Seals- flanged - Import export

Body, cover and lever: cast iron Inner mechanism: brass Braid: PTFE Seal: flange O-ring made of Viton®. Optional PTFE seal (FAT_-PTFE)

Body, cover and lever: cast iron Inner mechanism: brass Braid: PTFE Suction: 3/4'' stainless steel pipe with 2” bung Seal: flange O-ring made of Viton®. Optional PTFE seal (FAT_-PTFE) Discharge pipe: stainless steel elbow fitting, 2 m NBR hose (conductor) fluid temperature <80°C Fitting: brass half-shells Manual delivery gun (version FAT ), automatic delivery gun (version FAT_A)

Body, cover and lever: cast iron Inner mechanism: brass Waterproofing: nitrile O-ring Seal: nitrile O-ring, NBR flange O-ring.

Stainless steel flanges are a crucial component in various piping systems, providing ease of assembly and strength in connecting pipes, valves, pumps, and other equipment. They serve as a plate for covering or closing the end of a pipe and are commonly used in plumbing, oil and gas, petrochemical, and food industries due to their durability and corrosion resistance. Types and Specifications Stainless steel flanges come in several types to suit different applications: Weld Neck Flanges: Designed to be welded to the pipe. Suitable for high-pressure applications. Slip-On Flanges: Easily slide over the pipe and are welded in place. Socket Weld Flanges: Used for smaller, high-pressure piping. Threaded Flanges: Attached without welding, ideal for low-pressure applications or pipes with a thin wall. Blind Flanges: Used to seal the end of piping systems or pressure vessel openings. Lap Joint Flanges: Used with stub end fittings for applications requiring frequent dismantling.

Body made of PP-GF, direct installation of the actuator without any additional adapter or screws, mechanical limit stops, manual override, position indivation, torque and force limiters, only sealing flange and disc in contact with medium, fix point mounting, 4 end switch adjustable, swing able 90° (180°), Power input up to 45W

We can do secondary processing on the tubing. Tubing ends: flanging, expanding, sealing the head, welding, ect. Tubing printing: scale and ring printing. Punch holes: rould hole, elliptical hole, through hole, single side hole, square hole, shaped hole. Tubing shaping: bending, different angles and shapes forming.

Material, version: 1. Sealing cap red Polyamide 66 thermoplastic. 2. Filler sieve black Polypropylene thermoplastic. 3 Flange electro zinc-plated steel. 4. Fastening screws electro zinc-plated steel. 5 Flange seal cork. 6. Chain brass.

We manufacture customer-specific molded parts made of rubber, silicone and elastomer composite parts in small and large series production according to your sample or drawing. Molded rubber parts are generally characterized by their good formability, chemical resistance, pressure and abrasion resistance and good electrical properties. We advise you in detail on the selection of the suitable material, with a view to the functional description, temperature resistance, chemical requirements, weather influences and resilience. Our molded parts are used in all industries, such as the automotive industry, medical technology, mechanical engineering and electronics industry. We offer customized parts: Protective covers for input devices, Rubber seals and rings, Grommets, flanges, bellows, Form Tubes, Rubber damper, PU molded parts (e.g. wheels and rollers) Combined rubber-metal parts / rubber-plastic parts, etc.

The Repico® SD – Slip type coupling two locks is designed to replace traditional pipe joining methods(welded, flanged, threaded etc.). Sealing against 10.7 bar (165psi) maximum and it has a progressive sealing. Max. angular deflection 5°. Completely made out of stainless steel 316. Green PTFE coated bolts. No special tools or skilled people are required to install the Repico® pipe couplings. Light weight appr. 30% in comparison with flanged connections. Quick to install (minutes). It requires limited space for installation, just a bit bigger than the pipe OD. Connects different materials. No transition couplings required, allows pipe section replacement. 60% noise reduction compared to rigid connections.

The modular GEMÜ 553 distribution valve comprises various globe valve modules. These can be equipped with manual or pneumatic operators. The downstream media is isolated using a PTFE seal. The valve spindle is sealed by a self-adjusting gland packing. This provides a low-maintenance and reliable valve spindle seal even after an extended period of operation. The wiper ring that is installed upstream of the gland packing also protects this against contamination and damage. The individual modules can be easily connected using screws. The seal on the connection flange and between the individual valve bodies has an FPM O-ring. Features: — Modular valve for distribution, mixing and collection applications — Freely extendable — Simple adaptation options — Diverse accessories — Simple integration of sensors — Outlets can be arranged in 90° steps — Compact design — Actuators can be easily replaced — Filters or separation of media can be easily integrated

Our selection of Sealing Gaskets includes a number of bespoke solutions across a wide range of materials, this includes materials such as Nitrile, Graphite & SBR just to name a few. We also keep a number of Rubber seals in stock to ensure a full selection, this includes O-Rings and rubber cording. Our gaskets are regularly used to seal off the flange of a pipe and come in two different types as standard, these being insertion and full face. Gaskets are available in a number of custom sizes to fit, as per your project requirements. Stocked in high quality rubbers and polymers, these can be affixed onto a pipe face to protect and seal simultaneously.

Inspection tank caps male threaded, in plastic material, complete with sealing gasket and fixing flange. We supply two different types of this product: Inspection cap for Ø 124 mm hole Inspection cap for Ø 215 mm hole We can also provide them equipped with safety chain. The inspection tank caps are generally used for canopies of power generators and on tanks of agricultural machines and industrial vehicles, spray dryer, water tanks and so on. We always guarantee quality and reliability of our product over time. We perform several strength and durability tests and tests for product quality control during the various processing phases. On request we can issue the relevant certificates in compliance with national and international regulations.

Splittable plastic and metal versions seal preassembled cables The splittable flange variants UNI Flange in plastic and UNI Flange HD (Heavy Duty) in metal have been well-designed by PFLITSCH as product solutions for use in harsh industrial environments to provide reliable cable entries for preassembled cables. A two-part frame manufactured from high-quality grey or black PA plastic or die-cast zinc can be inserted into standard 112 mm x 36 mm sheet metal cut-outs for 24-pin rectangular heavy-duty plug-in connectors and provides the cable entries with a reliable seal. Your advantages: Three integrated cable glands for over 100 different sealing inserts Cable cross sections from 2.0 mm to 20.5 mm Ingress protection rating IP 66 Superior strain relief values to EN 62444 class A Ambient temperatures of -20 °C to + 80 °C

For 90° cable entries and safe outlets from switchgear cabinets PFLITSCH UNI elbow solutions enable cables to be taken safely around corners up to 90°. These cable glands have an angled cable gland body made from die-cast zinc or PA plastic. Elbow cable glands achieve the same technical values as the UNI Dicht® standard models. The variants with a rotating coupling can direct the component leg in any direction 360° around the attached leg in order to achieve the best cable entry. PFLITSCH makes these as standard products in sizes M16 to M40 and Pg 9 to Pg 36. To feed cables at an angle into/out of switchgear cabinets or machine housings, PFLITSCH produces various short and long flanged elbows in die-cast zinc and PA plastic. They are screwed tightly on to the housing and can accept – depending on the version – cable glands in sizes M16 to M63 and Pg 9 to Pg 48. An inserted o-ring securely seals the flange to the housing.

For the conveying of gaseous materials. Gas-tight fans If the conveying medium of a fan must not be allowed to penetrate to the outside (e.g. gases that are harmful to health), our fans are equipped with a multi-chamber labyrinth seal on the shaft gland. Depending on requirements, the seals are provided with a sealing gas connection or a grease seal. Under certain circumstances the sealing gas can also be connected to the suction side of the fan. Naturally the flange connections are sealed accordingly and the fan housing is welded gas-tight and tested.

The Turcon® Variseal® HF is a single-acting axial/face sealing element comprised of a U-shaped Turcon® ring and a coiled metallic energizing spring. This design ensures gas-tight sealing even at low temperatures. It is resistant to most liquids and chemicals and has unlimited shelf life.

The Turcon® Variseal® HF is a single-acting axial/face sealing element comprised of a U-shaped Turcon® ring and a coiled metallic energizing spring. This design ensures gas-tight sealing even at low temperatures. It is resistant to most liquids and chemicals and has unlimited shelf life.

We manufacture various sizes of small glasses for a wide range of applications. They are mostly made of high-grade neutral glass (clear or amber), with soda glass as an alternative. The bottle necks can be made with a flanged rim for sealing with aluminium crimp caps as well as plastic or rubber septa. Threaded necks for most standard threaded caps are also possible. Our standard bottle volumes are 2 ml and 4 ml.

Anti-corrosion flexible one-sided self-adhesive butyl sealing strip, made of highly elastic, synthetic rubber (butyl) of soft rubber-like texture. It adheres reliably without heating. The butyl sealing strip is driven apart by the contact pressure, but due to its elasticity and plastic properties it penetrates into the smallest joints and unevenness and thus provides an optimum sealing. It can be drawn out to wafer-thin films by hand. Even high contact pressure level is not able to destroy the film. Non-ageing, UV-resistant, watertight, non-shrink, tight towards water vapour, seawater resistant. A sealant between metal, wood, plastics, organic glass and silicate glass with and among each other. It seals rivet and screw joints, flanged and folded connections. Sealing between metals prevents galvanic /electrolytical corrosion. Does not corrode Plexiglas, metal, wood, oil- and synthetic resin paints and does not contain any corroding ingredients.

The innovative SANHA installation system NiroTherm® combines high-quality NiroTherm® press fittings with a black sealing ring made from EPDM (=ethylene propylene diem rubber) and NiroTherm® stainless steel system tubes. The system is produced from the material 1.4301 (AISI 304). Due to the well-known corrosion resistance of stainless steel, NiroTherm® offers installers therefore a real alternative compared to conventional steels when it comes to closed systems in humid atmospheres such as screed. Since it needs considerably less isolation against humidity*, the installation is faster and labour costs accordingly lower. In addition to the system description, NiroTherm® system press fittings are marked on the outside with a red dot. * This does not affect thermal insulation necessitated by national energy efficiency laws. NiroTherm® system pipe, material no. 1.4301, reduced wall thickness, in 6 m lengths, for cooling, compressed air, heating and industrial applications

The piping system consists of high-grade NiroSan® press fittings with an EPDM (=ethylene propylene dien rubber) moulded sealing ring and NiroSan® stainless steel system pipes according to EN 10312. All NiroSan® press fittings are made from the premium stainless steel type 1.4404 / AISI 316L (for pressing components) and 1.4408 (for precision cast threaded stainless steel components). The material 1.4404 contains at least 2.3 % molybdenum, yet less carbon than the conventional type 1.4401. Thereby these materials are not only of equal value but in addition, material 1.4404 / 316L stands out on account of its considerably higher corrosion resistance. The NiroSan® press system and its components are certified in accordance with the rules and regulations of all important European certification bodies. High-pressure flange seal, asbestos-free, suitable for weld neck, threaded, press and loose flanges, max.

Flange-type per EN and ASME, flush-mounted separating diaphragm Type series DA1120 Features Flush-mounted separating diaphragm of stainless steel or special material Volume optimised diaphragm base Alternative with reinforced diaphragm in LTC technology (reduced temperature influence) Connection to Zone 0 System fillings for different applications Measuring device connection: directly welded, directly screwed, with temperature decoupler, with capillary Less features Options Material certificate acc. to EN 10204-3.1

GRP FRP Flanges form a rim that protrudes from the end of a pipe. They have several holes that allow two pipe flanges to be bolted together, with a connection formed between the two pipes. A gasket may be fitted between two flanges to improve the seal. Flanges available: DN 25 – DN 2500 in GRV and GRE Cylindrical or Conical Inner configuration Pressure ratings 3, 6, 10, 16, 20, 25 and 32 bar Stub Flanges by Resin Transfer Moulding offer an excellent competitive solution with very high and constant quality. The dimensions comply with the specified standards for each particular diameter and pressure class. Various internal diameters are available to match all types of pipe. Diameters are available from DN 25 mm to DN 2500 mm. Pressure ratings from 3 up to 40 bar. SMC Stub Flanges Standard resin is Vinylester Derakane 411 or equivalent. RTM Stub Flanges Epoxy resin, Derakane 470 or other resin on request.

Makro Teknik’s flanges are produced for maximum robustness, tightness and easiness of assembling at air ducts applications. Galvanised steel in line with TSE 820 standart is used at production. Non liquid, not frozen butyl mastic for tightness, is injected to suture where duct is placed. At design of 20-25 mm flanges additional measures are taken to seal. At flange diagram, it is shown connection types, air duct and flanges assembling methods at diagram according to DW 144 – EN 1507 standarts.