Produse pentru industrie chimică românească (47)

Industriechemikalien, Spitzenqualität und technologische Innovation. Von chemisch vernickelten Oberflächen über hochwertige Chromüberzüge bis zu galvanisch vernickelten Schichten bieten wir Lösungen Industriechemikalien, Unsere Industriechemikalien repräsentieren das Beste in Sachen Oberflächentechnik. Von chemisch vernickelten Schichten mit herausragender Verschleißfestigkeit bis zu galvanisch vernickelten Oberflächen mit höchstem Korrosionsschutz und glänzendem Finish – wir bieten eine umfassende Palette von Lösungen. Die Nickellegierungen aus unseren hochmodernen Prozessen setzen Maßstäbe in puncto Härte, Abriebfestigkeit und Leitfähigkeit. Die Vielseitigkeit reicht von chemisch vernickelten Beschichtungen mit konturentreuer Präzision bis zu galvanisch abgeschiedenem Chrom mit optimaler Korrosionsbeständigkeit. Unsere Produkte werden nicht nur als Schutzschichten für verschiedene Metalle verwendet, sondern dienen auch als Basis für anspruchsvolle Anwendungen wie Lötprozesse.

Berechnung, Konstruktion und Herstellung von Druckbehälter, Reaktoren, Rührbehälter, Pharma- u Biotechbehälter, Prozessbehälter, Lagertanks, Transportbehälter, Kryobehälter, Verdampfer, Kondensatoren

For dependable and reproducible hydrogenations Buchi gas dosing system bpc 2 in combination with Buchi pressure reactors creates an optimal solution for safe, accurate and reproducible hydrogenations. The Buchi hydrogenator is a turnkey hydrogenation solution, consisting of: bpc 2 (Buchi pressflow controller) for hydrogen dosing, control of reaction pressure and continuous measuring of the Hydrogen uptake until saturation Buchi pressure reactors, offered in different materials and volumes for high to low pressure applications The unique volumetric hydrogen gas dosing records the parameters pressure, momentary consumption and overall consumption. The optional bls3 allows Operation of the apparatus via PC and storing or recorded data for further analyses.

Memosens CPS47D is the digital high performer with liquid KCl reference for media with low conductivity or high organic solvents content. Designed for fast response, it measures accurately even in applications with fast-changing media. Its unbreakable shaft ensures best product safety. In addition, the Memosens digital technology combines maximum process and data integrity with simple handling. It resists corrosion and moisture, enables lab calibration and facilitates predictive maintenance.

An uns haftet nichts! Unter diesem Grundsatz bieten wir eine breite Palette von Antihaft Beschichtungen an. Unsere Beschichtungen verhindern Anhaftungen verschiedenster Art wie z.B. Verschmutzungen, Klebebeläge, Verkrustungen, Ablagerungen auf Maschinen- und Anlagenteilen. Wir bieten sowohl im Dickschicht Bereich als auch sogenannte dünnschichtige bzw. Nanostrukturierte, antihaftende Beschichtungen an. Wir bieten folgende Antihaftende Beschichtungen an: Fluorpolymer-Beschichtungen (PTFE, FEP, PFA) Nano-Schichten/ Nanostrukturierte antihaftende Schichten Antihaftbeschichtung Keramik Antihaft Beschichtungen aus Silikon- und Silikonkautschuk Hoch-Temperatur-Antihaftschichten NonStick Fluorpolymer Ersatzschichten Kein Haften, kein Kleben und schnelle Reinigung

Sie bewegen sich in einem Umfeld, in dem Produktionssicherheit und makellose Produktequalität absolute Priorität geniessen. Sie müssen Ihren Partnern uneingeschränktes Vertrauen entgegenbringen und alles abverlangen können. Mit KASAG als Partnerin bei Design, Engineering und Fertigung von Apparaten, Behältern, Druckbehältern, Reaktoren, Wärmetauschern, Modulen und Anlagen für den weltweiten Einsatz sind Sie auf der sicheren Seite. Kernkompetenzen der KASAG: Design, Berechnung, Konstruktion nach den verschiedensten Regelwerken, Druckgerätezulassungen wie PED (EN13445, AD-2000), ASME (U-Stamp), China Stamp (A1), TP TC 032/2013 (EAC) Herstellerzulassungen und Knowhow für die Lieferung von drucktragenden Behältern, Apparaten, Anlagen für annähernd alle Länder der Welt Schweissen von Edelstahl und Sonderwerkstoff wie Hastelloy, Inconel, Duplex Umfassendes Spektrum an zerstörungsfreien Prüfungen Oberflächen für höchste Ansprüche

The task of storing liquids hazardous to water or to their processing must be handled responsibly. In the building of the corresponding process containers, storage tanks, stainless steel containers, different factors must be taken into consideration. They are designed according to regulations, such as PED (AD-2000, SVTI, EN13445) or according to special standards, such as the Basel chemical standard BN76 and manufactured in stainless steel. Process containers and storage tanks have half-pipe coils, jackets or laser-welded structures (pillow plates) for heating and cooling purposes. KASAG is the competent place if you are looking for replacement, modification, extension or reconstruction of complete tank plants. We will share your responsibilities.

Le stockage de liquides nocifs pour l'eau ou leur traitement sont des tâches empreintes de responsabilité. Lors de la construction de cuves de process, cuves de stockage et cuves en acier inoxydable correspondantes, les facteurs les plus divers doivent être pris en compte. Elles sont dimensionnées selon les référentiels, par ex. PED (AD-2000, SVTI, EN13445) ou selon des normes spéciales telles la norme chimique « Basler Chemienorm » BN76, puis réalisées en acier inoxydable. Les cuves de process et cuves de stockage disposent de serpentins en demi-tubes, de chemises oubles ou de structures soudées au laser (Pillow Plates) aux fins de chauffage et de refroidissement. La société KASAG est votre interlocuteur compétent pour le remplacement, la transformation, l'extension ou la construction neuve d'installations de cuves complètes. Nous partageons votre responsabilité.

Die Lagerung von wassergefährdenden Flüssigkeiten oder deren Prozessierung ist eine verantwortungsvolle Aufgabe. Beim Bau von entsprechenden Prozessbehältern, Lagertanks, Edelstahlbehältern sind unterschiedlichste Faktoren zu beachten. Sie werden nach Regelwerken, wie z.B. PED (AD-2000, SVTI, EN13445) oder nach speziellen Standards wie der Basler Chemienorm BN76 ausgelegt und in Edelstahl gefertigt. Prozessbehälter und Lagertanks verfügen über Halbrohrschlangen, Doppelmäntel oder lasergeschweisste Strukturen (Pillow Plates) für Heiz- und Kühlzwecke. KASAG ist die kompetente Ansprechpartnerin für Ersatz, Umbau, Erweiterung oder Neubau von kompletten Tankanlagen. Wir tragen Ihre Verantwortung mit.

You now operate in an environment where production safety and perfect product quality have top-most priority. You must be able to place unlimited trust in your partners and to demand everything you need. With KASAG as your partner in design, engineering and production of apparatuses, pressure vessels, pressure containers, reactors, heat exchangers, modules and plants for global use, you are on the safe side. Core competences of KASAG: Design, calculation, construction according to diverse regulations, pressure equipment approvals, such as PED (EN13445, AD-2000), ASME (U-Stamp), China Stamp (A1), TP TC 032/2013 (EAC) Manufacturing permits and knowhow for the delivery of pressurised containers, apparatuses, plants to almost all the countries in the world. Welding of stainless steel and special materials such as Hastelloy, Inconel, Duplex Comprehensive spectrum of non-destructive tests Surfaces that meet the highest standards

Pressure vessels, reactors, Pharmaceutical and biotech pressure vessles, Process containers, storage tanks, Modules, components, plants, High-pressure apparatuses,Heat exchangers, vaporisers, condensers, Cryo pressure vessels, technologies Nuclear technology, Vacuum chambers, vacuum apparatuses, Columns, according to PED (EN13445 / AD-2000), ASME (U-Stamp), China Stamp (A1), TP TC 032/2013 (EAC) Pharmaceutical and biotech apparatuses are calculated and manufactured according to your requirements. Stainless steel and special materials are used in the production. After that, the products are grinded, electropolished and tested using non-destructive testing methods, such as ferrite measurements, used for the determination of the ferrite content, or by using the riboflavin test to measure total discharge and CIP/SIP capability. All materials, methods and processes used have been documented in full in detailed QA documents and can be tracked at any time. You can depend on KASAG.

Glass overheads are typically built (in our standard chemReactor and production plant setups) for multipurpose and semi–batch operation mode under full vacuum. They mostly consist of feeder vessel, a distillation column, condenser and secondary condenser, phase separator, receiver, including valves and pressure equalization piping and a rupture disc as safety device. For rectification, packed distillation glass columns up to DN600 are used with reflux condenser, a reflux splitter with a reflux controller to set the reflux ratio. In Buchi chemReactors, both systems can be combined.

Pressure reactor for kilo labs and small-scale production Reactor volume: 20 to 500 liter Pressure: -1 (FV) to +200 bar Temperature: -20 °C to +300 °C Material: stainless steel, Hastelloy® Other materials, pressures & temperatures are available Buchi pilot plants are built for pressure reactions as well as for reactions under full vacuum. Different technologies and materials are used, depending on the requested process and process media. Pilotclave pressure reactors range from 50 - 500 liter and are all customized. To quote such systems we require detailed specifications. Safety is important with such larger scale systems, especially when doing hydrogenations and other reactions under higher pressure. The degree of automation and process control vary from simple data collection to complete automation of the system. In most cases, the reaction vessels are jacketed steel or Hastelloy® reactors. Reactor:250 liter Pressure:120 bar Temperature:200 °C

We offer various solutions for liquid dosing. Based on parameters such as flow rate, dosing accuracy, properties of the media process and regulatory requirements we select the appropriate method of dosing as well the most suitable dosing instruments. Dosing methods used, include gravimetric dosing with load cells, various types of dosing pumps and dosing with pumps using mass flow controller (MFC) and level sensors.

Customized solutions for various application with metal-free requirements - Laboratory pressure reactor system - metal-free executions Reactor volume: 1.0 - 20.0 liter Pressure: -1 (FV) to + 6 bar Temperature: -20 °C to +180 °C Material: glass, glass-lined steel, ceramic, PFA, PEEK, PTFE Our lab to pilot scale reactor models are available as metal-free / inert versions: polyclave inert versoclave inert (available only with glass-lined steel vessel) kiloclave inert (available only with glass-lined steel vessel) These multipurpose pressure reactor systems ensure high resistance against aggressive chemicals, while avoiding corrosion and contamination or side reactions with metals. They are designed for the use with either glass-lined steel pressure vessels or with glass pressure vessels. The use of high torque ceramic magnetic stirrer drive ensures efficient mixing of low to high viscosity process media as well as excellent heat transfer. Reactor volume:1.0 - 20.0 liter Pressure:-1 (FV) to + 6 bar Temperature:-20 °C to +180 °C Material:glass, glass-lined steel, ceramic, PFA, PEEK, PTFE

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.

Laboratory pressure reactor system Reactor volume: 10 to 25 ml Pressure: -1 (FV) to +10 / 100 bar Temperature: -20 °C to +200 / 300 °C Material: Borosilicate glass 3.3, stainless steel, Hastelloy®, PTFE Other materials, pressures & temperatures are available. This pressure reactor system is designed for the use of interchangeable pressure vessels in glass, steel, Hastelloy®, Teflon. Safety features guarantee safe reactions under pressure. The glass pressure reactors ensure high resistance against acids, while allowing visual process control and monitoring. Reactor volume:10 to 25 ml Pressure:-1 (FV) to +10 / 100 bar Temperature:20 °C to +200 / 300 °C

Basic glass reactor systems for API synthesis, small scale production and pilot plant. Glass reactor: 15, 30, 60 liter Pressure: -1.0 (FV) to +0.5 bar Temperature: -60 °C (-90 °C) to +200 °C Material: Borosilicate glass 3.3, glass-lined steel, PTFE, PFA, Tantalum A clean-room setup and other materials are available to meet your specific process requirements. Performance and reliability are key issues in the explosion proof design of Buchi glass reaction systems. The inert materials allow safe processing in an inert atmosphere of a wide range of solvents and acids in a completely sealed glass reaction system under full vacuum. Multiple chemical reaction steps are performed safely in the same setup. The system consists of: Solid jacketed full view glass reactor to easily improve and control reactions by visual observation Distillation glass overhead built with buchiflex components (unique flexible ball - socket joints) for multiple, reliable processes under full vacuum Glass reactor:15, 30, 60 liter Pressure:-1.0 (FV) to +0.5 bar Temperature:-60 °C (-90 °C) to +200 °C Material:Borosilicate glass 3.3, glass-lined steel, PTFE, PFA, Tantalum

Laboratory pressure reactor system - comfortable and simple operation Reactor volume: 0.25 to 5.0 liter Pressure: -1 (FV) to +60 / 200 bar Temperature: -20 °C to +250 °C Material: Borosilicate glass 3.3, stainless steel, Hastelloy® Other materials, pressures & temperatures are available. This multipurpose pressure reactor system is designed for the use of interchangeable glass and steel pressure vessels. Safety features guarantee safe reactions under pressure. The glass reactors ensure high resistance against acids, while allowing visual process control and monitoring. This is also possible under high pressure by using steel pressure vessels with sight glasses. Various low to high torque magnetic drives ensure efficient mixing and stirring low to high viscosity process media as well as excellent heat transfer. The modular setup of the polyclave system allows changing or upgrading for new tasks at any time.

High-performance reactor systems for API synthesis, small scale production and pilot plant applications Glass, glass-lined steel reactor: 15, 30, 60, 100, 160, 250 liter Pressure: -1.0 (FV) to +0.5 bar Temperature: -60 °C (-90 °C) to +200 °C Material: Borosilicate glass 3.3, glass-lined steel, PTFE, PFA, tantalum A clean-room setup and other materials are available to meet your specific process requirements. Performance and reliability are key issues in the explosion proof design of Buchi glass reaction systems: The inert materials allow safe processing in a inert atmosphere of a wide range of solvents and acids in a completely sealed glass reaction system under full vacuum. Multiple chemical reaction steps are performed safely in the same setup. The system consists of:

Laboratory high pressure reactor system Reactor volume: 0.5 - 5.0 liter Pressure: -1 (FV) to +350 bar Temperature: -20 °C to +350 °C Material: stainless-steel, Hastelloy® Other materials, pressures & temperatures are available. This high pressure reactor system is designed for the use of interchangeable steel pressure vessels. Safety features guarantee safe reactions under pressure. The stainless steel or Hastelloy® reactors ensure high resistance against acids. The high torque magnetic drive ensures efficient mixing and stirring of the process media as well as excellent heat transfer. The system is equipped with a lifting device for vessel and electric heating. The modular setup of the limbo ls system allows changing or upgrading for new tasks at any time. Reactor volume:0.5 - 5.0 liter Pressure:1 (FV) to +350 bar Temperature:-20 °C to +350 °C

Catalyst testing, catalyst screening Catalyst testing covers several types of research such as catalyst effectiveness, yield, activation, lifetime and regeneration. The type of catalyst baskets varies depending on the catalyst being used, the interaction with the chemistry, the temperature, the pressure and the number of catalysts in the basket. Exposure to the reactants can be done through a stationary catalyst bed or a spinning basket. Our special accessories offer solutions for more complex problems in pressure reactions in the field of catalyst research.

Glass distillation columns up to DN 600 are packed with random packing such as Raschig rings, ceramic saddles, PFA packing elements or structured packing dependent on the required separation performance and process media. Each packing type shows different separation performance, indicated by their number of theoretical stages. In combination with glass process equipment, highly corrosion resistant packing material is used for packed glass distillation columns.

Inert laboratory pressure reactor system Reactor volume: 100 - 300 ml Pressure: -1 (FV) to +10 bar Temperature: -20 °C to +150 °C Material: Borosilicate glass 3.3, PTFE, PFA, FEP Special executions are available. This metal - free pressure reactor system is designed for the use of interchangeable glass pressure vessels. All product touched parts are made of inert (non-metallic) materials. Safety features guarantee safe reactions under pressure. The glass reactors ensure high resistance against acids, while allowing visual process control and monitoring. A wide range of accessories is available – talk to us to define the right setup for your specific need.

Laboratory high pressure reactor system Reactor volume: 0.1 - 1.0 liter Pressure: -1 (FV) to +200 bar Temperature: -20 °C to +300 °C Material: stainless steel, Hastelloy® Other materials, pressures & temperatures are available This high pressure reactor system is designed for the use of interchangeable steel pressure vessels. Safety features guarantee safe reactions under pressure. The stainless steel or Hastelloy reactors ensure high resistance against acids. Visual process control and monitoring is also possible under high pressure by using steel pressure vessels with sight glasses. Various low to high torque magnetic drives ensure efficient mixing and stirring low to high viscosity process media as well as excellent heat transfer. The fast action closure and vessel lift makes changing vessels quick and easy without the use of tools. The modular setup of the midiclave system allows changing or upgrading for new tasks at any time. Reactor volume:0.1 - 1.0 liter Pressure: -1 (FV) to +200 bar Temperature:-20 °C to +300 °C Material:stainless steel, Hastelloy®

Glass pilot reactor and pilot plant Glass reactor: 15, 30, 60 liter Pressure: -1.0 (FV) to +0.5 bar Temperature: -60 °C (-90 °C) to +200 °C Material: Borosilicate glass 3.3, glass-lined steel, PTFE, PFA, tantalum A clean-room setup and other materials are available to meet your specific process requirements. Performance and reliability are key issues in the explosion proof design of Buchi glass reaction systems. The inert materials allow safe processing in an inert atmosphere of a wide range of solvents and acids in a completely sealed glass reaction system under full vacuum. Multiple chemical reaction steps are performed safely in the same setup. The system consists of: Reactor, solid jacketed full view glass reactor to easily improve and control chemical reactions by visual observation Distillation glass overhead built with buchiflex components (unique flexible ball - socket joints) for mulitple, reliable processes under full vacuum Glass reactor: 15, 30, 60 liter Pressure:-1.0 (FV) to +0.5 bar Temperature:-60 °C (-90 °C) to +200 °C

Laboratory high pressure / high temperature reactor (HPHT) Standard Version: Reactor volume: 100 - 600 ml Pressure: -1 (FV) to +400 bar Temperature: -20 °C to + 400 °C Material: stainless steel, (Hastelloy® +400 °C) High-Pressure Version: Reactor volume: 100 - 600 ml Pressure: -1 (FV) to +500 bar Temperature: -20 °C to + 500 °C Material: stainless steel, (Hastelloy® +400 °C) This is our new high pressure and high temperature HPHT (high pressure high temperature) autoclave novoclave. This high pressure reactor system is designed for processes involving high pressures and temperatures. Safety features guarantee safe reactions under highest pressure. Designed, manufactured, and tested according to PED, AD2000. The modular setup of the novoclave system allows for changing the vessel size from 100 ml up to 600 ml using the same cover plate and electric heating block. Vessels are available in the following volumes: 100, 200, 300, 450, 600 ml. Reactor volume:100 - 600 ml Pressure::-1 (FV) to +500 bar Temperature:-20 °C to + 500 °C

cyclone 075 dc / 300 ac - stirrer drives with magnetic coupling Torque range: 75, 300 Ncm Temperature range: - 50 °C to + 400 °C Pressure range: full vacuum - 500 bar / 6000 psi Stirrer speed: 0 - 2000 / 3000 rpm Materials: stainless steel, Hastelloy®, Tantalum, Titanium, ceramic etc. Buchiglas magnetic stirrer drives (cyclone) are produced for the mixing of chemicals of low to high viscosity in pressurized lab reactors. Cyclone type magnetic stirrer drives have integrated motors and controllers for the stirrer rotation speed.

Depending on the stirring or mixing task, Buchi reactors can be equipped with stirrers of different types. For gas entrainment as in hydrogenations, the Rushton type turbine stirrer is often used.

Memosens CPS47D est une sonde numérique hautes performances avec référence KCl liquide pour les produits ayant une faible conductivité ou une teneur élevée en solvants organiques. Elle est conçue pour un temps de réponse rapide et mesure avec précision, même dans des applications avec des produits changeant rapidement. Son corps incassable garantit une sécurité de produit optimale. De plus, grâce à la technologie numérique Memosens, la sonde combine une intégrité maximale du process et des données avec une manipulation simple. Elle résiste à la corrosion et l'humidité, permet un étalonnage en laboratoire et facilite la maintenance prédictive.