Ring Joint Gaskets

Engineered for critical industrial sealing, our comprehensive range of gaskets, jointing sheets, and gland packings provides dependable leak prevention across oil and gas, chemical processing, pharmaceutical, power generation, and marine applications. Manufactured in alignment with international standards such as ASME B16.20 and API 6A, the lineup encompasses high-performance metallic and semi-metallic solutions including spiral wound, Ring Type Joint (RTJ), double jacketed, and Kammprofile gaskets utilizing advanced alloys like SS 316L, Duplex 2205, Inconel 625, and Hastelloy C276. For versatile fluid, steam, and chemical handling, the collection offers custom-cut non-metallic gaskets and sheet materials ranging from virgin and expanded PTFE to Compressed Non-Asbestos Fiber (CNAF), high-temperature graphite, and premium elastomers like Viton, Nitrile, EPDM, and Silicone. Complete with pipeline cathodic flange insulation kits, monolithic joints, and high-temperature gland packing braided from graphite, PTFE, and ceramic fibers, this series offers tailored material options, custom sizing, and expert technical selection to handle extreme pressures, aggressive media, and elevated thermal environments

Rajguru Impex is Manufacturers of ASME B16.20 Ring Joint Gaskets, suitable for high pressure and high temperature applications. The Joint Gaskets are available in R, RX, BX styles and in oval/octagonal profiles. PETROMET FLANGE INC manufacturers in accordance with specific tolerances on CNC machines. OUR Ring Joint Gaskets fully comply with the ASME B16.20 standard and the API spec 6A requirements (where applicable).B16.20 PETROMET FLANGE INC IS HIGHLY ACCLAIMED MANUFACTURER OF RING TYPE JOINTS GASKETS IN TYPE RX , BX , R.Ring Joint Gaskets| R Type RTJ Gaskets| RX Type RTJ Gaskets| BX Type RTJ Gaskets| SBX Type RTJ Gaskets| Speciality RTJ Gaskets| Spiral Wound Gaskets | PTFE Sheets and Gaskets| Standard Gasket Material Carbon SteelCommercial quality sheet steel with an upper temperature limit of approximately 1000 F., particularly if conditions are oxidizing. Not suitable for handling crude acids or aqueous solutions of salts in the neutral or acid range. A high rate of failure may be expected in hot water service if the material is highly stressed, Concentrated acids and most alkalies have little or no action on iron and steel gaskets which are used regularly for such services.304 Stainless Steel An 18-8 (Chromium 18-20%, Nickel 8-10%) Stainless with a maximum recommended working temperature of 1400 F At least 80% of applications for non-corrosive services can use Type 304 Stainless in the temperature range of -320 F to 1000 F. Excellent corrosion resistance to a wide variety of chemicals. Subject to stress corrosion crackling and to intergranular corrosion at temperatures between 800 F to 1500 F in presence of certain media for prolonged periods of time. 316 Stainless Steel An18-12 Chromium-Nickel steel with approximately 2% of Molybdenum added to the straight 18-8 alloy which increases its strength at elevated temperatures and results in somewhat improved corrosion resistance. Has the highest creep strength at elevated temperatures of any conventional stainless type. Not suitable for extended service within the carbide precipitation range of 800 F to 1650 F. when corrosive conditions are severe. Recommended maximum working temperature of 1400 F. 316L Stainless Steel Continuous maximum temperature range of 1400 F -1500 F. Carbon content held at a maximum of .03%. Subject to a lesser degree of stress corrosion cracking and also to intergranular corrosion than Type 316. 321 Stainless Steel An 18-10 Chromium-Nickel steel with a Titanium addition. Type 321 stainless has the same characteristics as Type 347. .