Process engineering - Import export

The sliding gate valve type 8040 in the long design is universally applicable for neutral and aggressive media in the chemical industry, process engineering and plant construction. This sliding gate valve with its small stroke achieves a very high switching capacity with extremely short switching times.

The sliding gate valve type 8040 in reinforced design and long construction is universally applicable for neutral and aggressive media in the chemical industry, process engineering and plant construction. This sliding gate valve with its small stroke achieves a very high switching capacity with extremely short switching times.

The self operated pressure regulator Type 8011 in a reinforced version with closed spring cover in the form of a pressure reducing valve (downstream pressure regulator) or an excess flow valve (upstream pressure regulator) is used in a wide range of process engineering control tasks. Media such as steam, liquids, gases, etc. can be excellently controlled without auxiliary energy.

The self operated pressure regulator type 8011 with closed spring cover in the form of a pressure reducing valve (downstream pressure regulator) or an excess flow valve (upstream pressure regulator) is used in a wide range of process engineering control tasks. Media such as steam, liquids, gases, etc. can be excellently controlled without auxiliary energy.

This compact motor valve is used in a wide range of process engineering control tasks. It is particularly characterised by its very short design. Most media such as steam, fluids, gases, etc. can be excellently controlled with it. This inexpensive version represents a real alternative to pneumatic actuators. Position electronics Analog stroke feedback Limit switch Fail safe feature . . .

The sliding gate valve type 8041 in the short design is universally applicable for neutral and aggressive media in the chemical industry, process engineering and plant design. This sliding gate valve with its small stroke achieves a very high cycle capacity combined with extremely fast cycle times. Metal bellows Limit switch Pilot valve Stroke limitation . . .

The sliding gate control valve type 8043 in a reinforced version and long design with piston actuator and integrated positioner is due to its compact design universally applicable for neutral and aggressive media in the chemical industry, process engineering and plant design. Due to the direct and backlashfree installation of the positioner on that piston actuator, these valves have no exposed moving parts and are characterized by a high control quality and control dynamics. Digital positioner type 8049 Electropneumatic positioner type 8047 Pneumatic positioner Positioner with integrated process controller Metal bellows Limit switch Position feedback Pilot valve . . .

In many aspects of process engineering, separators are used for mechanical separation and clarification of mixtures comprising solids and liquids. A separator is liquid-oriented and works with a higher rotation speed than a decanter. As a result, the generated centrifugal acceleration (g number) of a separator is significantly more powerful than in decanter centrifuges. Flottweg separators are suitable for separating ultrafine solid particles from a liquid (clarifier separator). Furthermore, Flottweg separators are suitable for separating mixtures of liquids with different densities at the same time as separating a solid (purifier). Flottweg AC separators (Automatic Cleaning) can be used in a wide range of applications, and are also available in various configurations. — Beverage and brewing industry — Starch industry — Chemicals and biotechnology — Extracting and processing fats and oils

The sliding gate control valve type 8043 in long design with piston actuator and integrated positioner is due to its compact design universally applicable for neutral and aggressive media in the chemical industry, process engineering and plant construction. Due to the direct and backlashfree installation of the positioner on that piston actuator, these valves have no exposed moving parts and are characterized by a high control quality and control dynamics. 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 Metal bellows Limit switch Position feedback Pilot valve . . .

The sliding gate control valve type 8044 in short design with piston actuator and integrated positioner is due to its compact design universally applicable for neutral and aggressive media in the chemical industry, process engineering and plant design. Due to the direct and backlashfree installation of the positioner on that piston actuator, these valves have no exposed moving parts and are characterized by a high control quality and control dynamics. 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 Limit switch Position feedback Pilot valve . . .

Flottweg Technology serves over 1000 applications worldwide. Each of these engineering processes are as individual as our Z series decanter centrifuges. From the food to the pharmaceutical industry to the processing of by-products - so specific, individual and optimized, our Z series can meet many challenges with flying colors. Hygienic design, for our customers where cleanliness matters, can be guaranteed in every machine. Special ATEX protection ensures safety and our own Simp Drive® drive system make the technological performance perfect.

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.

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

The electronic pressure switch DS 350 is interesting for all users in plant and machine engineering, due to the integrated IO-Link interface to exchange process data, diagnostic reports and status messages with a superordinate control level, as standard. In addition, further information can be retrieved that allow conclusions to the application process. Especially in mechanical engineering, great demand for flexible operating conditions have to be satisfied. Features — Nominal pressure from 0 ... 100 mbar up to 0 ... 600 bar — accuracy: 0.5% / 0.35 % (opt. 0.25 %) FSO — IO-Link according to specification V 1.1 — smart sensor profile — data transfer 38.4 kBaud — indication of measured values on a 4-digit LED display — rotatable and configurable display module — parameter settings via IO-Link or menu (VDMA-conform) — additional information via IO-Link accessible Optional features — different mechanical connections

Electrical cabinets contain the electrical and electronic components of a process engineering system, a machine tool, or production equipment that is not directly located in the machine. They are manufactured by special switch cabinet builders or by the machine manufacturers themselves. To save costs, there are automation solutions that are not only worthwhile for large production series, but are also suitable for the more efficient and economical production of individual and small series. Metzner offers a unique and comprehensive system solution to reduce your expenses in switchgear construction. Depending on your requirements, different stripping and crimping machines are available, which differ in terms of design, performance and degree of automation. METZNER TRIATHLON SERIES - for precise cutting to length and one- or two-sided stripping - for crimping the ferrules (single- and double-sided) - for individual labelling of strands with different printing method

Engineering-processes in aviation are among the most challenging we handle. Complex components for extreme applications and increasing requirements for material and energy efficiency shape development and manufacturing. Crack testing with fluorescent substances is a well-established procedure for safety-critical components exposed to high loads. The vastly different, and often very large-scale dimensions of components used in aviation present a unique challenge. These require systems to include transportation equipment and containers sized to fit. Precisely timing individual chemical testing steps is another, even more challenging aspect. We also develop and manufacture the equipment used to handle components within our systems. Perfectly planned and executed, our equipment ensures systems as efficient as they are reliable.

Engineering-processes in aviation are among the most challenging we handle. Complex components for extreme applications and increasing requirements for material and energy efficiency shape development and manufacturing. Manufacturing precision components demands perfection in each individual production step. We support the entire production process with systems for all chemical and electroplating processes (including degreasing, etching, staining, hard chromium plating, nickel coating) and selected testing processes – from design to installation and maintenance. Almost all of our orders involve implementing complex and highly individual customer requirements. This results in custom-tailored, specialized solutions reflecting not only our experience and high commitment to quality, but also our profound flexibility.

ILUDEST® designs / manufactures a comprehensive range of Teaching Units for the Thermal Process Engineering, e.g. Continuous distillation Thin film evaporation Short path evaporation Pulsed counter current extraction Absorption/desorption Residence time determination (reactor/cascade) etc. Other types and/or customized versions are available upon request.

ILUDEST® designs / manufactures a comprehensive range of Teaching Units for the Thermal Process Engineering

Compact and robust safety system for engines Safety system for engine emergency shut-down Compact and robust design for applications directly on engines Large number of preprogrammed engine types All inputs are monitored for wire breaks All connections are plug-in for easy installation Ideal for use in shipbuilding thanks to approvals from classification societies The safety system N3000-SAP has been developed for electrically monitoring the basic operating parameters of a combustion engine. It is the central unit for triggering an emergency shut-down of the engine to avoid damage. Thanks to its compact and robust design, it is particularly suitable for use on ships, directly on combustion engines. Signal processing with the safety system is purely digital. Together with fast, crystal-accurate speed acquisition, it ensures maximum safety and system reliability.

In petrochemical and chemical process engineering, screw pumps, acting as displacement pumps, offer hydraulic characteristics which make them indispensable for the entire viscosity range. In chemical applications in particular, the high suction force and the gentle handling of the fluids to be pumped are the outstanding features of this type of pump. In general, all of our pumps can be used in this field, but the most common one is the two-rotor pump. Leistritz screw pumps are used to pump clean or slightly abrasive, low and high viscosity fluids with lubricity from poor to good, such as: additives, bitumen, resins, crude oil, greases, benzenes, adhesives, silicates, isocyanates, tar, polyols, asphalt, paints/varnishes, paraffin, polymers, and various other chemical products.