Prices vary by turbine model, OEM spec, material grade, and order quantity. The range shown reflects our typical market spread — contact us for a firm quotation.
Compression gland packing in graphite, PTFE, and PTFE-graphite braided constructions for valve stem sealing, pump gland boxes, and rotating shaft seals. Supplied as cut rings or coiled rope in square cross-sections from 3 mm to 50 mm. Pure flexible graphite packing for high-temperature steam valve stems; PTFE packing for chemical and corrosive service; PTFE-graphite hybrid (graphitized PTFE) for combined chemical resistance and thermal conductivity across both rotating and reciprocating applications. Asbestos-free throughout: fully compliant with current Indian and international environmental regulations.
Primary Industrial Application
Universal maintenance consumable across all plant types: steam turbine auxiliary valve stem packing (gate, globe, and control valves), centrifugal pump gland boxes, reciprocating pump plunger seals, agitator shaft seals, rotary compressor shaft seals, and heat exchanger channel cover joints. Supplied as rope coil (specify cross-section and length) or as pre-cut rings (specify shaft OD, stuffing box ID, and number of rings). Most frequently procured alongside turbine overhauls, valve repacking during planned shutdowns, and pump mechanical seal conversions where gland packing is retained.
Cross-Section Range
3 × 3 mm to 50 × 50 mm square
pH Range
0–14 (all types; avoid strong oxidising acids for graphite)
Supply Format
Rope coil or pre-cut rings to drawing
Est. Price
₹450 – ₹4.5KIndicative estimate · contact for firm quote
Mechanical dismantling joint designed for easy disassembly and reassembly of piping sections during maintenance without damaging adjacent components. Provides axial adjustment for quick removal and reinstallation of pumps, valves, and equipment.
Application: Pump and compressor suction/discharge connections, valve maintenance points, water treatment systems, and industrial piping requiring regular equipment removal and reinstallation.
Spring-loaded safety relief valves (SRV/PSV) for overpressure protection of steam boilers, pressure vessels, steam headers, heat exchangers, and process piping. Supplied to API 526 (flanged steel SRVs for process plant), ASME Section I (power boiler safety valves, snap-action), and ASME Section VIII (pressure vessel relief valves). Three types: Conventional spring-loaded (standard), Balanced bellows (variable or high back-pressure service), Pilot-operated (high set-pressure accuracy, minimum blowdown, large orifice). Body materials from carbon steel through SS 316 and exotic alloys. IBR certification available for Indian boiler and steam system applications.
Application: Mandatory on every pressure vessel and steam boiler in Indian plants: required under IBR (Indian Boiler Regulations), Factories Act, and IS/ASME codes. Critical applications: steam boiler drum SRVs (ASME Section I / IBR), turbine steam inlet header SRVs, lube oil system relief valves, heat exchanger shell-side relief, hydraulic accumulator safety relief, and thermal relief valves (TRVs) on blocked-in liquid lines. Supplied as direct OEM-matched replacements (specify make, model, set pressure, orifice designation, and inlet/outlet size), or as new installation valves with sizing calculation to API 520.
Complete range of steam trap assemblies for turbine steam lines, steam mains, drip legs, steam tracing, heat exchangers, and process heating coils. Three operating principles covered: thermodynamic disc traps for steam main drip points and outdoor service; float & thermostatic (F&T) traps for process heating and heat exchangers; inverted bucket traps for high-pressure steam mains and superheated steam service. All types supplied in CS, SS 304/316, and alloy steel body materials to ASME B16.34 and IS 6896.
Application: Critical across all steam-using plants: sugar mills, co-generation, refineries, chemical process, and turbine auxiliary steam systems. Thermodynamic disc traps: turbine steam inlet drip legs, steam distribution mains, outdoor steam tracing, and any high-pressure medium-to-light condensate load application. Float & thermostatic traps: heat exchangers, process heating coils, unit heaters, and low-to-medium pressure systems requiring continuous condensate drainage. Inverted bucket traps: superheated steam mains, high-pressure steam distribution, steam jacketing, and applications where sub-cooling of condensate is acceptable. All types: critical for protecting downstream turbine nozzles, blades, and steam paths from water hammer caused by accumulated condensate.
