Pressure vessels - Import export

The filter bag housings of FTJ are characterized by robustness, corrosion resistance and their practical design. The pressure vessels have an inlet and an outlet and are easy to operate.

The filter bag housings of FTJ are characterized by robustness, corrosion resistance and their practical design. The pressure vessels have an inlet and an outlet and are easy to operate.

The filter bag housings of FTJ are characterized by robustness, corrosion resistance and their practical design. The pressure vessels have an inlet and an outlet and are easy to operate.

The filter bag housings of FTJ are characterized by robustness, corrosion resistance and their practical design. The pressure vessels have an inlet and an outlet and are easy to operate.

The filter bag housings of FTJ are characterized by robustness, corrosion resistance and their practical design. The pressure vessels have an inlet and an outlet and are easy to operate.

High Pressure Cladded Vessel

As the NW 400 sight glasses required for the vessel were not standard, an exceptional 3.2 inspection needed to be carried out for them. FMS created a suitable testing fixture for this inspection and then successfully carried out a type examination together with the Technical Inspection Association (TÜV). Design/planning Preparation of pre-test documents for the TÜV Procurement of all materials Pressure and burst tests for the sight glasses Welding Mechanical engineering Surface treatment Fully assembly TÜV acceptance of the pressure and leak test (using SF6 gas) Documentation and acceptance

Busbar and circuit breaker vessel and containers in various designs Welding Full dimension check Mechanical engineering Pressure testing Leak testing with SF6 gas Documentation Acceptance

For example, pressure vessels in accordance with the category IV DGRL97/23 EG Design support according to technical welding requirements Procurement of all materials Welding Mechanical engineering Pressure/leak testing Non-destructive testing Surface treatment Documentation

We manufacture pressure vessels and process engineering apparatus from steel, stainless steel and aluminium. The design, manufacturing and acceptance comply with the common national and international regulations.

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.

In order to prove the quality of the fluid-carrying parts, all hoses, pipes, pressure vessels and other components are put under pressure until they burst. The process is precisely measured and documented in order to optimally design the components for specific applications.

Electrical pocess heaters from 0,5 kW up to 1000 kW including pressure vessel, according ASME, PED or TR-CU. Gas heaters for natural gas, seal gas, fuel gas, industrial gas applications, process gas. Liquid heaters for oil, water and any process liquids. ATEX, IECEx, TR-CU certificates. Operating temperature up to 1000°C Operating pressure up to 500 bar

Electrical flange type immersion heaters The range of immersion heaters type FHK offers an economic heating solution for process tanks, pressure vessels and similar plant. The standard heater consists of a number of rod elements TIG welded into a process flange. A robust terminal box protects the electrical connections. The number of elements fitted depends upon the media to be heated and the kilowatt rating required. Dependent on application, the heater can be provided with temperature control by contactor or thyristor.

EEx’e‘ certified immersion heater EEx e T1 – T6 ATEX The “FHK-Exe” type electric immersion heaters are EExe certified. These heaters are custom built to meet client specifications and suitable for use in zone 1 & 2 hazardous areas. The range of immersion heaters type FHK-Exe offers an economic heating solution for process tanks, pressure vessels and similar plant. The standard heater consists of a number of rod elements TIG welded into a process flange. A robust Ex’e’ terminal box protects the electrical connections. The number of elements fitted depends upon the media to be heated and the kilowatt rating required. Dependent on application, the heater can be provided with temperature control by contactor or thyristor.

Immersion heater ATEX II 2 G Ex d IIC T3 – T6 ATEX EN60079-0 und EN60079-1 The Exheat „RFA” range of flameproof rod-type immersion heaters is suitable for installation in process tanks, safety showers, engine sumps, pressure vessels and similar plant, located in zone 1 and 2 Hazardous Areas where flammable atmosphere is a group IIA, IIB or IIC gas. They are suitable for heating all process liquids or gases which are non-corrosive to the materials of construction.

CSN® explosionproof flow heaters are used for heating up flowing gases and liquids in hazardous areas. The devices consist of explosionproof flanged immersion heaters, which are installed in corresponding pipe or pressure vessel. Our products realize individual solutions for complicated technical process. Different heating systems for heating up liquids, nitrogen or other gases activate exact determinded processes in chemical factories. In close discussion with our customers problems will be defined and changed in technical optimale solutions. Our QualityManagementSystem ensures the high quality level of our customers. Further information about our CSN® Exflow heater

BORSIG offers comprehensive services for the power engineering, chemical and petrochemical industries as well as oil, gas and water supply. From our facilities Berlin, Gladbeck and Hamburg our exellently networked global team of engineers and technicians provide you with competent, fast and reliable support. We have decades of experience in planning, performing and implementing all kinds of assembly, manufacturing and service tasks. We rectify malfunctions and procure any required spare parts. We support you in the planning, delivery and installation of new components in your systems, modification, inspection and maintenance of existing components provided by us or third parties, and we also offer troubleshooting within the framework of a 24-hour standby service. Our services comprise: - Pressure vessels: Field service and repairs - Engineering - Boiler service - Piping - Workshop facilities for new production and overhaul of vessels

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.

Typical Fields of Application are in the chemical, petrochemical, railroad and shipbuilding industries, in the machine and industrial equipment construction. CSN® circulation heaters are manufactured in close coordination with our customers from a few watts to the megawatt range, a division in individual circuits is made according to customer’s requirements. Equipment for installation in hazardous areas we produce in protection class „Ex d“, „Ex de“, „Ex e“. On request, CSN® circulation heaters are supplied with optimized process controls. Please contact us to talk about the most appropriate control system. Schniewindt is certified by the Lloyd’s Register to produce equipment according to the Pressure Vessel Directive 2014/68/EU and a certificate from TÜV (Technical Monitoring Agency) certifies that we meet the prerequisites for welding procedures according to AD 2000 Merkblatt HP 0 / DIN EN 7293.

miromatic – The modular process technology offers individual solutions for optimising system and process performance with the objective of increasing the efficiency of the production line, preserving productivity and reducing the environmental burden. The process technology division also plans, designs and manufactures the following process engineering solutions in the foodstuffs industry: Customer-specific valve clusters Sterile air modules Pressure vessel construction per the pressure equipment directive Cooling and heating systems Continuous mixing devices (KME) Scraping heat exchangers (SWT) Thermal product treatment Servicing / system overhauls

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.

Mobile, compact and multifunctional. Whether as manual spraying equipment or as compact solution for experiments. The compact pressure vessels with up to 18 litres useful volume are suitable for all tasks. The particularly easy handling makes these containers a popular entry-level solution. By using proven components, the spray unit is perfectly suited for long-term use. The pressure tanks with a self-developed circulation system are also suitable for spraying lubricants or coatings with solid content. For particularly easy transport, all pressure vessels can be equipped with a chassis.

Mobile, compact and multifunctional. Whether as manual spraying equipment or as compact solution for experiments. The compact pressure vessels with up to 18 litres useful volume are suitable for all tasks. The particularly easy handling makes these containers a popular entry-level solution.

Mobile, compact and multifunctional. Whether as manual spraying equipment or as compact solution for experiments. The compact pressure vessels with up to 18 litres useful volume are suitable for all tasks. The particularly easy handling makes these containers a popular entry-level solution. By using proven components, the spray unit is perfectly suited for long-term use. The pressure tanks are suitable for spraying all commercially available lubricants without solid content.