Products

Cast Steel Globe Valves are designed for accurate flow regulation and reliable shut-off in high-pressure and high-temperature piping systems. Their linear motion design provides excellent throttling capability, making them ideal for controlling the flow of steam, water, oil, gas, and other industrial fluids. Manufactured from premium cast carbon steel, these valves offer high strength, leak-tight sealing, and long service life in demanding industrial applications. Design & Construction: Body Material: ASTM A216 Gr. WCB (Cast Carbon Steel) Bonnet Type: Bolted Bonnet / Pressure Seal Bonnet Disc Type: Plug Disc / Renewable Disc Stem Material: ASTM A182 F6a / SS410 / SS304 / SS316 Seat Ring: Renewable Stainless Steel / Stellite Hard-Faced Trim Material: 13% Cr / SS304 / SS316 / Stellite Gasket: Spiral Wound Stainless Steel with Graphite Filler Operation: Handwheel / Gear Operated / Pneumatic / Electric Actuator End Connections: Flanged (RF/RTJ) / Butt Weld (BW) Standards & Specifications: Design Standard: BS 1873 / ASME B16.34 Face-to-Face: ASME B16.10 Flange Standard: ASME B16.5 Butt Weld Ends: ASME B16.25 Testing & Inspection: API 598 Fire Safe: API 607 (where applicable) Pressure Rating: Class 150 / 300 / 600 / 900 / 1500 / 2500 Size Range: ½“ (15 mm) to 24“ (600 mm) Features: Excellent throttling and flow control Bubble-tight shut-off Heavy-duty cast steel construction Renewable seat rings for extended service life Low operating torque and smooth operation Blow-out proof stem Suitable for high-pressure and high-temperature applications Long service life with minimal maintenance Available with IBR certification for steam service Applications: Oil & Gas Industries Refineries Petrochemical Plants Power Generation Plants Steam & Boiler Systems Chemical Processing Industries Water Treatment Plants Process & Utility Pipelines Marine & Offshore Applications Advantages: Precise flow regulation and throttling Reliable leak-tight sealing Rugged construction for severe industrial service High mechanical strength and corrosion-resistant trim options Easy maintenance with renewable seats Available in manual, gear-operated, pneumatic, and electric actuator configurations Manufactured to international standards for dependable industrial performance

Cast Steel Gate Valves are designed for full-flow isolation in high-pressure and high-temperature piping systems. These valves use a rising stem with a wedge gate mechanism to provide tight shut-off and minimal pressure loss when fully open. Manufactured from high-quality cast carbon steel, they are widely used in oil & gas, power generation, refineries, petrochemical, chemical, steam, and industrial process applications. Design & Construction: Body Material: ASTM A216 Gr. WCB (Carbon Steel) Bonnet: Bolted Bonnet / Pressure Seal Bonnet Wedge Type: Flexible Wedge / Solid Wedge Stem Material: ASTM A182 F6a / SS410 / SS304 / SS316 Seat Ring: Renewable Stainless Steel / Stellite Hard-Faced Trim: 13% Cr / SS304 / SS316 / Stellite Gasket: Spiral Wound Stainless Steel with Graphite Filler Operation: Handwheel / Gear Operated / Pneumatic / Electric Actuator End Connections: Flanged (RF/RTJ), Butt Weld (BW) Standards & Specifications: Design Standard: API 600 / ISO 10434 / ASME B16.34 Face-to-Face: ASME B16.10 Flange Standard: ASME B16.5 Butt Weld Ends: ASME B16.25 Testing & Inspection: API 598 Fire Safe: API 607 (where applicable) Pressure Rating: Class 150 / 300 / 600 / 900 / 1500 / 2500 Size Range: ½“ (15 mm) to 48“ (1200 mm) Features: Full bore design for minimum pressure drop Bubble-tight shut-off Heavy-duty cast steel construction Renewable seat rings for extended service life Low operating torque Blow-out proof stem Suitable for high-pressure and high-temperature service Long service life with low maintenance Available with IBR certification for steam applications Applications: Oil & Gas Industries Refineries Petrochemical Plants Power Generation Plants Steam & Boiler Systems Chemical Processing Industries Water Treatment Plants Process & Utility Pipelines Marine & Offshore Applications Advantages: Excellent sealing performance High mechanical strength and durability Reliable operation under severe service conditions Corrosion and wear-resistant trim options Easy maintenance with replaceable seats Available in manual and automated configurations Manufactured to international standards for critical industrial applications

Kartar Cast Iron Reflux Non-Return Valves are designed to automatically prevent reverse flow in pipelines, protecting pumps, motors, and other equipment from backflow damage. The swing-type disc opens with forward flow and closes automatically when the flow reverses, ensuring reliable non-return operation. These valves are widely used in water supply, irrigation, fire protection, pumping stations, and industrial utility systems. They are manufactured in accordance with IS 5312 standards and are available with metal or rubber seating. Design & Construction: Body Material: Cast Iron (IS 210 FG 200) Cover: Bolted Cast Iron Cover Disc Type: Swing Type Renewable Disc Seat: Gunmetal/Bronze Seat Ring or Rubber Seat (model dependent) Hinge Pin: Stainless Steel Operation: Automatic Swing Check Mechanism End Connection: Flanged Ends as per IS 1538 Standards & Specifications: Design Standard: IS 5312 (Part 1) Pressure Rating: PN10 / PN16 Testing Standard: Hydraulic Shell & Seat Test as per IS 5312 Available Sizes: DN50 (2“) to DN300 (12“) and larger on request Working Medium: Water, Air, Oil and other compatible non-corrosive fluids. Features: Automatic prevention of reverse flow Heavy-duty cast iron construction Low pressure loss with swing disc design Renewable disc and seat for longer service life Corrosion-resistant internal components Leak-tight sealing performance Easy installation and low maintenance Long operational life Applications: Water Supply & Distribution Systems Pumping Stations Fire Fighting Systems Irrigation Networks Water Treatment Plants Industrial Utility Pipelines Municipal Water Projects HVAC & Cooling Water Systems Advantages: Protects pumps and pipelines from backflow Reduces maintenance and operating costs Durable and reliable construction Suitable for horizontal and vertical installations (upward flow in vertical pipelines) Manufactured in accordance with Indian Standards for dependable industrial and municipal applications.

Kartar Dual Plate NRVs are compact, spring-assisted wafer-type non-return valves designed to automatically prevent reverse flow in pipelines. The dual spring-loaded plates open with forward flow and close rapidly when the flow stops, minimizing water hammer and protecting pumps, compressors, and piping systems. These valves are ideal for water supply, fire protection, HVAC, irrigation, and industrial process applications. Design & Construction: Body Material: Cast Iron (CI) / Ductile Iron (DI) Disc Material: Stainless Steel (SS304 / SS316) or SG Iron (model dependent) Spring Material: Stainless Steel Seat Material: EPDM / NBR (application dependent) Hinge Pin: Stainless Steel Type: Wafer Type, Dual Plate, Spring Assisted End Connection: Wafer Type (Suitable for PN10 / PN16 Flanges) Standards & Specifications: Design Standard: API 594 / IS 5312 (applicable models) Testing Standard: API 598 Pressure Rating: PN10 / PN16 Available Sizes: DN50 (50 mm) to DN600 (600 mm) Installation: Horizontal or Vertical (upward flow) depending on service conditions. Features: Compact wafer design with reduced face-to-face dimensions Dual spring-loaded plates for quick closing Prevents reverse flow and minimizes water hammer Low pressure drop Corrosion-resistant construction Lightweight and easy to install Low maintenance and long service life Suitable for high-flow industrial applications Applications: Water Supply & Distribution Systems Fire Fighting Systems HVAC Installations Pump Discharge Lines Irrigation Networks Water & Wastewater Treatment Plants Industrial Utility Pipelines Chemical & Process Industries Advantages: Fast-closing mechanism protects pumps and pipelines Compact and lightweight compared to swing check valves Reliable leak-tight performance Easy installation between flanges Long service life with minimal maintenance Manufactured in a wide range of sizes for commercial and industrial applications.

Kartar Double Orifice Kinetic Air Valves are designed to automatically release large volumes of trapped air during pipeline filling and continuously release small air pockets during operation. They also admit air rapidly during pipeline draining, preventing vacuum formation and protecting pipelines from collapse and water hammer. These valves are ideal for water supply, irrigation, sewage, fire protection, and industrial utility pipelines. They are manufactured in accordance with IS 14845 standards and are available in tamper-proof designs. Design & Construction: Body Material: Cast Iron (CI) / Ductile Iron (DI) Cover: Cast Iron / Ductile Iron Float Material: Stainless Steel (SS304) or Rubber-Coated Float (model dependent) Internal Components: Stainless Steel / Bronze Seat Material: Nitrile Rubber (NBR) / EPDM Operation: Automatic Float Operated End Connection: Flanged Ends Standards & Specifications: Design Standard: IS 14845 Pressure Rating: PN10 / PN16 Available Sizes: DN40 (40 mm) to DN150 (150 mm) End Flange: IS / BS Standard Drilling Testing: Hydraulic Shell & Seat Test as per IS 14845 Features: Double orifice design for efficient air release Automatically releases large and small volumes of air Admits air during pipeline emptying to prevent vacuum Reduces water hammer and surge effects Tamper-proof construction available Corrosion-resistant epoxy-coated body Low maintenance with long service life Smooth and reliable float mechanism Applications: Water Supply & Distribution Networks Irrigation Projects Pumping Stations Water Treatment Plants Sewage & Wastewater Systems Fire Fighting Networks Industrial Utility Pipelines Municipal Infrastructure Projects Advantages: Prevents air locking and vacuum formation Improves pipeline efficiency and pump performance Protects pipelines from water hammer Durable construction with corrosion-resistant coating Reliable automatic operation with minimal maintenance Manufactured under ISO 9001-certified quality systems and compliant with IS 14845 requirements.

Kartar Air Valves are designed to automatically release trapped air and admit air into pipelines, ensuring smooth and efficient operation of water distribution systems. They help prevent air pockets, vacuum formation, water hammer, and pipeline damage, thereby improving system efficiency and extending pipeline life. These valves are widely used in water supply, irrigation, sewage, fire protection, and industrial utility systems. Design & Construction: Body Material: Cast Iron (CI) / Ductile Iron (DI) Float Material: Stainless Steel (SS304) / Polypropylene (model dependent) Internal Components: Stainless Steel Seat Material: Nitrile Rubber (NBR) / EPDM Cover: Bolted Cover End Connection: Flanged Ends (PN10 / PN16) Standards & Specifications: Pressure Rating: PN10 / PN16 Available Sizes: DN25 (25 mm) to DN200 (200 mm) Flange Standard: IS / BS / EN Standard Drilling Testing: Hydraulic Shell & Seat Test as per applicable standards Features: Automatic air release during pipeline operation Admits air during pipeline emptying to prevent vacuum Prevents air locking and water hammer Corrosion-resistant construction Low maintenance and long service life Reliable float-operated mechanism Suitable for above-ground and underground pipeline installations Easy installation and servicing Applications: Water Supply & Distribution Networks Irrigation Systems Pumping Stations Water Treatment Plants Sewage & Wastewater Systems Fire Fighting Networks Industrial Utility Pipelines Municipal Infrastructure Projects Advantages: Eliminates trapped air from pipelines Protects pipelines from vacuum collapse Reduces water hammer effects Improves flow efficiency and pump performance Durable, leak-proof construction Long operational life with minimal maintenance Manufactured under ISO 9001-certified quality systems by Kartar Valves.

Kartar Brass Ball Valves are high-quality quarter-turn shut-off valves manufactured from forged brass for reliable flow control of water, air, oil, gas, and other compatible non-corrosive fluids. Designed with precision-machined components and PTFE seats, these valves provide bubble-tight sealing, smooth operation, excellent corrosion resistance, and long service life. They are suitable for residential, commercial, and industrial applications. Design & Construction: Body Material: Forged Brass (IS 6912 Grade FLB) Ball Material: Mirror-Finished Stainless Steel / Brass Stem Material: Brass / Stainless Steel Seat Material: PTFE (Teflon) Seal Material: PTFE Operation: Lever Operated End Connection: BSP / NPT Threaded Ends Port Type: Full Bore / Reduced Bore Design: Two-Piece Body Construction Standards & Specifications: Size Range: 15 mm (½“) to 100 mm (4“) Pressure Rating: Up to 35 Bar Maximum Working Temperature: Up to 200°C Thread Standard: BSPT / NPT (as required) Actuator Mounting: ISO 5211 mounting flange available on selected models. Features: Quarter-turn operation for quick opening and closing Bubble-tight shut-off Corrosion-resistant forged brass construction Mirror-finished precision ball for smooth operation PTFE seats for low operating torque Replaceable gland packing under pressure Compact, lightweight, and maintenance-friendly design Suitable for manual and actuator-operated applications (selected models). Applications: Water Supply Systems Plumbing (Hot & Cold Water) Air & Gas Lines Fire Fighting Systems HVAC Installations Water & Effluent Treatment Plants Chemical & Process Industries Petroleum & Oil Distribution Boilers & Steam Utility Services Construction & Mining Industries Advantages: Excellent corrosion resistance Leak-proof and reliable sealing Long service life with minimal maintenance Easy installation and operation Suitable for residential, commercial, and industrial applications Manufactured under stringent quality standards for dependable performance.

Kartar Butterfly Valves are designed for efficient flow control and positive shut-off in water, HVAC, firefighting, chemical, and industrial pipeline systems. These quarter-turn valves feature a compact design, low operating torque, and excellent sealing performance. Manufactured with high-quality materials, Kartar Butterfly Valves provide reliable operation, corrosion resistance, and long service life for both isolation and throttling applications. Design & Construction: Body Material: Cast Iron (CI) / Ductile Iron (DI) / Cast Steel (selected models) Disc Material: SG Iron (Ductile Iron) / Stainless Steel CF8 / CF8M Stem Material: Stainless Steel AISI 410 / AISI 304 Seat/Liner: EPDM / NBR / Neoprene / Silicone / Viton (application dependent) Bushes: PTFE (Teflon) / Nylon Operation: Lever Operated / Gear Operated / Pneumatic / Electric Actuator Mounting: ISO 5211 Direct Mounting Pad End Connection: Wafer Type / Lug Type / Flanged (selected models) Standards & Specifications: Design Standard: IS 13095 / BS 5155 Pressure Rating: PN10 / PN16 Size Range: DN50 (2“) to DN600 (24“) Temperature Range: -34°C to +150°C (depending on seat material) Testing: Hydraulic Shell & Seat Test as per applicable standards Features: Quarter-turn operation for quick opening and closing Bubble-tight shut-off Low operating torque Compact and lightweight design Self-lubricated bushes for smooth operation Direct actuator mounting as per ISO 5211 No metal parts in contact with the media except the disc and liner Corrosion-resistant construction Easy installation and low maintenance Applications: Water Supply & Distribution Fire Fighting Systems HVAC & Cooling Water Systems Water & Wastewater Treatment Plants Chemical & Sugar Industries Paper & Pulp Industries Compressed Air Systems Irrigation Projects General Industrial Pipelines Advantages: Reliable sealing performance Long service life with minimal maintenance Suitable for isolation and throttling duties Available with manual, gear, pneumatic, and electric actuation Manufactured under ISO 9001 quality standards Widely used in municipal, commercial, and industrial applications

Kartar Cast Iron Sluice Valves are designed for full-flow isolation in water distribution, firefighting, irrigation, and industrial pipeline systems. These valves feature a wedge gate mechanism that provides minimal pressure loss when fully open and reliable shut-off when closed. Manufactured in accordance with Indian Standards, Kartar CI Sluice Valves are known for their robust construction, corrosion resistance, smooth operation, and long service life. Design & Construction: Body Material: Cast Iron (CI) Bonnet: Cast Iron Wedge: Cast Iron / Resilient Seated (model dependent) Stem: Stainless Steel (SS AISI 410) Seat Ring: Bronze / Gunmetal or Resilient Rubber (depending on model) Operation: Handwheel, Cap Operated or Gear Operated Stem Type: Non-Rising Stem / Outside Screw & Yoke (OS&Y) Rising Stem End Connections: Flanged Ends Standards & Specifications: Design Standard: IS 14846 Pressure Rating: PN10 / PN16 BS Standard: BS 5163 Class 125 (selected models) Testing: Hydraulic Seat & Shell Test as per IS 14846 Available Sizes: DN50 (50 mm) to DN600 (600 mm) Features: Full bore design with low pressure loss Bubble-tight shut-off Corrosion-resistant stainless steel stem Available in metal seated and resilient seated designs Easy installation and low maintenance Smooth handwheel operation Heavy-duty cast iron construction Long service life Applications: Water Supply & Distribution Fire Fighting Systems Irrigation Networks Municipal Water Projects Industrial Water Pipelines HVAC Systems Marine Applications Utility Services Advantages: Reliable isolation performance Durable construction for continuous operation ISI-marked models available Suitable for underground and above-ground installations Cost-effective solution for water and utility applications Manufactured under ISO 9001-certified quality systems.

Kartar Valves are high-quality industrial valves manufactured for flow control, isolation, and backflow prevention in water supply, firefighting, plumbing, HVAC, and industrial piping systems. Established in 1972, Kartar Valves is an ISO 9001-certified Indian manufacturer offering a wide range of valves and fittings designed to meet national and international quality standards. Their products are known for durability, reliable sealing, corrosion resistance, and long service life. Types Available: Butterfly Valves Sluice (Gate) Valves Non-Return (Check) Valves Ball Valves Air Release Valves Foot Valves Y-Type Strainers Dual Plate Check Valves Single Plate Check Valves Fire Hydrants & Fire Fighting Valves Landing Valves Sprinklers DI Pipe Fittings Materials of Construction: Cast Iron (CI) Ductile Iron (DI) Forged Brass Carbon Steel (selected models) Stainless Steel (selected components) Pressure Ratings: PN10 PN16 PN25 (selected models) Class 125 / Class 150 (depending on valve type) End Connections: Flanged Screwed (BSP) Wafer Type Lug Type Standards & Specifications: IS 13095 (Butterfly Valves) IS 14846 (Sluice Valves) IS 5312 (Non-Return Valves) API 598 (Testing – selected models) ISO 9001 Certified Manufacturing CE Marking (selected products) BIS / ISI Certified products available for applicable ranges. Features: Rugged and durable construction Excellent sealing performance Corrosion-resistant materials Low operating torque Easy installation and maintenance Long service life Available with manual, gear-operated, pneumatic, and electric actuation (model dependent) Manufactured under stringent quality control Applications: Water Supply & Distribution Fire Fighting Systems HVAC Installations Irrigation Projects Municipal Water Networks Industrial Process Plants Plumbing Systems Commercial Buildings Utility Services Advantages: Over 50 years of manufacturing experience Wide range of industrial and fire protection valves ISO 9001-certified manufacturing facilities BIS/ISI-certified products for applicable categories Reliable quality with competitive pricing Trusted in waterworks, infrastructure, firefighting, and industrial projects across India and export markets.

Thermax Bellow Seal Valves are specially designed globe-type isolation valves that provide zero stem leakage by using a welded metallic bellows instead of conventional gland packing. This design eliminates fugitive emissions, reduces steam and energy losses, improves plant safety, and ensures long, maintenance-free service. These valves are ideal for steam, condensate, thermal oil, gases, and hazardous process fluids. Design & Construction: Body Material: ASTM A105 Forged Carbon Steel / Cast Steel (model dependent) Bellows Material: Multi-ply Stainless Steel (SS316Ti) Stem Material: ASTM A276 Gr. 410 Stainless Steel Seat Ring: Integral Stellited Seat Plug/Disc: Stellited Stainless Steel Gland Packing: Graphite (secondary sealing) Gasket: Spiral Wound SS304 with Graphite Filler Operation: Handwheel Operated End Connections: Flanged / Butt Weld / Socket Weld Standards & Specifications: Design Standard: ASME B16.34 / EN ISO 15761 / BS 1873 Face-to-Face: ASME B16.10 Flange Standard: ASME B16.5 Testing & Inspection: API 598 Pressure Classes: Class 150 / 300 / 800 Available Sizes: DN15 (½“) to DN250 (10“), depending on model IBR Approved: Available for steam service; non-IBR models also available. Features: Zero stem leakage with metallic bellows Four-point sealing for maximum safety Maintenance-free operation with long service life Prevents steam and energy loss Secondary graphite gland packing for additional protection Integral stellited seat for excellent sealing Suitable for high-pressure and high-temperature applications Easy installation and reliable operation Applications: Steam Distribution Systems Condensate Recovery Lines Boiler Plants Thermal Oil Systems Chemical & Petrochemical Industries Power Generation Plants Textile & Food Processing Industries Pharmaceutical Plants Oil & Gas Industries Advantages: Eliminates fugitive emissions Reduces maintenance and operating costs Improves process safety and environmental protection Increases energy efficiency by preventing steam leakage Long operational life with minimal downtime Ideal for critical industrial isolation applications

Thermax Bellow Seal Valves are specially designed globe-type isolation valves that provide zero stem leakage by using a welded metallic bellows instead of conventional gland packing. This design eliminates fugitive emissions, reduces steam and energy losses, improves plant safety, and ensures long, maintenance-free service. These valves are ideal for steam, condensate, thermal oil, gases, and hazardous process fluids. Design & Construction: Body Material: ASTM A105 Forged Carbon Steel / Cast Steel (model dependent) Bellows Material: Multi-ply Stainless Steel (SS316Ti) Stem Material: ASTM A276 Gr. 410 Stainless Steel Seat Ring: Integral Stellited Seat Plug/Disc: Stellited Stainless Steel Gland Packing: Graphite (secondary sealing) Gasket: Spiral Wound SS304 with Graphite Filler Operation: Handwheel Operated End Connections: Flanged / Butt Weld / Socket Weld Standards & Specifications: Design Standard: ASME B16.34 / EN ISO 15761 / BS 1873 Face-to-Face: ASME B16.10 Flange Standard: ASME B16.5 Testing & Inspection: API 598 Pressure Classes: Class 150 / 300 / 800 Available Sizes: DN15 (½“) to DN250 (10“), depending on model IBR Approved: Available for steam service; non-IBR models also available. Features: Zero stem leakage with metallic bellows Four-point sealing for maximum safety Maintenance-free operation with long service life Prevents steam and energy loss Secondary graphite gland packing for additional protection Integral stellited seat for excellent sealing Suitable for high-pressure and high-temperature applications Easy installation and reliable operation Applications: Steam Distribution Systems Condensate Recovery Lines Boiler Plants Thermal Oil Systems Chemical & Petrochemical Industries Power Generation Plants Textile & Food Processing Industries Pharmaceutical Plants Oil & Gas Industries Advantages: Eliminates fugitive emissions Reduces maintenance and operating costs Improves process safety and environmental protection Increases energy efficiency by preventing steam leakage Long operational life with minimal downtime Ideal for critical industrial isolation applications