Steel flange - Import export

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.

CNC turn-milling compound machining flange

These flanges are used for construction.

High polish stainless steel flanges are not just functional components in piping systems; they also offer a visually appealing finish that is smooth and reflective. This high polish, often achieved through a process called electropolishing, provides several benefits: Electropolishing Process. Electropolishing is an electrochemical process that removes a thin layer of material from the stainless steel surface, resulting in a smooth and mirror-like finish. This process can also improve the corrosion resistance of the stainless steel by removing surface imperfections where corrosive agents could potentially take hold. Advantages of High Polish Finish Improved Corrosion Resistance: The smoother surface reduces the number of crevices where corrosion could start, thus enhancing the flange’s longevity. Easy Cleaning: High polish surfaces are easier to clean and sanitize, which is particularly beneficial in industries like food processing and pharmaceuticals.

Stainless steel float hollow balls - with slotted seat for flat rod of the PVA PEKI float valve series. The use of different sizes, shapes and materials optimises the use of the PVA float valves in many applications. From the space-saving compact float made of high-quality HDPE plastic to the elaborate stainless steel float like this one with individual fastening options, we can offer the right solution for almost every application.

Flanged valve with stainless steel body for normal and aggressive media. Installation length and flange pattern according to DIN and ANSI.Flanges acc. to DIN EN 10921 Length acc. to DIN EN 5581 series 1 Limit switch Pilot valve Manual override . . . Piston actuator of Brass (chrome plated) Stainless steel Polymer Stainless steel diaphragm actuator Low temperature version Pressure balanced version Degreased version, Silicon or PTFEfree version …

We are experts in deep-drawn parts made of stainless steel, deep-drawn parts made of aluminium and other non-ferrous metals (including brass, copper and nickel silver). To produce your perfect component, we also have the option of using carbon steel, special nickel alloys (e.g. Inconel®), but also soft magnetic materials. Each material has specific properties that need to be taken into account in the forming process. We manufacture deep-drawn parts with a diameter of 2 to 80 mm and a length of up to 120 mm. We process material thicknesses from 0.05 to 2.50 mm.Pharmaceutical and medical technology, industry, consumer and automotive: we are primarily active in these fast-growing sectors. We are not only specialists in deep drawing, but also know the industrial requirements and process chains. Depending on your requirements, we complement deep-drawing with numerous secondary finishing processes up to fully automated assembly systems.

Stainless steel floats as individual level sensors for float switches as ball floats, jacketed floats or in cylindrical form. The areas of application are for high temperatures / for highly aggressive media / for high pressures / for explosive media as level measurement and buoyancy bodies.

— steel housing, aluminium flange — other ratios, output shafts and connections on request

— steel housing, aluminium flange — other ratios, output shafts and connections on request

— steel housing, aluminium flange — other ratios, output shafts and connections on request

— steel housing, aluminium flange — other ratios, output shafts and connections on request

— steel housing, aluminium flange — other ratios, output shafts and connections on request

Pneumatic control valve in flange design. The integrated positioner Type 8049 offers a compact design. All wetted parts are made of stainless steel. Flanges acc. DIN EN 10921 Flanges acc. ANSI #150 Digital positioner type 8049 Pneumatic and electropneumatic positioner type 8047 Positioner with integrated process controller type 8049 IPC Positioner type 8047 and type 8049 also in explosionproof version Piston actuator of Brass (chrome plated) Stainless steel Polymer Stainless steel diaphragm actuator Low temperature version Pressure balanced version Degreased version, Silicon or PTFEfree version …

Pneumatic control valve with angle seat design. The angle seat design offers a high flow capacity, the flange connection an easy installation. The integrated digital or analogue positioner is coming along with a very compact design. All wetted parts are made from stainless steel. Flange acc. to DIN EN 10921 Flange acc. to ANSI #150, ANSI#300 Digital positioner type 8049 Pneumatic and electropneumatic positioner type 8047 Positioner with integrated process controller type 8049 IPC Positioner type 8047 and type 8049 also in explosionproof versionPiston actuator of Brass (chrome plated) Stainless steel Polymer Stainless steel diaphragm actuator Low temperature version Pressure balanced version Degreased version, Silicon or PTFEfree version …

The stainless steel probe LMK 382 has been designed for continous level measurement in waste water, waste and higher viscosity media. Basic element is a robust and high overpressure capable capacitive ceramic sensor e.g. for low levels easily. Features: — nominal pressure: 0 ... 40 cmH2O up to 0 ... 200 mH2O — accuracy: 0.35 % (opt. 0.25 %) FSO — diameter 39.5 mm — especially for sewage, viscous and pasty media Optional Features: — IS-version Ex ia = intrinsically safe for gas and dust — mounting with stainless steel pipe — flange version — diaphragm pure ceramic (99.9 % AI2O3) — different kinds of cables — different kinds of elastomers

The LMK 458 has been developed for measuring level in service and storage tanks and is as a consequence certificated for shipbuilding and offshore applications. A permissible operating temperature of up to 125 °C and the possibility to use the device in intrinsic safe areas enable to measure the pressure of various fluids under extreme conditions. The basis for the LMK 458 is a capacitive ceramic sensor element designed by BD\SENSORS, which offers a high overload resistance and medium compatibility. Features: — nominal pressure: 0 ... 40 cmH2O up to 0 ... 200 mH2O — accuracy: 0.35 % (opt. 0.1 %) FSO — diameter 39.5 mm — high overpressure capability — high long term stability — shipping approvals: ABS, BV, CCS, DNV, GL, LR Optional Features: — IS-version — diaphragm pure ceramic (99.9% AI2O3) — different housing materials (stainless steel, CuNiFe) — screw-in and flange version — accessoires

Description: Nut to be used in conjunction with a hammer head screw Measures: M6 / M8 Material: Zinc plated steel / stainless steel

Glass tube level indicator for operating pressures up to 25 bar. Made of high Quality stainless steel 1.4571 (AISI316Ti) with flange or male threaded connection. Application: For visual observation of fluid levels in vessels, boilers and silos.

Designed to be used as filler ports for hydraulic reservoirs, allowing the reservoir to breathe whilst protecting it from contamination found in harsh environments; ideal for applications in which space is limited Features ▪ Cap diameter of Ø70 mm / Ø2.76 in ▪ Screw-in version, equipped with male BSP thread (ISO 228) or male NPT thread (ANSI B1.20.1) ▪ Bayonet version with a six-hole bolt pattern for flange interfaces similar to DIN 24557, part 2 Materials ▪ Body and cap made of glass-fibre reinforced Polyamide (PA) ▪ Socket made of Steel, zinc-plated ▪ Bayonet flange made of Steel, zinc-plated ▪ Basket made of Steel, zinc-plated or Polyamide (PA) ▪ Sealings made of NBR (Buna-N®) Consult STAUFF for alternative materials. Technical Data ▪ Operating temperature range: -40 °C ... +120 °C / -40 °F ... +248 °F ▪ Mounting set including bayonet flange, steel or plastic basket (800 μm), gaskets and bolts ▪ Metal basket ▪ Plastic basket ▪ Pressurisation up to 0,7 bar / 10 PSI ▪ Air...

Designed to be used as filler ports for hydraulic reservoirs, allowing the reservoir to breathe whilst protecting it from contamination found in harsh environments Types ▪ SMBT-47 (Screw-in version; Cap Ø 47 mm / 1.85 in) ▪ SMBB-47 (Bayonet version; Cap Ø 47 mm / 1.85 in) ▪ SMBT-80 (Screw-in version; Cap Ø 80 mm / 3.15 in) ▪ SMBB-80 (Bayonet version; Cap Ø 80 mm / 3.15 in) ▪ SMBP-80 (Push-on version; Cap Ø 80 mm / 3.15 in) Materials ▪ Breather cap made of Steel, zinc/nickel-plated (Fe/Zn Ni 6) and free of hexavalent chromium CrVI (standard option); chrome-plated and epoxy-coated versions available ▪ Bayonet flange made of Steel, zinc-plated ▪ Basket made of Steel, zinc-plated or Polyamide (PA) ▪ Dipstick adaptor made of Polyamide (PA) ▪ Sealings made of Cork (for filler breathers without pressurisation) or NBR (Buna-N®) (for pressurised filler breathers) ▪ Metal basket ▪ Plastic basket ▪ Pressurisation up to 0,7 bar / 10 PSI ▪ Air filter element ▪ Locking feature ▪ Dipstick...

Installation piece for clean drinking water

Use this temporary anchorage device as a mobile anchor solution. In just a few seconds, the brass clamps of this anchor, which to a large part is manufactured from aluminium, can be clamped to a steel girder. This device, which only weighs 1.85 kg, protects 1 individual from falling. EN 795:2012, B Simply clamped to a steel girder Flange width: 100 - 330 mm Flange depth: max. 33 mm

When installed on a steel girder (flange depth 6-26 mm) and accordingly countered, this stainless steel anchor offers workers at heights a freely rotating anchorage eyelet. Simply insert the anchorage point, which is suitable for all directions of load, through a pre-drilled hole and counter using the nut supplied. National technical approval ("abZ"): Z-14.9-688 (pls. observe the installation instructions provided in the "abZ") EN 795:2012, A + CEN/TS 16415:2013 EN 50308:2004 (max. 2 persons) GL-certified 360° rotating eyelet Installation materials included Not suitable for recurrent abseiling usage when installed overhead!

This stainless steel anchorage point - designed to protect 3 individuals from falling - is simply clamped onto the flange of a steel girder without penetrating the surface. It is suitable for all directions of load, can be installed overhead or used as an intermediate bracket in a lifeline system. EN 795:2012, B & DIN CEN/TS 16415:2013 (ABS-Lock T) EN 795:2012, B & DIN CEN/TS 16415:2017 (ABS-Lock T-Max) Simply clamp the device onto a steel girder Flange width: 80-320 mm Flange depth: 8-16 mm Optional: ABS-Lock T-Max for extra-large steel girders (flange width: 270-1370 mm / flange depth: 5-30 mm)

Compression Proof and Form Stable Biaxial expanded Joint Sealant Characteristics No change in width at compression Excellent on slim or restricted flange area Technical parameters pH 2 - 12 Temperature: t = -200 … +280 °C Pressure: p = Vacuum … 200 bar Density: 0,95 g/cm 3 Main application Larger flanges and vessels Glaslined flanges Agitators Heat exchangers Form of delivery 10 mtr / roll Other length and dimension on request Suitable for Pharmaceutical industry Food industry Approvals FDA21 CFR 177.1550 (PTFE), FDA21 CFR 170.105 (adhesive) EG 1935:2004 EU 10/2011 FDA Installation Instructions Connect the ends with an angle cut Maximum uneveness of flange: 1/3 of seal tape’s thickness Dimensions thickness (mm) Recommended for Steel Flanges width according DIN 2690 (NW) Surface pressure/ resulting thickness in 10 N/mm2 Surface pressure/ resulting thickness in 20 N/mm2 Surface pressure/ resulting thickness in 30 N/mm2 Surface pressure/ resulting thickness in 40 N/mm2 2 ≤...