm to 50 mm (½″ to 2″), subject to availability Connection Type - Threaded / Screwed Display Type - Mechanical Register Measurement Unit - Cubic Metres (m³) / Litres, model dependent Measuring Mechanism - Single-Jet / Multi-Jet, model dependent Installation Position - As per manufacturer’s instructions Working Pressure - As per selected model Water Temperature - As per selected model Applicable Standards - IS 779 / ISO 4064, where applicable and certified Accessories - Nuts, Nipples and Washers, subject to supply scope Key Features Durable brass body construction Reliable water consumption measurement Easy-to-read mechanical register Compact design for convenient installation Threaded connections for compatible pipelines Multiple sizes and configurations available Suitable for cold-water distribution systems Applications Residential buildings and apartments Commercial complexes and offices Industrial water supply systems Water distribution networks Utility and building management systems Domestic water consumption monitoring

Product Description CI (Cast Iron) Cold Water Meters designed for measuring and monitoring cold-water consumption in municipal water supply networks, industrial facilities, commercial buildings and large water distribution systems. Featuring a robust cast iron body and a reliable mechanical measuring mechanism, these meters are suitable for water metering applications requiring durable construction and dependable performance. Technical Specifications Product Name| CI Cold Water Meter Body Material| Cast Iron (CI) Meter Type| Mechanical Water Meter Measuring Medium| Cold Water Available Sizes| As per requirement Connection Type| Flanged End Register Type| Mechanical Totalizer Measuring Mechanism| Multi-Jet / Woltmann, depending on model Installation| As per manufacturer’s instructions Working Pressure| As per selected model Water Temperature| As per selected model Applicable Standards| ISO 4064 / applicable IS standards, subject to model certification Key Features Heavy-duty cast iron body construction Suitable for larger water flow applications Reliable water consumption measurement Easy-to-read mechanical register Flanged connections for pipeline installation Designed for water distribution and utility applications Available in multiple sizes and configurations Applications Municipal water supply systems Water treatment plants Industrial plants and factories Commercial and residential complexes Water distribution networks Irrigation and agricultural water supply Large buildings and infrastructure projects Bulk water consumption monitoring

Product Description Hot Water Meters designed to measure and monitor hot-water consumption in residential, commercial and industrial applications. Manufactured with temperature-resistant materials and a reliable measuring mechanism, these meters are suitable for hot-water distribution systems, heating installations and utility monitoring applications. Available in different sizes and configurations to meet specific flow, temperature and pressure requirements. Technical Specifications Product Name| Hot Water Meter Meter Type| Mechanical Water Meter Body Material| Brass / Cast Iron, model dependent Measuring Medium| Hot Water Available Sizes| As per requirement Connection Type| Threaded / Flanged, model dependent Register Type| Mechanical Totalizer Measuring Mechanism| Single-Jet / Multi-Jet / Woltmann, model dependent Maximum Water Temperature| As per selected model Working Pressure| As per selected model Installation Position| As per manufacturer’s instructions Applicable Standards| ISO 4064 or other applicable standards, subject to model certification Key Features Designed for hot-water measurement Temperature-resistant construction, depending on model Reliable water consumption monitoring Easy-to-read register Multiple sizes and connection options Suitable for commercial and industrial utility systems Available in different configurations to suit application requirements Applications - Hot-water supply systems Hotels and hospitals Residential apartments and commercial buildings Industrial process water systems Boiler and heating installations Centralized hot-water distribution Energy and utility monitoring systems Commercial and industrial facilities

Product Description Forged Steel Globe Valves designed for reliable flow regulation, throttling and shut-off in high-pressure industrial piping systems. Manufactured from high-quality forged steel, these valves provide mechanical strength, pressure resistance and dependable sealing performance in demanding operating conditions. Available in various pressure classes, material grades and end connections to meet industrial process requirements. Technical Specifications Product Name - Forged Steel Globe Valve Valve Type - Globe Valve Body Material - ASTM A105 Forged Carbon Steel Alternative Materials - ASTM A182 F304 / F316 / F11 / F22, subject to availability Size Range - ½″ to 2″, depending on design Pressure Class - ASME Class 800 / 1500 / 2500, design dependent End Connection - Socket Weld (SW) / Screwed (NPT/BSP), model dependent Bonnet Type - Bolted Bonnet / Pressure Seal, design dependent Disc Type - Conventional Disc / Plug Type, design dependent Stem Design - Rising Stem Operation - Handwheel Operated Seat Design - Metal-to-Metal Seating Trim Material - As per service and manufacturer specification Design Standard - API 602 / ASME B16.34, as applicable Socket Weld Ends -ASME B16.11, where applicable Threaded Ends - ASME B1.20.1 for NPT threads, where applicable Inspection and Testing - API 598, where applicable Key Features High-strength forged steel construction Suitable for high-pressure service Reliable flow regulation and shut-off Metal-to-metal seating arrangement Compact and robust design Available with socket weld and threaded connections Suitable for demanding industrial applications Applications Oil and gas industries Refineries and petrochemical plants Chemical processing industries Power generation plants Steam and boiler systems High-pressure process pipelines Industrial utility and fluid control systems

Product Description Globe Valves designed for precise flow regulation, throttling and shut-off in industrial pipeline systems. Globe valves feature a movable disc and stationary seat arrangement that enables controlled adjustment of fluid flow. Available in various body materials, sizes, pressure ratings and end connections to suit diverse industrial operating conditions. Technical Specifications Parameter - Specification Product Name - Globe Valve Valve Type - Globe Valve Body Material - Cast Iron (CI) / Ductile Iron (DI) / Cast Steel / Stainless Steel / Forged Steel Size Range - ½″ to 24″, depending on design Pressure Rating - PN10 / PN16 / PN25 / ASME Class 150 / 300 / 600 / 800, model dependent End Connection - Flanged / Screwed / Socket Weld / Butt Weld Operation - Handwheel / Gear Operated / Electric or Pneumatic Actuator, where available Disc Type - Plug / Flat Disc / Parabolic Disc, design dependent Stem Design - Rising Stem Seat Type - Metal-to-Metal / Soft Seat, model dependent Bonnet Type - Bolted Bonnet / Pressure Seal / Screwed Bonnet Flow Direction - As indicated by the valve design Design Standards - BS 1873 / ASME B16.34 / API 602, as applicable Face-to-Face Standard - ASME B16.10, where applicable Flanged End Standard - ASME B16.5 / EN 1092-1, as applicable Inspection and Testing - API 598, where applicable Suitable Media - Water, steam, oil, gas and compatible process fluids, subject to design Key Features Precise flow regulation and throttling Reliable shut-off performance Robust construction for industrial applications Available in multiple material grades and pressure ratings Various end connection options Manual and actuator-operated configurations Suitable for demanding process and utility services Applications Chemical and petrochemical industries Oil and gas processing plants Refineries Steam and boiler systems Power generation plants Water treatment facilities Industrial process pipelines General fluid control applications

Product Description Gate Valves designed to provide reliable on/off flow control in industrial pipeline systems. Gate valves operate by raising or lowering a gate to allow or stop fluid flow, offering low flow resistance when fully open. Available in a wide range of body materials, sizes, pressure ratings and end connections to meet the requirements of industrial and process applications. Technical Specifications Product Name - Gate Valve Valve Type - Gate Valve Body Material - Cast Iron (CI) / Ductile Iron (DI) / Cast Steel / Stainless Steel / Forged Steel Size Range - ½″ to 48″, depending on type and design Pressure Class - PN10 / PN16 / PN25 / ASME Class 150 / 300 / 600, model dependent End Connection - Flanged / Screwed / Socket Weld / Butt Weld Operation - Handwheel / Gear Operated / Electric Actuator Stem Design - Rising Stem / Non-Rising Stem Wedge Type - Solid Wedge / Flexible Wedge / Split Wedge, design dependent Seat Type - Metal Seated / Resilient Seated, model dependent Bonnet Type - Bolted Bonnet / Pressure Seal / Screwed Bonnet Face-to-Face - As per applicable valve standard Design Standard - API 600 / API 602 / API 603 / AWWA C515, as applicable Flanged End Standard - ASME B16.5 / ASME B16.47 / EN 1092-1, as applicable Testing Standard - API 598 / applicable product standard Suitable Media - Water, oil, gas, steam and compatible process fluids, subject to valve design Key Features Reliable on/off flow isolation Low pressure drop when fully open Robust construction for industrial service Available in multiple materials and pressure classes Various end connections and operating options Manual and actuator-operated configurations Suitable for a wide range of industrial applications Applications Oil and gas industries Chemical and petrochemical plants Water treatment and distribution systems Power generation plants Steam and boiler pipelines Refineries and process industries Industrial utility systems General-purpose pipeline isolation

Product Description The Red Centrifugal Pump with Electric Motor is an industrial pumping unit designed for efficient and reliable fluid transfer across a wide range of industrial and commercial applications. The pump and motor are mounted on a sturdy base frame and connected through a coupling protected by a safety guard. Its robust construction, compact arrangement, and easy installation make it suitable for continuous-duty pumping operations, subject to the manufacturer's operating limits. Technical Specifications Product Type Centrifugal Pump Set Pump Drive Electric Motor Pump Configuration Horizontal, base-mounted Pump Casing Metal construction; exact material to be confirmed Impeller Type To be confirmed Motor Type Industrial electric motor Coupling Flexible/direct coupling; verify model Coupling Guard Provided Mounting Common base frame Finish Red industrial paint Flow Rate As per pump model Total Head As per pump model Motor Power As per motor nameplate Speed (RPM) As per motor nameplate Voltage / Phase / Frequency As per motor nameplate Key Features Robust Construction: Designed for demanding industrial environments. Efficient Fluid Transfer: Centrifugal pumping action supports continuous fluid circulation. Electric Motor Drive: Powered operation for industrial pumping requirements. Coupling Protection: Guard helps protect against accidental contact with rotating components. Sturdy Base Frame: Supports stable installation and alignment of the pump and motor. Maintenance Accessibility: Components are accessible for routine inspection and servicing. Industrial Finish: Red-coated assembly for a professional equipment appearance. Versatile Configuration: Available performance and material options depend on the selected model. Applications Water Supply and Transfer Transfer of clean water in industrial facilities, utility systems, and suitable water distribution installations. HVAC and Cooling Systems Water circulation in compatible heating, ventilation, air-conditioning, and cooling systems. Industrial Process Systems Circulation and transfer of compatible process liquids within manufacturing plants. Irrigation and Utilities Water transfer for suitable irrigation, utility, and general-purpose pumping systems.

Product description Festo pneumatic pipes are flexible tubes designed for compressed-air distribution and pneumatic automation systems. Depending on the series, they are available in different materials, colours, and sizes. Key features Flexible and easy to install Compatible with suitable pneumatic push-in fittings Available in multiple outer diameters Different materials for different pressure, temperature, and chemical requirements Commonly available in blue, black, and other colours

Product description A straight union connector joins two pneumatic tubes in a straight line. The push-in mechanism allows quick tube installation and removal without special tools. Specifications Product name - PU Union Connector Type - Straight push-in union Tube material - PU / polyurethane Body material - Plastic or nickel-plated brass, depending on model Working medium - Compressed air Connection - Tube-to-tube Tube sizes - Commonly 4, 6, 8, 10 and 12 mm Application - Pneumatic automation systems Key features Quick push-in tube connection Easy installation and removal Compact, lightweight design Reliable, leak-resistant connection when correctly fitted Suitable for pneumatic automation applications Applications Pneumatic cylinders and actuators Solenoid valve connections Industrial automation machinery Air preparation units Compressed-air piping systems

Product Description Industrial Butterfly Valves designed for efficient flow control and reliable shut-off in industrial piping systems. Featuring a compact design, lightweight construction, and easy operation, these valves provide dependable performance across a wide range of industrial applications. Available in wafer, lug, and flanged-end configurations, Butterfly Valves can be supplied with various body materials, disc materials, seat options, and operating mechanisms to meet specific process requirements. They are widely used in water treatment, chemical processing, petrochemical plants, HVAC systems, and general industrial applications. Product Specifications Valve Type - Concentric, Double Eccentric, Triple Eccentric Size Range - As per requirement Body Material - CI, DI, WCB, SS304, SS316 Disc Material - CI, DI, SS304, SS316 Seat Material - EPDM, NBR, PTFE, Metal Seat End Connection - Wafer, Lug, Flanged Operation - Lever, Gear, Pneumatic, Electric Actuator Pressure Rating - PN10, PN16, Class 150 or as specified Design Standard - API 609 / EN 593 Face-to-Face Standard - API 609 / EN 558 Testing Standard - API 598 / EN 12266-1 Temperature Range - Depends on body, seat, and design Medium - Water, Air, Oil, Gas, and Compatible Fluids Final specifications depend on the selected valve model and manufacturer's datasheet. Key Features Compact Design: Requires less installation space than many conventional valve types. Easy Operation: Quarter-turn mechanism enables quick opening and closing. Efficient Flow Control: Suitable for on/off service and flow regulation where the design permits. Multiple Material Options: Available in different materials to suit operating conditions. Flexible Actuation: Manual, gear, pneumatic, and electric operation options. Low Maintenance: Simple construction supports convenient inspection and servicing. Versatile Connections: Wafer, lug, and flanged configurations for different piping systems. Industrial Reliability: Designed for dependable service when correctly selected and installed. Applications Chemical and petrochemical industries Water treatment and wastewater treatment plants Oil and gas processing facilities Pharmaceutical manufacturing plants Power generation plants HVAC and cooling water systems Food and beverage processing, with suitable materials Industrial pipelines and process equipment Fire protection systems, where approved for the intended service

Product Description FEP / PFA Lined Butterfly Valves designed for reliable flow control and shut-off in highly corrosive industrial environments. These valves feature a fluoropolymer lining that provides excellent chemical resistance, corrosion protection, and a smooth internal surface for handling compatible aggressive fluids. Available with suitable valve body materials and manual or automated operating options, FEP / PFA Lined Butterfly Valves are ideal for chemical processing, pharmaceutical manufacturing, agrochemical plants, and other demanding industrial applications. Product Specifications Product Name - FEP / PFA Lined Butterfly Valve Valve Type - FEP / PFA Lined Butterfly Valve Body Material - Cast Iron (CI) / Ductile Iron (DI) / Carbon Steel, as per design Lining Material - FEP / PFA Disc Material - SS304 / SS316 / Lined or coated design, as specified Seat Material - FEP / PFA / PTFE, as per design Size Range - As per manufacturer End Connection - Wafer / Lug / Flanged, depending on model Operation - Lever / Gear / Pneumatic / Electric Actuator Pressure Rating - As per valve design and manufacturer datasheet - Temperature Range Depends on lining material and valve construction Medium - Compatible corrosive liquids and chemicals Design Standard - As specified by manufacturer Testing Standard - As per applicable valve standard Key Features Excellent Chemical Resistance: Suitable for a wide range of compatible corrosive chemicals. Corrosion Protection: Fluoropolymer lining helps isolate the valve body from the process medium. Smooth Internal Surface: Helps reduce product adhesion and supports easier cleaning. Reliable Flow Control: Suitable for isolation and flow regulation where permitted by the design. Flexible Operation: Manual, gear-operated, pneumatic, and electric actuation options. Industrial Durability: Designed for demanding chemical-processing environments. Versatile Installation: Available in suitable end connections for different piping systems. Application-Specific Selection: Lining and construction can be selected according to process requirements. Applications Chemical and acid manufacturing plants Pharmaceutical industries Agrochemical and pesticide processing Petrochemical industries Specialty chemical plants Corrosive liquid transfer systems Fertilizer manufacturing facilities Industrial effluent treatment plants Chemical storage and distribution systems

Product Description PP, HDPE, and PPRC Butterfly Valve solutions for efficient flow control and shut-off in industrial piping systems. Designed for applications requiring lightweight construction and corrosion resistance, these valves are suitable for handling compatible fluids in water treatment, chemical processing, and industrial utility systems. Available in different thermoplastic materials and configurations, these valve solutions provide practical alternatives to conventional metal valves in suitable operating conditions. Material selection depends on fluid compatibility, pressure, temperature, and piping system requirements. Product Specifications Product Name - PP / HDPE / PPRC Butterfly Valve Valve Type - Thermoplastic Butterfly Valve Body Material - Polypropylene (PP) / HDPE / PPRC, subject to design availability Disc Material - PP / HDPE / PPRC or compatible material, as per model Seat Material - EPDM / NBR / PTFE, as available Size Range - As per manufacturer End Connection - Wafer / Flanged / Compatible piping connection, depending on design Operation - Lever / Gear / Actuator, depending on model Pressure Rating - As per manufacturer datasheet Temperature Range - Depends on material grade and valve design Medium - Water and chemically compatible fluids Installation - Industrial piping systems Application - Flow isolation and control Key Features Corrosion Resistance: Suitable for many compatible fluids and chemicals. Lightweight Construction: Easier handling and installation than many metal alternatives. Low Maintenance: Designed for convenient operation and servicing. Chemical Compatibility: Material options for specific industrial fluid-handling needs. Compact Design: Suitable for installations with limited space. Flexible Operation: Manual or automated options, depending on model. Multiple Material Choices: PP, HDPE, and PPRC options subject to product availability. Cost-Effective Solution: Suitable for compatible applications where metal valves may not be necessary. Applications Water treatment and distribution systems Chemical processing plants Industrial wastewater treatment Electroplating and surface treatment plants Irrigation and utility piping Industrial fluid transfer systems Compatible acid and alkali handling Plastic piping networks in industrial facilities

Product Description Allen Key Type Sight Glass manufactured from Mild Steel (MS), Stainless Steel 304 (SS304), and Stainless Steel 316 (SS316) for reliable visual monitoring of fluids in industrial piping systems and process equipment. Designed for durability and convenient maintenance, these sight glasses allow operators to observe fluid presence, flow conditions, and process media without interrupting operations. Available in different material grades and sizes, they are suitable for chemical, pharmaceutical, petrochemical, water treatment, and general engineering applications. Product Specifications Product Name - Allen Key Type Sight Glass Body Material - MS / SS304 / SS316 Product Type - Industrial Sight Glass Viewing Glass - Toughened Glass / Borosilicate Glass, as required Connection Type - Flange End / TC End Size Range - As per customer requirements Gasket Material - PTFE / Graphite / Suitable sealing material Design - Allen Key Type Pressure Rating - As per design and manufacturer datasheet Temperature Range - Depends on glass and sealing material Application Medium - Compatible liquids and process fluids Surface Finish - MS finish / Stainless steel finish Key Features Available in MS, SS304, and SS316 construction. Clear visual monitoring of process fluids. Corrosion-resistant stainless steel options. Robust construction for industrial applications. Convenient installation and maintenance. Suitable for different process requirements. Available in customized sizes and configurations. Applications Chemical and petrochemical plants Pharmaceutical industries Oil and gas facilities Water and wastewater treatment plants Industrial pipelines and process equipment Food and beverage industries, with suitable hygienic design Storage tanks and liquid processing systems

IC (Investment Cast) SS304 and SS316 Sight Glasses designed for clear visual monitoring of fluid flow and process conditions in industrial piping systems, tanks, and process equipment. Manufactured using stainless steel construction, these sight glasses provide durability, corrosion resistance, and reliable performance in demanding industrial environments. Available in SS304 and SS316 grades, they are suitable for applications requiring resistance to moisture, chemicals, and corrosive process media, depending on material compatibility. These sight glasses are widely used in chemical, pharmaceutical, petrochemical, food processing, and general engineering industries. Product Specifications Product Name - IC / SS304 / SS316 Sight Glass Manufacturing Type - Investment Cast (IC) Body Material - SS304 / SS316 Viewing Element - Toughened Glass / Borosilicate Glass, as specified Connection Type - Threaded / Flanged, as per design Size Range - As per requirement Gasket Material - PTFE / EPDM / Silicone / suitable material Surface Finish - Standard / Polished, as required Pressure Rating - As per manufacturer design Temperature Range - Depends on glass and gasket material Medium - Compatible liquids and process fluids Installation - Pipeline / Process Equipment Key Features Investment-cast stainless steel construction. Available in SS304 and SS316 grades. Good corrosion resistance with appropriate material selection. Clear visibility of fluid presence and flow conditions. Robust design for industrial service. Suitable for different process media and operating environments. Available in various sizes and connection configurations. Convenient inspection and maintenance. Applications Chemical and petrochemical industries Pharmaceutical manufacturing plants Food and beverage processing Oil and gas installations Water treatment plants Industrial process pipelines Liquid storage tanks and vessels General engineering and process industries

Product Description SS / MS Teflon Lined Sight Glasses designed for visual monitoring of process fluids in corrosive industrial environments. These sight glasses feature a stainless steel (SS) or mild steel (MS) body with a PTFE (Teflon) lining to provide chemical resistance and help protect the base metal from contact with compatible process media. Designed for industrial durability and reliable process observation, Teflon Lined Sight Glasses are suitable for chemical, pharmaceutical, petrochemical, and other industries handling corrosive liquids. Product Specifications Product Name - SS / MS Teflon Lined Sight Glass Body Material - Stainless Steel (SS) / Mild Steel (MS) Lining Material - PTFE (Teflon) Stainless Steel Grade - SS304 / SS316, as required Viewing Element - Borosilicate Glass / Toughened Glass, as per design Connection Type - Flanged / Threaded, depending on model Size Range - As per customer requirements Gasket Material - PTFE / Compatible sealing material Pressure Rating - As per manufacturer design Temperature Range - As per lining, glass, and gasket specifications Medium - Compatible corrosive liquids and process fluids Surface Finish - Standard industrial finish Key Features PTFE lining for resistance to many corrosive chemicals. Available with SS or MS body construction. Transparent viewing element for process monitoring. Helps reduce direct contact between compatible process media and the base metal. Suitable for demanding chemical-handling applications. Available in different sizes and connection configurations. Designed for convenient installation and inspection. Lining and gasket options selected according to process requirements. Applications Chemical and acid manufacturing plants Pharmaceutical industries Petrochemical processing plants Agrochemical and fertilizer industries Corrosive liquid transfer systems Chemical storage tanks and process vessels Industrial process pipelines Effluent treatment plants

Product Description MS / SS 304 / SS 316 Double Window Regular and Lined Sight Glasses designed for visual inspection and monitoring of process fluids in industrial pipelines, tanks, and vessels. The double-window design provides visibility through two viewing windows, allowing operators to observe process conditions according to the installation configuration. Available in Mild Steel (MS) and Stainless Steel (SS) construction, these sight glasses can also be supplied with PTFE (Teflon) lining for applications involving compatible corrosive chemicals. They are suitable for chemical, pharmaceutical, petrochemical, and general process industries. Product Specifications Product Name - Double Window Sight Glass Type - Regular / Teflon Lined Body Material - MS / SS304 / SS316 Lining Material - PTFE (Teflon), for lined version Window Design - Double Window Viewing Glass - Borosilicate Glass / Toughened Glass, as per design Connection Type - Flanged / As per manufacturer Size Range - As per customer requirements Gasket Material - PTFE / Graphite / Other compatible materials Pressure Rating - As per manufacturer datasheet Temperature Range - Depends on glass, gasket, lining, and design Medium - Compatible liquids and process fluids Installation - Industrial pipelines, tanks, and process vessels Key Features Double-window design for process visibility. Available in MS, SS304, and SS316 body materials. Regular and PTFE-lined configurations. Lined version suitable for compatible corrosive media. Robust construction for industrial service. Transparent viewing windows for process inspection. Multiple sizes and connection options. Designed for convenient inspection and maintenance. Applications Chemical and petrochemical plants Pharmaceutical manufacturing Acid and alkali handling systems Fertilizer and agrochemical industries Oil and gas processing Water and wastewater treatment Industrial storage tanks and process vessels General engineering and process pipelines

Product Description Industrial Swing Check Valves designed to prevent reverse flow and protect pumps, pipelines, and process equipment. These valves operate automatically through a hinged disc that opens with forward flow and closes when the flow reverses. Available in various body materials, sizes, pressure classes, and end connections, Swing Check Valves provide reliable one-way flow control for industrial piping systems. They are widely used in water treatment, chemical processing, oil and gas, petrochemical, and power generation industries. Product Specifications Product Name -Swing Check Valve Valve Type - Non-Return Valve (NRV) Body Material - CI / DI / WCB / SS304 / SS316 Disc Material - CI / DI / WCB / SS304 / SS316 Seat Material - Metal Seat / Soft Seat, as per design Size Range - As per requirement End Connection - Flanged / Threaded, depending on model Pressure Rating - PN10 / PN16 / Class 150 or as specified Design Standard - API 6D / API 594 / applicable manufacturer standard Face-to-Face - As per applicable standard Testing Standard - API 598 / applicable standard Operation - Automatic, flow-operated Flow Direction - One-way Medium - Water, oil, gas, steam, and compatible fluids, subject to design Key Features Prevents reverse flow in pipelines. Automatic operation without external power. Helps protect pumps and other process equipment. Low-pressure-drop design when correctly selected. Available in multiple body and disc materials. Suitable for different industrial pressure classes. Available in various sizes and connection configurations. Robust construction for reliable industrial service. Applications Water supply and distribution systems Chemical and petrochemical plants Oil and gas industries Pump discharge lines Power generation plants Wastewater treatment facilities Industrial process pipelines HVAC and utility systems