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East Cambridgeshire, United Kingdom
11-50 Employees
2003
Asynt was formed in July 2003 with the aim to develop, supply and support new, sustainable and novel products central to the laboratory. Asynt has a network of highly respected global distribution partners so, whilst you are of course welcome to shop directly with Asynt wherever you are in the world, you may prefer to speak to your local Asynt partner. At Asynt we are committed to investing in new technologies that respond to the real demands of industry and academia. Asynt continues to invest in the highest quality manufacturing in Britain, and expanding our local and national workforce reporting to our headquarters in Cambridgeshire, UK. Asynt’s Managing Director, Martyn Fordham, spent almost twenty years dealing with the requirements of research chemists (at the outset just custom glassblowing) before forming Asynt. Asynt is a global provider of world-leading technologies and services for scientific research. Since inception in 2003, Asynt has developed numerous tools to enhance sustainability in the laboratory. Asynt continues to invest in the highest quality manufacturing in Britain, and expanding our local and national workforce reporting to our headquarters in Cambridgeshire, UK.
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Featured
Custom High Pressure Reactors
... Custom high pressure reactors, bespoke manufactured to your criteria. Made in the UK by pressure experts, Asynt Ltd. Wide range available. ...
Eningen unter Achalm, Germany
11-50 Employees
1966
We develop corresponding solutions and thereby, we ensure the future of our company. The philosophy of Berghof Products + Instruments GmbH can be summed up concisely: Adding value for our customers. Even in the product development stage, we attach great importance to designing reliable, easy-to-operate and safe instruments, which optimally satisfy the demands of our customers. Through our application expertise, we can create products as we ourselves and our customers want them: high-performance, safe and durable. In doing so, we confess when failing and we are proud when succeeding. Together, all employees at Berghof Products + Instruments form the company. Dr Dieter Gutwerk is the CEO of Berghof Products + Instruments. We use the knowledge to improve our products, services and user experience.
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Featured
High-pressure Reactors
... BHM Heating Jacket For Berghof high-pressure reactors BR-300 to BR- ...
Erie, United States
11-50 Employees
1954
High pressure valves, fittings and tubing manufactured to the highest quality standards, delivered with the shortest lead times, and priced to make you money… it’s been the focus at HiP throughout our more than 65 year history. We offer a broad product portfolio capable of handling pressures up to 150,000 psi and carry an extensive inventory allowing us to offer same day shipping of many items. In addition to our high pressure valves, we offer a complete line of reactors and pressure vessels and an expanded family of pumping systems and instrument valves. In addition to our standard products, we offer a complete line of valves and fittings for oil and gas industry use with sour gas (H2S). For applications involving specialty gases, corrosive liquids, and extreme temperatures/conditions, we’ll make our products using exotic alloys and temperature extensions, as well as design and build a solution to meet your exact requirements, such as our popular custom manifolds. This dedication to satisfying our loyal customers is the driving force behind our continued growth, including our passing the 4 million high pressure valves and fittings shipped milestone. Throughout our history we have been dedicated to continuous improvement in all aspects of our manufacturing operation and customer service. Industry leading family of high pressure products from 5,000 to 150,000 psi.
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Featured
Tubular Series Reactor | High Pressure Company
... Tubular Series Reactor | High Pressure ...
We are here and ready to service our clients from different countries and regions, and share the most efficent and reliable technology together! Trusted Worldwide Supplier of Quality Equipments and Materials For Your Lab! Profession, quick response, hard working, and sincerity is a remarkable label of our team meambers working attitude, which earn us a sound reputation among our clients. KinTek supplies a broad range of high-temperature furnaces, including lab, pilot production, and industrial production furnaces, with a temperature range of up to 3000 ℃. One of KinTek's advantages is the ability to create custom-made furnaces tailored to specific functions, such as different heating methods and speeds, extra high and dynamic vacuums, controlled atmospheres and gas circuits, automated mechanical structures, and software and hardware development. KinTek offers a range of lab consumables and materials, including evaporation materials, targets, metals, electrochemistry parts, as well as powders, pellets, wires, strips, foils, plates, and more. Cold Isostatic Pressing (CIP) is a widely used manufacturing process in various industries, including ceramics, metalworking, and pharmaceuticals. Isostatic pressing is a compaction method that offers unique advantages in achieving uniform density and creating complex shapes.
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Featured
Stainless High Pressure Reactor
... Stainless High Pressure Reactor - KinTek ...
Delft, Netherlands
1-10 Employees
2015
We are continuously looking for good people to join our team. Founded in 2015, Coval Energy is a clean-tech company with a complementary team of specialists with more than 75 years of combined experience in utilities, the oil & gas and chemical industry. Coval Energy now has a growing team of over 7 members committed to providing CO2 conversion solutions to alleviate the world’s dependence on fossil fuel.
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COVAL Energy – Carbon Capture and Utilization (CCU)
... Our TechnologyCoval Energy's unique high-pressure reactor is modular and enables efficient electro-catalytic reduction of ...
Leuven, Belgium
11-50 Employees
2018
Initially, SOLVOMET strongly focused on the development of solvometallurgical processes (as an emerging domain next to more traditional hydrometallurgy). Hence, the name SOLVOMET was chosen for the Centre. Over the years SOLVOMET has published several key position papers (Open Access) that have tried to provide direction in hydrometallurgical and solvometallurgical research. SOLVOMET is KU Leuven’s Research and Innovation Centre for Circular Hydrometallurgy. SOLVOMET’s vision is that metallurgical chemistry expertise allows to develop more efficient eco-friendly hydrometallurgical and solvometallurgical processes to provide the critical metals that are needed for the transition to a climate-neutral society. SOLVOMET’s mission is to support its industry partners in the conceptual and practical development of more sustainable (circular, low-energy input) hydrometallurgical (and solvometallurgical) processes, which are subsequently tested using state-of-the-art lab-scale and mini-pilot-scale experimental facilities. SOLVOMET performs contract research with industry partners across the world. The Research and Innovation Centre “SOLVOMET” was established in 2017 by Prof.
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High-pressure reactor Berghof BR-1000
... High-pressure reactor Berghof BR-1000 – ...
Winterthur, Switzerland
11-50 Employees
2013
LPP Group was founded by a Swiss investor in 2013 to establish market access and a distribution network for Lab, Pilot and Process Equipment in Eastern Europe. Satisfied customers are repeat customers and long-term customers: The goal of our activities is the long-term satisfaction of our customers by supplying technologically leading, reliable and safe equipment and by providing the highest service level possible. We want to be the market leading distributor of Lab, Pilot and Process Equipment in Eastern Europe and be a synonym for reliability and integrity for both customers and suppliers. We believe in the potential of our markets and want to generate continuous growth for all stakeholders – customers, suppliers, employees and investors. Leading distributor in Eastern Europe for Lab, Pilot and Process solutions.
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Featured
High-Pressure Reactors (0.1 to 1 l)
... High-Pressure Reactors (0.1 to 1 l) | LPP ...
Moline, United States
101-250 Employees
1899
Parr Instrument Company was founded in 1899 in Champaign, Illinois as the Standard Calorimeter Company by S.W. Manufacturing operations of the Standard Calorimeter Company were moved to East Moline, Illinois in 1911. During World War II the company manufactured high precision machine parts under contract with suppliers to the war effort, while continuing to produce calorimeters and other laboratory apparatus to the extent permitted by the limited availability of critical raw materials. Having devoted its attention specifically to these specialty products for over one hundred years, the Parr Instrument Company has developed a fine reputation among chemists and scientists throughout the world as a dependable supplier of top quality laboratory equipment. Since its founding in 1899, Parr Instrument Company has been engaged exclusively in the manufacture and sale of chemical reactors, pressure vessels, calorimeters, combustion vessels, and related equipment developed specifically for laboratory use. Throughout its long history the primary emphasis in all Parr manufacturing has been to provide its customers with quality apparatus, carefully designed for each application and backed by a competent technical support staff with many years of experience in this specialized field.
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Featured
Series 4540 High Pressure Reactors, 600 & 1200 mL
... need higher operating pressures than the 1900 to 2900 psi offered by the General Purpose Reactors, but do not require the high operating temperatures provided by the Series 4570 High Pressure, High Temperature Reactors. The 4540 series reactors offer working pressures to 5000 psi […] ...
We are manufacturer and supplier of automated and manual, stirred & non-stirred High Pressure Reactors for clients in R&D, Pharmaceutical, Bulk Drugs & Drug Intermediates, Petrochemical, Aromatic Chemicals, Agrochemicals, Fertilizers, Pesticides, Resins, Polymers, Paints, Food Colors and Chemicals, Dyes & Dye Intermediate Industries as well as in academia. We are happy with equipment performance as we have achieved 40% capacity enhancement due to shorter batch time with higher output yield. We are also happy with their after sales service and support offered during commissioning of the equipment. We are happy with the equipment performance as it has matched the desired performance during operation. We are also satisfied with the after sales service and support received from them during commissioning. We are very happy with the equipment overall performance & their after sales service and continued support provided during commissioning of the equipment. We are also happy with their after sales service & support offered during commissioning of the equipment. We are happy with the overall performance of the equipment & their excellent service and support provided during commissioning of the equipment.
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High Pressure Reactors / Lab Autoclaves
... Chemical Reactors Manufacturers in India | High Pressure Reactor Manufacturers India | Chemical Reactor Price in India | Batch Reactors Manufacturers in India | Hydrogenator Manufacturer India | Hydrogenation Reactor ...
Hatboro, United States
11-50 Employees
Through our “KiloLabs” brand, our technical team and our manufacturer partners collaborate with chemists and chemical engineers to provide reaction equipment for both Batch and Continuous Flow applications. Our KiloLabs equipment options are ideal for the R&D lab and the Kilo Lab, as well as Pilot and Production facilities. Our goal is to work with our clients to help them design and build the custom solution that optimizes their required process. Unlike a single manufacturer, Kilolabs offers customers more choices in design and material through our network of manufacturer partners. We provide comprehensive flow chemistry process systems, reactor designs and engineering solutions that capture the benefits of developing flow chemistry processes to reduce costs and improve productivity. Sentinel’s key differentiator is our expertise with the engineered products, technologies, and allied goods represented by us and used extensively in the field. Sentinel continues to innovate with these products and enhance our services to satisfy the needs and expectations of all our valued customers. Even then, we were distributing “high purity solutions” and solving process challenges with unique products and systems.
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High Pressure Reactors | Pressure Reactors | Kilolabs
... High Pressure Reactors | Pressure Reactors | ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for High Pressure Reactor
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 26 |
| Amount of suitable service providers | 18 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1899 |
| Youngest suiting company | 2018 |
A High Pressure Reactor is a specialized vessel designed to facilitate chemical reactions under significantly elevated pressures, often exceeding 100 atmospheres. This apparatus is pivotal in the fields of chemistry and chemical engineering, particularly in synthesizing materials that require specific conditions unattainable under normal atmospheric pressures. The design of these reactors incorporates robust materials like stainless steel or special alloys to withstand the extreme conditions, ensuring safety and integrity during operation. High-pressure reactors are instrumental in various applications, including the synthesis of polymers, pharmaceuticals, and petrochemicals, where pressure plays a crucial role in affecting reaction rates and product yields. By providing a controlled environment, these reactors enable researchers and industry professionals to explore reaction pathways and material properties that are inaccessible at lower pressures. This exploration leads to innovations in material science and the development of new compounds with unique properties, making high-pressure reactors a cornerstone in advancing technological and scientific frontiers. Their impact extends beyond basic research, influencing manufacturing processes and the development of sustainable solutions by enabling more efficient chemical reactions and the exploration of alternative raw materials.
1. Enhanced Reaction Rates
High pressure reactors facilitate reactions at significantly higher pressures compared to standard laboratory equipment. This elevated pressure accelerates the reaction rates, enabling faster synthesis of compounds. Such efficiency is vital in research and industrial applications where time is of the essence.
2. Improved Product Yields
By operating under high pressure, these reactors often yield a higher percentage of the desired product. The ability to finely tune reaction conditions, including pressure, improves selectivity towards the target compound, reducing by-products and increasing overall efficiency.
3. Broader Chemical Reactivity
The unique environment created within a high pressure reactor expands the range of possible chemical reactions. Some reactions that are not feasible under ambient conditions can occur readily at high pressures, opening new avenues for chemical synthesis and innovation.
4. Energy Efficiency
Despite the sophisticated technology, high pressure reactors are designed to be energy efficient. The enhanced reaction rates and yields often mean less energy is required to achieve the desired outcomes, contributing to greener and more sustainable processes.
1. Pressure and Temperature Range
Ensure the reactor operates within the required pressure and temperature range for your specific chemical processes. This is crucial for safety and efficiency.
2. Material Construction
The materials used in the reactor's construction should be compatible with the chemicals involved in your processes. Look for corrosion-resistant materials like stainless steel or glass-lined reactors.
3. Volume Capacity
Choose a reactor with a volume that suits your batch size requirements. Having a reactor too large or too small can affect reaction efficiency and scalability.
4. Sealing Mechanism
A reliable sealing mechanism is essential for maintaining pressure and avoiding leaks. Magnetic seals and mechanical seals are common, each with its advantages.
5. Agitation System
The type of agitation system (e.g., magnetic, mechanical) can impact the homogeneity of the reaction mixture. Consider your process needs when evaluating the agitation options.
6. Safety Features
Look for reactors with built-in safety features such as pressure relief valves, rupture discs, and safety interlocks to ensure operator safety and compliance with regulations.
7. Control and Monitoring Systems
Opt for suppliers offering reactors with advanced control and monitoring systems for precise control over reaction parameters, ensuring reproducibility and scalability of processes.
High-pressure reactors are pivotal in the chemical industry for facilitating reactions under controlled pressure and temperature conditions, significantly enhancing reaction rates and yields. Companies leverage these reactors for synthesizing chemicals, pharmaceuticals, and polymers, where precise conditions are crucial for product quality and consistency. In the pharmaceutical sector, high-pressure reactors play a crucial role in the development and production of active pharmaceutical ingredients (APIs). The ability to operate under elevated pressures allows for the exploration of novel synthesis pathways, potentially leading to more efficient production processes and the creation of innovative drugs. The petrochemical industry utilizes high-pressure reactors for catalytic processes, such as hydrogenation and hydrocracking. These applications are essential for converting crude oil into more valuable products like diesel, gasoline, and jet fuel. The reactors’ robust design and capability to withstand high pressures make them suitable for these intensive processes. Environmental applications also benefit from high-pressure reactor technology. They are used in carbon capture and storage (CCS) processes to reduce CO2 emissions from industrial sources. The reactors enable the conversion of CO2 into usable products, such as synthetic fuels and chemicals, through reactions that require high pressure. Each of these use cases highlights the versatility and critical importance of high-pressure reactors across industries, underscoring their role in advancing production efficiency, environmental sustainability, and technological innovation.
High Pressure Reactors (HPR) are predominantly situated at a Technology Readiness Level (TRL) of 9, which signifies that the technology is fully mature and has been proven to work in operational environments. This high TRL is attributed to several technical factors. Primarily, the design and materials used in HPRs have evolved significantly, offering enhanced durability and resistance to extreme pressures and temperatures, thus ensuring consistent performance in industrial applications. Furthermore, advancements in monitoring and control systems have contributed to the safe operation of these reactors, allowing for precise control over reaction conditions, which is critical for the production of chemicals, pharmaceuticals, and materials. The widespread adoption of HPRs across various sectors, including chemical synthesis, petrochemicals, and materials science, underscores their reliability and effectiveness in real-world settings. Additionally, continuous improvements and innovations in sealing technologies have effectively minimized leakage risks, one of the major challenges in early reactor designs. This maturity level reflects extensive testing, both in terms of safety and efficiency, affirming that HPR technology is well-established and ready for widespread commercial use.
In the Short-Term, advancements in high-pressure reactor technology are expected to focus on enhancing safety and efficiency. Developers are likely to integrate more sophisticated sensor systems capable of real-time monitoring of chemical reactions under high-pressure conditions. These sensors will provide immediate feedback to operators, allowing for adjustments that prevent accidents and improve yield. Additionally, improvements in materials used for reactor construction are anticipated, offering better resistance to extreme conditions and chemical corrosion, thereby extending the lifespan of these reactors. Looking into the Mid-Term, the focus will shift towards automation and miniaturization. The development of fully automated high-pressure reactors will minimize the need for manual intervention, reducing the risk of human error and enhancing the precision of chemical processes. Concurrently, efforts to reduce the size of these reactors without compromising their capacity or performance will enable their use in smaller, more cost-effective facilities. This miniaturization will also open up new applications in pharmaceuticals and materials science, where space and efficiency are critical. In the Long-Term, the frontier of high-pressure reactor technology is expected to be defined by sustainability and novel applications. Innovations will likely include the integration of green technology, such as using renewable energy sources to power the reactors, and the development of reactors capable of facilitating previously impossible chemical reactions. These advancements will not only reduce the environmental footprint of chemical manufacturing but also unlock new pathways for creating complex molecules, potentially revolutionizing industries like pharmaceuticals, energy storage, and materials engineering.
