Nuclear power - Import export

KB Schmiedetechnik GmbH in Western Germany has decade long experiences in the production of forgings for the energy market. Examples: •Forgings for nuclear power plants and hydrogen technology •Forged valve parts for nuclear and hydrogen applications •Forges components for nuclear fission and fusion reactors •Non-standard flanges and fittings of stainless steel like 316L or duplex •Special materials resistant against neutron or hydrogen embrittlement •Acid-resistant forgings for molten salt applications like fluid reactors or solar thermal power plants. In addition to this KB hold 5 certifications for the international maritime industry: •American Bureau of Shipping (ABS) •Bureau Veritas Marine & Offshore (BV) •Det Norske Veritas (DNV) •Lloyds Register (LR) •Nippon Kaiji Kyōkai (ClassNK) Examples are forged parts for industrial valves, boiler and pipeline construction. This includes various valve components, pipe connecting elements and special flanges.

We have experience in various fields such as real estate, transportation, resource environment, disaster and disaster, semiconductor, and nuclear power based on spatial information, and we are also investing continuously in the field of developing and providing spatial information solutions based on Excel. We are trying to become a place where people who dream of the future gather and make it together rather than going fast. This will also be a fast way to increase customer value.

A pressure vessel is defined as a container with a pressure differential between inside and outside. The inside pressure is usually higher than the outside, except for some isolated situations. The fluid inside the vessel may undergo a change in state as in the case of steam boilers, or may combine with other reagents as in the case of a chemical reactor. Pressure vessels often have a combination of high pressures together with high temperatures, and in some cases flammable fluids or highly radioactive materials. Pressure vessels are used in a number of industries; for example, the power generation industry for fossil and nuclear power, the petrochemical industry for storing and processing crude petroleum oil in tank farms as well as storing gasoline in service stations, and the chemical industry (in chemical reactors) to name but a few.

Diamond dry core bits have been specially developed for drilling in reinforced and non-reinforced concrete. Our experts know what is important when it comes to dry drilling, whether for special projects such as the dismantling of nuclear power plants or for conventional construction sites. Tyrolit diamond dry core bits are designed to work with Tyrolit machines. We offer the first commercial dry drilling system that makes drilling in reinforced concrete simple and economical. Thanks to drill motors and dry core bits with TGD® technology, you can drill efficiently and without deformation. . Durable, laser-welded segments . Large selection of effective lengths and diameters . Short dimensions for hand-held drilling They impress with their fast cutting performance, smooth running and durability. Tyrolit diamond dry core bits are available in three quality levels: BASIC, STANDARD and Premium for maximum service life in professional use.

In order to be able to meet the individual requirements of our customers, we offer various types of spiral wound gaskets: For example, you can choose between standard versions with a smooth surface and various special models. All articles are based on a stainless steel strip and high-quality filling materials such as graphite and PTFE, which underlines the excellent quality standard. The spiral wound gaskets of billi are characterized by a constant elasticity during hot-cold cycles. Classical applications in the chemical industry include all types of gas lines, directional valves and pumps. Furthermore, spiral wound gaskets are the optimal solutions for pressure vessel openings in steam systems as well as low and high pressure in nuclear power plants. For the best possible functionality of spiral wound gaskets, the careful considered choice of model is of central importance: the versions with centering ring, for example, assures an ideal fit between the bolts.

Formula: He General Description: monoatomic, non-toxic, chemically inert gas, odorless, colorless and tasteless Gas purity and content of its controlled impurities(vol.%, ppmv) Brand 4.0 99,99% Brand 4.5 99,995% Brand 5.0 99,999% Brand 6.0 99,9999% Areas of use: Metallurgy - as an inert shielding gas for smelting pure metals; Welding industry - as an inert medium in arc welding; Food industry - as a packaging gas for food preservation; For gas-filled aircraft and weather probes and balloons in the entertainment industry; Breathing mixtures for deep-sea diving; Advertising - for filling gas discharge tubes; Nuclear power - as a coolant; Gas chromatography; Helium-neon lasers. Brand 4.0 Helium (He) 99.99% Neon Ne ⩽90.0 ppmv Nitrogen N2 ⩽20.0 ppmv Oxygen + Argon O₂+Ar ⩽6.0 ppmv Hydrogen H2 ⩽25.0 ppmv Amount of hydrocarbons ΣCₙHₘ ⩽5.0 ppmv Carbon monoxide + Carbon dioxide CO+CO₂ ⩽10.0 ppmv Moisture H2O ⩽20.0 ppmv

Produced in Italy by NLMK Verona, which is become an undisputed producer of high quality forged blocks and bars, the ingots are available in a wide range of grades: •Case hardening steel •Heat treatable steel •Creep resistance steel •Martensitic stainless steel •Ball and roller bearing steel •Tool steel •Micro alloy steel •Nitriding steel •Tough at subzero steel •Pressure Vessel steel Applications : Oil & gas, wind power generation, shipbuilding, heavy engineering, nuclear power, automotive, etc. Category Case hardening steel Heat treatable steel Creap resistance steel Martensitic stainless steel Ball and roller bearing steel Tool steel Micro alloy steel Nitriding steel Tought at subzero steel Pressure vessel steel

Forged components for nuclear reactors, boiler systems, piping Valves are pivotal in various industrial contexts. Forged parts designed for nuclear reactors, boiler assemblies, pipeline construction, and safety valves are crucial elements in various industrial applications. Safety valves, typically pressure relief valves, stand out as paramount safety features within most systems. Their primary function is to safeguard pressurized vessels like steam boilers, reactor vessels, and pipelines from potentially hazardous pressure surges. In the event, that pressure exceeds safe limits, these valves release trapped gases, vapors, or liquids either into the atmosphere or into designated manifold systems. The West German drop forge KB Schmiedetechnik GmbH in Hagen (NRW) boasts decades of proficiency in crafting drop-forged components tailored for pressure applications compliant with the Pressure Equipment Directive (PED) and for nuclear facilities adhering to KTA, AVSD, and RCCM standards.

pressure equipment: valves, boiler systems, piping PED 2014/68/EU, AD 2000-W0, ASME/ASTM, CNIM, Alstom, MHPS nuclear power/ atomic energy and plant construction KTA3201.1, KTA1401, AVS D 100/50, Siemens, EDF/Areva/RCC-M naval architecture/ shipbuilding and offshore/ ocean engineering American Bureau of Shipping (ABS) Bureau Veritas (BV) Det Norske Veritas (DNV) Lloyds Register (LR) Nippon Kaiji Kyokai (ClassNK)

KB Schmiedetechnik GmbH is a drop forge in West Germany, located between the historic “blade & metal region” Solingen-Remscheid-Wuppertal and the “Borussia soccer city” Dortmund, specialized in small series production of safety-relevant closed die forgings from 200g to 130Kg unit weight of all steel grades and alloys according to following certifications and standards: pressure equipment: valves, boiler systems, piping PED 97/23/EG, AD 2000-W0, ASME/ASTM, CNIM, Alstom, MHPS nuclear power/ atomic energy and plant construction KTA3201.1, KTA1401, AVS D 100/50, Siemens, EDF/Areva/RCC-M naval architecture/ shipbuilding and offshore/ ocean engineering, certified by •American Bureau of Shipping (ABS) •Bureau Veritas (BV) •Det Norske Veritas (DNV) •Lloyds Register (LR) •Nippon KaijiKyōkai (ClassNK) Examples: components and equipment like brackets, holders, chain links, hoists, lifting hooks, fasteners, pressure-bearing parts like valve bodies, pipe connections, and more.

Drop-forgings of carbon and alloyed steel, nickel, duplex, titanium and superalloys like Monel® or Hastelloy®, Inconel®, Incoloy® for pressurized components like forged valves or valve parts like bodies and yokes or bonnets, flanges for boiler systems, fittings for piping, non-corroding parts for shipbuilding, marine technology, slings and lifting gear, hooks, eyebolts, nuts, chain links, military vehicles, transportation and defense. Every nut, bolt, and screw - forgings for harsh environments: forged valve bodies, bonnets, yokes and flanges, pipe connections, pressure applications like boiler parts, hoists, chain links, eyebolts, hydraulic components, corrosion and acid-resistant parts for chemical and fertilizer industries, as well as shipbuilding and drill equipment. Pressure equipment and nuclear power (valves, boilers, piping): PED 2014/68/EU, AD 2000-W0, ASME/ASTM, KTA, RCC-M Shipbuilding and maritime industry ABS, BV Marine & Offshore, DNV, LR Shipping, ClassNK

Made-to-Measure protecting tarpaulin. Antistatic.

Superior Tube has a long history of supplying high quality metal tubing to the nuclear power industry going right back to its inception after World War II. It’s an area where strict compliance and integrity are absolutely critical. We have a track record of developing new solutions and helping the nuclear energy sector to advance. Our tubes are deployed in the cores of nuclear reactors, where they must endure in an extremely demanding environment for the entire life cycle of each reactor. Control rod and cladding tubing are critical safety components, as they are responsible for controlling the nuclear reaction and energy output within the core. Superior currently produces control rod tubing from 1.0” in outside diameter down to around .250” OD. If you have demand of products within or outside of this range, please contact us so we can provide a solution. Please note that we have a minimum order value of £10,000.

Since the earliest days of the nuclear power, Superior Tube has been manufacturing high quality metal seal tubing and O-ring seals for use in reactors. For the safe running of nuclear generators, compliance with order specifications and the integrity of the metal parts are of critical importance. They have to last from the day the reactor is commissioned until the end of its life cycle, surviving extremes of heat and nuclear radiation. Today, O-ring and seal tubing components from Superior Tube are deployed in reactor cores across the world. Because of our track record delivering the highest quality O-rings and seal tubes, we have also been able to work with the nuclear industry to develop new solutions and help advance the technology. Please note that we have a minimum order value of £10,000.

Heat exchangers – used to cool, heat or reheat fluids, gases and air – are an area that Superior Tube specializes in. We offer a range of products specifically meeting the demands of companies fabricating shell and tube heat exchangers. Our heat exchanger tubes are used in a wide range of industries such as chemical processing, hydrocarbon processing and oil refining, alternative energy, nuclear power generation and aerospace. The stainless steel and nickel alloys we manufacture are high strength, corrosive resistant alloys that maintain optimum performance in extreme conditions. Superior Tube heat exchanger products can be purchased as seamless, welded or welded and drawn tubes in a multitude of sizes ranging from 0.010” OD to 1.500” OD with wall thickness as light as .003” Please note that we have a minimum order value of £10,000.

Major players in both the aerospace and nuclear power industries rely on Superior Tube for precision tubing to protect their control systems and instrumentation. Meanwhile, control and measuring devices critical to the safe functioning of nuclear reactors also require our high quality tubes. Within reactor cores, our instrumentation and control tubing encases equipment for monitoring various factors such as pressure, temperature, density differences and fuel burn up rates. It’s an extremely demanding environment where durability and reliability are absolutely critical. Superior Tube supplies instrumentation tubing in straight and coiled tube forms. The most common materials used are special grades of stainless steel and nickel alloys. Superior currently produces instrumentation tubing from up to 1.5” in outside diameter down to less than .020” OD. Please note that we have a minimum order value of £10,000.

Corrosion testing requires the realistic simulation of the process environment. These environments often include HPHT (high pressure high temperature) conditions. Thanks to our proprietary designs and the use of high-performance materials our industry leading HPHT corrosion testing autoclaves are suitable for the most challenging corrosion testing applications. We have worked jointly with customers from various industries such as upstream and downstream oil & gas, petrochemicals, steel, nuclear and conventional power generation, inspection, certification and testing to design, engineer and manufacture customized corrosion testing solutions for their individual applications.

Due to the recent events in Japan (the explosions at the Nuclear Power Station) these devices are required now more than ever! Description of "SOEKS" Personal Digital

Economic and safe: Hydraulic bolt tensioning systems Single clamps or small clamps for opening and closing reactor pressure vessels or other primary circuit components As a specialist for the design, construction, supply and maintenance of highly automated bolt tensioning systems, we offer our customers demand-oriented solutions for opening and closing pressurized and boiling water reactors as well as other primary and secondary circuit components in nuclear power plants. Our range of services includes single and multiple bolt tensioning devices, bolt turning and handling systems, bolt and blind hole cleaning systems. Siempelkamp bolt tensioning machines reduce your operating sequences for opening and closing to less than 50 % compared to conventional methods

POITTEMILL and FORPLEX supply complete grinding and lumpbreaking installations for the Energy and Nuclear industries. In order to respect the strict security rulings in these sectors, POITTEMILL and FORPLEX have developed confined systems which allow for easy, accessible cleaning and dismantling in all types of conditions. Close customer collaboration has led to the conception of machines that correspond precisely to the needs and expectations of the nuclear industry.

Nuclear fusion; the process that powers the Sun, releases energy by means of the fusing of two hydrogen atoms to form one helium atom. Adopting this process on Earth, as part of a next generation power station,1Kg of fusion fuel has the potential to provide the equivalent energy to 10 million Kg of fossil fuel, cleanly and from a potentially limitless fuel. Nuclear fusion reactions require the formation of a plasma of fuel, which can be achieved at temperatures over 100 million degrees. Sustaining this extremely thin and fragile plasma requires a sophisticated magnetic confinement system, which prevents contamination and cooling by the material surfaces. This is where Tesla come in. Tesla is supporting and enabling this international research effort, through the specialist supply of the critical magnetic confinement components for fusion experiments around the World, including: ITER MAST-U Tokamak W7X Stellarator JT-60SA ** Click for more **

Calcium sulfonate greases are commonly used in automotive, agriculture, construction, mining, paper production, iron and steel mills and the food industry. Specific automotive applications include chassis, ball joints, universal joints and wheel bearings. Industrial applications include continuous casters, conveyors, ball mills, crushers, offshore and underwater applications. Calcium sulfonate greases are also used in motorized steam valves to control high pressure steam. These steam valves are typically found in nuclear power plants and thermal manufacturing stations. It is also known that the calcite particles found in calcium sulfonate greases make them a good choice for high temperature applications. Calcium sulfonate greases are generally beneficial in rust-inhibiting performance and oxidation stability is considered good or excellent. Rust inhibitors are surfactants that neutralize acids on the metal surface.