37 DEG FLARE FLANGE is a new range of flared flange products offering a low-cost alternative to tube fittings which previously required welding. No welding process required, it saves subsequent acid pickling, flaw detection and other procedures, and greatly shortens pipe cleaning time, makes construction easier and reduces labor costs; It is applicable to 16 140mm hydraulic pipelines, with a maximum working pressure up to 420bar; Products meet SAE J518/ISO6162, ISO6164 standards; No leakage has ever been found after being repeatedly used by the customers in many industries such as maritime engineering, maritime works, metallurgy, etc.
ISO 6164 square flange They meet all requirements of ISO 6164, we could offer VKA, VKAG, VKK, VKKG, VKW, VKKG, VKW, VKV, and details you could see as attached PDF. The pressure from 160bar to 400bar.
What is a blind flange A blind flange is a solid disc that is used to block a pipe or form a stop. Similar to a regular flange, a blind flange has mounting holes at the perimeter and gasket sealing rings machined into the mating surface. the blind flange has the face thickness of a flange, matching face type and a similar bolting pattern. Blind flanges are typically used to enclose the end of a pipe. They are also used for similar valve and pressure vessel openings. Because they are usually located at the end of a system, these flanges are usually among the highest stress flange types. tapped blind flange is only suitable for low-pressure systems where there is no thermal cycling that could cause thread loosening. Threaded pipe flanges are equipped with a tapered female thread into which the pipe can be screwed. tapped blind flange can be used in areas where thermal processing (welding, burning and grinding) is not desired. Flange Materials. Carbon Steel - ASTM/ASME SA-105, A-350 LF-2, LF-3, A694, SA-516-70 Stainless Steel - A-182 - F-304, 304L, 316, 316L, 309, 310, 317L, 321, 347, Alloy 20 In specifications of past decades, including B16.1 and other industry standard cast steel requirements, blind flanges typically contain a slight groove in the center portion of the convex face. This recess allows the pipe end to fit into the connection flange and allows a seal to be formed between this connection flange and the blind. Larger OD blind flanges have opted for a concave recess through the body of the shutter to create a disc-shaped head structure at the top of the flange. Because older cast iron specifications are relatively obsolete, these styles are not used to make most blind flanges. Instead, choose a modern blind flange with or without a hub. Fusion Fittings offers threaded pipe flanges in A105N, A105, SS316, SS304, and A20, high-yield nickel alloys
Stainless Steel Flanges Nickel Alloy 200 Flanges Monel 400 Flanges Inconel 600 Flanges Inconel 625 Flanges Incoloy 800 Flanges Incoloy 825 Flanges Titanium Gr2 Flanges Hastelloy C276 Flanges Duplex Steel 2205 Flanges Slip on Flanges, Plate Flanges, Ring Type Joint Flanges, Weld neck Flanges, Long weld Neck Flanges, Lap Joint Flanges, BLRF Flange, Spectacle Blind Flanges, Orifice Flanges, WNRF Flange, Forged Flanges, Blind Flanges, SORF Flange, RTJ Flanges, Threaded Flanges, Socket weld Flanges, Nipo Flange, Flat Flange, Nipolet Flanges, Spacer Ring Flanges
Style Available Flat face Raised face Tongue Groove or ring joint
We are one of the leading manufacturers and exporters of a wide range of Stainless Steel Bolts, which comprises Stud Bolts, Hex Bolts, Square Bolts, Eye Bolts, Anchor Bolts, T-Head Bolts, Structural Bolts, U-Bolts, J Bolts, Mushroom Head Suarez Neck Bolts, and Wing Screw Foundation Bolts. Manufactured as per specific requirements of our clients, our range is available with following specifications: Sizes: M12 to M150 & 1/2 to 6 Grades: IS (GR.8.8, 10.9, 12.9) BS (GR. R, S)
FORGED FLANGE
Dimensions: 600mm x 600mm | 600mm x 800mm Panel Thickness: 30 mm | 35 mm Top: Flat steel Bottom: Flat steel uniquely designed to form hemispherical reinforcing pockets Core: Lightweight proprietary cementitious mixture The cantilever edges of the panel are reduced and this unique product design enhances the technical performance of the system, reduces the risk of damage at site and aims to provide tremendous advantages to the user.Non-combustible Coated with Electrostatic Epoxy paint. top finsih Bare, HPL and PVC conductive. Under structure can be Corner Lock or Edge Support Rigid Grid System
The Flange Fittings are best suitable for high pressure application. We give utmost care to the quality and make sure that these bend pipe fittings are leak proof. We Deals in Code 61 and Code 62 Flanges which ranges from 3000 p.s.i to 6000 p.s.i .
Blind Flange Lockout BAN-F68M Item No: BAN-F68M Unit: Piece Material: PA66+ 33% Fiber + Steel Weight: 550g Color: Red Description: Device fully conceals flange bolts preventing access to the blind until all work has been completed Adjustable device provides a tight fit, adapting to multiple flanged pipe applications Recommended for use with nut diameter from 3/4in to 1-1/8in (19mm 28.7mm) Four lockout holes allow for multiple workers to lockout device at one time Durable aluminum and hardened steel construction withstands conditions indoors and out Blind Flange Lockouts BAN-F68L Item No: BAN-F68L Unit: Piece Material: PA66+ 33% Fiber + Steel Weight: 680g Color: Red
Stainless steel flanges connect with pipe and fittings to form a piping system that delivers air, water, natural gas, oil, and steam in plumbing applications and food and dairy processing. Flanges provide easy access for cleaning, inspection, and modification. Flange types including blind, butt weld, lap joint, slip-on, socket weld, and threaded, are available in a variety of sizes and shapes. Stainless steel is durable, resists corrosion from caustic chemicals, corrosive fluids, oils, and gases, and withstands pressure and high temperatures. Keywords: Welding Neck Flange,Blind Flange,Socket Weld Flange.Lapped Joint Flange,Slip-on Flange,Plate Flange Size: NPS from 1/2'' to 24'', CLASS from 150 to 2500 Standard: ANSI/ASME B 16.5, DIN, JIS, AWWA, API, ISO etc Material: Carbon Steel --- ASTM A105,ASTM A350 LF1,LF2,LF3,A36,ASTM A234 WPB;Stainless Steel --- ASTM A403 F304/304L, 316/316L,316Ti,321,317L,310S;Alloy Steel --- ASTM A234 WP1/5/9/11/12/22/91 Ends: Square Ends/Plain Ends (straight cut, saw cut, torch cut), Beveled/Threaded Ends
Roll forming your own TDC flanges with 16 forming stations on transverse duct ends during the manufacturing process has never been easier. The TDC flange, per Duct Construction Standard specifications, is formed on the machine started from decoiler, feeder, roll forming machine, cutting machine and stacking device automatically. The frame adopts full steel welding structure with enough hardness and rigidity. It also has been heated processed and highly frequently vibrated. Adopting floor boring-milling machine for guaranteeing the precision
Rollforming your own TDF flanges with 16 forming stations on transverse duct ends during the manufacturing process has never been easier. The TDF flange, per Duct Construction Standard specifications, is formed on the machine's right-hand, TDF Clip is formed on another side. The frame adopts full steel welding structure with enough hardness and rigidity. It also has been heated processed and highly frequently vibrated. Adopting floor boring-milling machine for guaranteeing the precision
A blind flange is a round plate which has all the corresponding bolt holes but no center hole, and because of this characteristic, this flange is used to close the ends of the piping systems and the openings of the pressure vessels. It also allows easy access to the interior of a line or vessel once it has been sealed and must be reopened. Blind Flanges are commonly used in petrochemicals, pipe engineering, utilities and water works. For best fitting of blind flanges we check for following : Outer Diameter of body Outer Diameter of body Straightness and alignment of the bolt hole Thickness of the Blind A Blind Flange has no bore, and is used to close ends of piping systems. A blind flange also permits easy access to a line ones it has been sealed.
Orifice flanges usually apply to measure the volumetric flow of liquids and gases through a pipe. Two orifice flanges are referred to as an orifice flange union. Each flange is equipped with two valves to measure the pressure drop of the flow through an orifice plate. The orifice plates do not come with the flanges and are dimensioned according to the requirements of the process. Two screws are used to spread the flanges to change the orifice plate. This flange is normally available in welded, sliding and threaded flanges. The orifice flanges generally have an elevated face. They are usually used for a general and mechanical engineering purpose and also for structural purpose. Orifice Flanges generally come with either Raised Faces or RTJ (Ring Type Joint) facings. They are, for all intensive purposes, the same as weld neck and slip on flanges with extra machining. We also make a set Orifice Flanges, where a Orifice Plate is mounted and a jack screw is machined. This jack screw is used to facilitate separating the flanges for inspection or replacement of the Orifice Plate and gaskets. The range of orifice flanges covers all standard sizes and ranges, and all common flange materials. Flanges are available in Welding Neck, Slip On, and Threaded form, and are typically supplied with two 1/2" NPT tappings in each flange.
Threaded pipe flanges are similar to threaded pipe flanges except that the threaded pipe flange bore has tapered threads. Threaded pipe flanges are used with pipes that have external threads. This type of connection is fast and simple but not suitable for high pressure and temperature applications. Threaded flanges are mainly used in utilities such as air and water. Its main merit is that it can be assembled without welding, explaining its use in low pressure services at ordinary atmospheric temperatures, and in highly explosive areas where welding creates a hazard. The benefit of these pipe flanges is that it can be attached without welding. The ASME B16.5 and ASME 16.47 pipe flanges and flange fittings standard covers pressure-temperature ratings, materials, dimensions, tolerances, marking, testing, and methods of designating openings for pipe flanges and flanged fittings. Threaded Flanges can be used in extremely high pressure services, thus proving impeccable working capacities. Our threaded flanges, threaded pipe flanges and stainless steel threaded flanges can be customized as per the client's requirement.
Long-necked flanges, also known as LWN flanges, are similar to the standard weld neck flanges but the neck is considerably longer. This type of flange is often used as a nozzle for a barrel or a column. They can be classified later as standard type, heavy gun type, variable body type and whole body type. These flanges are kind of exclusive for the reason of their uncomplicated connectivity with other pipes. Where standard weld neck flanges are used extensively for pipes, long weld neck flanges (often abbreviated to LWN) are used in high pressure and high (or fluctuating) temperature situations primarily in the oil and gas industry. The long neck guides the pipe into the flange itself and provides reinforcement that a standard weld neck flange cannot. This reinforcement is very important for safety in high pressure industrial, commercial and even residential systems. Uses of long-necked flanges are primarily on vessels where an elongated neck is required. Long-necked flanges (LWN) are primarily utilised on vessels where an elongated neck is required. This is considered a specialty flange because of the protruding neck or hub, which acts as a boring extension. The conical collar helps reduce the thickness of the steel and appears to be a pipe extension. LWN steel flanges are used primarily in the chemical and petroleum industries, as well as in commercial and residential buildings ASME 16.47 anf asme 16.5 series of long weld flanges are used exclusively for situations in high levels of stress and fluctuating temperatures.
A Large Diameter flange is a metal ring that is used to connect valves, pipes, pumps and other equipment that is necessary to form pipelines. The Large Diameter flange also allows people to have easy inspection, rapid modification, and easy and quick access to clean the pipes. The ASME/ANSI B16.47 Large Diameter Steel Flanges include NPS 26 through NPS 60. This standard covers pressure ratings, temperature ratings, materials, dimensions, tolerances, marking and testing for flanges of this size with rating class designations 150, 300, 600, 900, 1500 and 2500. The ASME/ANSI B16.47 Large Diameter Steel Flanges include NPS 26 through NPS 60. This standard covers pressure ratings, temperature ratings, materials, dimensions, tolerances, marking and testing for flanges of this size with rating class designations 150, 300, 600, 900, 1500 and 2500. The flanges are made in multiple ways. Some have lips, while others do not. Nearly every type of flange has a seal attached to it in order to preclude any type of leaks from the pipeline. Highborn creates a significant volume of large diameter flanges for the biggest jobs in the energy and industrial fields. We can create a variety of large diameter sizes and configurations, using numerous suitable materials of construction for every application.
Sliding pipe clamps. These pipe flanges slide on the pipe. They are made with an inside diameter slightly larger than the outside diameter of the pipe. These fasteners are connected to the pipe via a corner weld at the top and bottom of the flange. The weld neck flanges have a longer life than the slip-on flanges. The sliding flanges are all slightly larger than the O. D. of the pipe. They are preferred to weld neck flanges by many users because of their lower initial cost, but the final cost of installation is probably not much less than that of the weld neck flange due to the weld additional involved. Advantages of using Highborn Slip-On flanges are as follows: Low cost installation Less time needed to spent on ensuring the accuracy of the cut pipe They are somewhat easier to align The slip-on flanges have low hub because the pipe slips into the flange before welding The flange is welded both inside and outside to provide sufficient strength They prevent leakage They are preferred to weld neck flanges by many users because of their lower initial cost, but the final cost of installation is probably not much less than that of the weld neck flange due to the weld additional involved.
The lap joint flange has two components, one stub end, and loose backing flange. The end piece is welded end to end to the pipe and the support flange moves freely on the pipe. The support flange may be of different material from the stub material and normally of carbon steel to save cost. The cover flange is used when frequent disassembling is required, and space is limited. The flange of the lap joint is almost identical to a slip-on flange, except that it has a radius at the intersection of the bore and flange face. These flanges are nearly identical to a Slip On flange with the exception of a radius at the intersection of the flange face and the bore to accommodate the flanged portion of the Stub End. The lap joint flange is practically identical to a slip-on flange except it has a radius at the intersection of the bore and flange face. This radius is necessary to have the flange accommodate a lap joint stub end. Normally, a lap joint flange and a lap joint stub end are mated together is an assembly system. Sizes we make range from 1/2" to 64" (and much larger size according to customers' demands).
