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Medium Duty Welding Fire Blanket Rolls Industry With Grommet For Equipment And Person Protecting Choose by your applications Light duty - general purpose welding, light sparks and small spatter. Not recommended for horizontal application. Medium duty - heavier welding, sparks, spatter and light slag. Heavy duty - heavy sparks, spatter, slag and molten metal. Stress relief - choose soft materials recommended for Stress relief applications. The coated materials usually are not recommended for stress relief applications.

INSTALLATION AND MAINTENANCE BEST PRACTICES FOR LOOSE FLANGE CONNECTIONS Flange connections are an integral part of many piping systems, allowing for easy assembly and disassembly of pipes and components. One common type of flange connection is the loose flange connection, which provides a certain degree of flexibility and allows for slight misalignment between pipes. In this blog, we will discuss the best practices for installing and maintaining loose flange connections. https://lnkd.in/eaAx8c4x

COMMON CAUSES OF FLANGE LEAKS AND THEIR SOLUTIONS UEVEN BOLT STRESS- An incorrect bolting procedure or cramped working conditions near the flange can leave some bolts loose while others are overtightened and crush the gasket. This can cause in-service leaks, especially in high temperature services when the heavily loaded bolts relax. IMPROPER FLANGE ALIGNMENT- Improper flange alignment, especially flange face parallelism, causes uneven gasket compression, local crushing, and can cause subsequent leakage. Improper flange centerline alignment can also cause uneven gasket compression and flange leaks. IMPROPER GASKET CENTERING -If a gasket is installed off center compared to the flange faces, the gasket will be unevenly compressed and make the joint prone to leakage. Spiral wound and double jacketed gaskets usually have a centering ring that extends to the inner edge of the bolts. A sheet gasket can be cut so that its outside diameter matches the inner edge of the bolts. DIRTY OR DAMAGED FLANGE FACES -Dirt, scale, scratches, protrusions, weld spatter on gasket seating surfaces, and warped seating surfaces provide leakage paths or can cause uneven gasket compression that can result in flange leakage.

🔧 Dive into the world of flange fittings with our latest comprehensive guide! 🌟 Whether you're in #construction, #manufacturing, or the #OilAndGas industry, understanding the different types of flange fittings is crucial for efficient system design and operation. This guide provides you with critical insights into flange types like Weld Neck, Slip-On, and Blind Flanges, each designed to meet specific application needs. We delve into materials like steel and stainless steel, ensuring you make informed decisions based on pressure, temperature, and corrosion resistance. With a focus on proper installation and maintenance, our guide helps you avoid common issues and maximize the longevity of your fittings. Plus, get answers to FAQs like choosing the right flange and preventing leaks. Equip yourself with the knowledge to enhance safety and performance in your projects. 📖 Read more about flange fittings here: [Comprehensive Guide to Flange Fittings]( https://bit.ly/4ercbQa) #FlangeFittings #EngineeringExcellence #PipingSystems #IndustrialSolutions #TechnicalExpertise

Everything on your tank project should come together strategically, and if you do this with the right partner, it can be a huge value-add. Take the half-pipe on this tank head, for example. In temperature control and heat distribution, every inch counts, so we welded half-pipe over the knuckle radius. What is more, aligning the butt welds makes it much easier for our customers to perform inspections and identify the source if there are any issues later in the life of the service vessel and tank head. We also placed inspection ports next to each butt joint, which enable 100% visual inspection of full-penetration welds and the back side of the butt welds. Get the most value from your tank projects with our half-pipe capabilities. Learn more at https://bit.ly/43Bc9ks.

#installflanges When installing the flange, you need to pay attention to the following steps: (1) Clean the flange: clean the flange, bolts, gaskets and other parts, and clean the residues at both ends of the pipeline. (2) Install the flange: Align the flange and the flange port, then pass the bolts through the flange and the pipe port and tighten them by hand. (3) Add gaskets: Add gaskets to the flange nuts, then tighten the nuts to the specified torque. (4) Fix the bolts: Pass the bolts through the holes of the flange and tighten them tightly with nuts. (5) Cross-tighten: Tighten the bolts step by step in a cross-order to ensure that the flange connection is evenly stressed. (6) Check the sealing: After the connection is completed, check the sealing performance of the flange connection to ensure that there is no leakage. Contact us if you want to know more: sales@bestar-pipe.com

"Catch the Flow: Installation Steps for #Ductile Iron Pipes" #Preparation: Check and clean the pipes and fittings. #Flange Installation: Install and secure flanges to the ends of the pipes. #Bracket Installation: Install brackets at necessary points to support the pipes. #Butt Joint Connection: Butt the pipes to the flanges and fasten them securely. #Sealing: Use sealing gaskets or filler material to ensure a tight seal at the connections. #Inspection: Check that the connections are secure and leak-free. #Recording: Record key parameters for future maintenance. #Cleanup: Clean the installation site to ensure safety and tidiness.

🔧 New Blog: A Guide to Different Types of Flange Facings 🔍 Flanges are crucial in connecting pipes, valves, and other equipment, but did you know that the type of flange facing plays a key role in creating a secure, leak-free connection? Our latest guide breaks down the different types of flange facings, their uses, tolerances, and inspection guidelines to help you choose the right one for your application. Whether it's Raised Face, Flat Face, or Ring-Type Joint, get all the insights you need to make the best choice for your piping systems. And remember, no matter the flange, Durlon has the right gasket for the job! Read more: https://buff.ly/4e7rltT

"Flanges: the mighty connectors that unite pipes and keep the flow going strong!" 1. Lap joint flange: This type of flange that is used in conjunction with a stub end. Lap joint flanges are commonly used in low-pressure systems or where there might be frequent dismantling required. 2. Reducing Flange: This type of flange is used when there is a need to connect pipes of different sizes. It has a larger flange size on one end and a smaller flange size on the other, allowing for a smooth transition between the two pipe sizes. 3. Long Weld Neck Flange: This flange has a long neck or extension, which provides reinforcement and helps in reducing stress concentrations. 4. Threaded Flange: As the name suggests, this flange has internal threads that allow it to be screwed onto a pipe with external threads. It provides a strong and secure connection and is often used in small-diameter piping systems.

Material Handling, Storage and Preservation As per SAES-L-350 Section 7 🌙 Pipe is not stored directly on the ground and is placed properly on mounds or sleepers. 🌙 Fittings and valves are stored in shipping crates or on racks off the ground. ⭐ End protectors on pipes, flanges, weld bevels, threads, and socket ends are firmly attached and free from damage. ⭐ Stainless steel materials are well protected against exposure to rain, elements and seawater splash during shipment and storage. 🌦 Coated pipe is handled at all times in a manner that prevents damage to the pipe walls, beveled ends, and to the coating (including internal coatings, if applied). #Qcinspectorpiping #QCinspectorwelding #CSWIP3.1