Industrial Products

Application: Primary lube oil filtration in Triveni steam turbines across power generation, sugar mills, steel plants, paper mills, cement plants, petrochemical refineries, and agro-industrial co-generation. Compatible with Triveni turbine models FR13, FR13B, FR2, FR2B, FR14A, FR14M, FR14M3HB, FR2S, TST-1030, TST-1030-M, TST-1030-MB, TST-1030-SBM, TST-1060-EB, TST-1060-SB and all other Triveni variants.

Application: Primary lube oil filtration in Siemens SST-200, SST-300, SST-400, SST-600, SST-800, SST-900 steam turbines and SGT-100 to SGT-800 gas turbines. Protects journal bearings, thrust pads, and gear train lubrication circuits. 850 LPM flow rating covers duplex lube oil filter housing applications in turbines up to 250 MW. Critical during commissioning and post-overhaul startup to prevent particle-induced bearing damage.

Application: High-temperature fluid and gas filtration in steam turbine lube oil systems (Triveni, BHEL, HTC), hydraulic and lubrication systems, centrifugal filter housings, and industrial applications where cleanable, reusable elements are preferred over disposable media. Suitable for turbine oil circuits where contaminated oil must be cleaned and reused rather than replaced.

Application: Hydraulic tanks, gearboxes, and lube oil reservoirs for all steam turbine, compressor, and industrial machinery applications.

Application: Immersed in hydraulic reservoirs protecting system pumps; turbine auxiliary lube oil pump suction protection.

Application: Offline filtration in side-stream return lines of turbine lube oil systems; extends oil life and protects bearings from water-induced damage.

Application: Compressed air systems, process gases, instrument air, and venting applications where moisture and chemical resistance are critical.

Application: Return lines in turbine lube oil systems, hydraulic power units, industrial machinery, and lubrication circuits. Handles return flow of 50–3,000 LPM at low pressure (return line typically 5–16 bar). Prevents contaminated oil from re-entering main reservoir between service intervals.

Application: Turbine governing and control oil hydraulic circuits where uninterrupted filtration is mandatory for plant safety and continuity.

Application: Process lines, industrial fluid systems, fuel oil, and lube oil applications requiring continuous filtration without production interruption.

Application: Liquid, viscous, and gaseous media filtration in high-pressure pipelines; protects valves, meters, and process equipment.

Application: Continuous flow systems requiring zero-downtime operation; critical process lines where shutdown is unacceptable.

Application: Pipeline protection for downstream equipment across commissioning, startup, and continuous service applications. Critical for steam turbine and pump commissioning: installed upstream of turbine steam inlet, pump suction, and compressor suction to capture weld slag, pipe scale, gasket material, and construction debris. Also used as a permanent in-line strainer where the conical geometry suits the available space or pressure-drop budget.

Application: General pipeline protection; steam, water, gas, oil, and chemical service lines protecting downstream equipment.

Application: High-contamination process lines, fuel oil systems, cooling water, and slurry services where large debris volumes are expected.

Application: Direct replacement elements for installed simplex and duplex basket strainer housings across turbine lube oil systems, governor and control oil circuits, process pipelines, fuel oil systems, cooling water lines, and chemical process streams. Supplied to match existing housing ID, element height, and top plate configuration: specify housing make, size, and current mesh for exact interchange. Compatible with Keshav Enterprises-supplied simplex basket strainers (prod_st1) and duplex basket strainers (prod_st2), as well as OEM and third-party housings.

Application: High-pressure steam exhaust systems, chemical process pipes, heat exchanger connections, and piping requiring thermal movement compensation. Best choice for high-cycle fatigue duty, exotic materials, pressures above 16 bar, or where PED/AD2000 certification is required. For standard steam and water pipelines at moderate pressure, the axial expansion joint (prod_e1b) is more cost-effective.

Application: Steam pipelines, pump connections, heat exchanger inlet/outlet connections, hot water systems in power plants, sugar mills, paper mills, and refineries. Standard first choice for axial movement compensation up to 150 bar G: upgrade to multi-ply metallic bellows (prod_e1) only when exotic alloy, high-cycle fatigue, or strict code certification is mandated.

Application: Pumps, chillers, cooling towers, heavy fluid systems requiring greater movement than single arch allows.

Application: HVAC systems, water piping, light industrial fluid lines, pump discharge and suction connections. Standard first choice for most rubber expansion joint applications: choose the wide arch variant (prod_e3b) only when large movement capacity or high-vibration/shock isolation is specifically required.

Application: High-vibration pump and motor connections, heavy-duty industrial piping with significant thermal movement, applications requiring maximum flexibility and shock isolation. Specify over single arch (prod_e3) when vibration or movement is the dominant design concern.

Application: Shell-and-tube heat exchangers, condensers, coolers, and process heat exchangers in refineries, chemical plants, and power stations.

Application: Complex piping requiring multi-axis movement; cryogenic lines, power plant crossovers.

Application: Boilers, bag filters, ESPs, gas turbine installations, cement plants, incineration, power station flue gas ductwork.