At Amar we pride ourselves in being a family-operated, process-equipment company, now led by our 2nd Generation. We started out in 1974 as a manufacturer of high-pressure reactors (autoclaves) in Mumbai, India.
Throughout our history, our Management and ownership has always been held by engineers with expertise in design and manufacturing. Over the past 50 years we became the industry leader for batch as well as continuous reactors in India for the most challenging conditions e.g. Pressures of 700 bar and Temperatures up to 1000 °C.
Today, almost every chemical company in India has Amar equipment in its R&D facilities and the “Amar” brand name is synonymous of the trust and quality demanded for safety-critical high-pressure autoclaves. After our success in the Indian markets Amar ventured into international markets offering skid-mount, modular pilot plant units to complement our pressure and flow reactors.
Design, Manufacture & Supply of High-Pressure High-Temperature Reactors & Allied Systems primarily used in R&D, Pilot and Manufacturing facilities of various Chemical, Pharma, Oil & Gas Industries, Research and Educational Institutes.
Stirred batch reactors and Pressure vessels from 25 mL to 1,000 L in SS316, Hastelloy, Inconel, etc. designed for pressures upto 700 bar & 600°C
Continuous Flow Reactors from 1 mL to 1000 L for throughput upto 10 ton/hr in SS316, Hastelloy, Inconel, Titanium, etc. materials
Turnkey solutions for different applications using batch reactors, pressure vessels & flow reactors with liquid-gas charging, utilities, instrument control & automation
Lab to pilot scale ANFD from 1 L to 100 L slurry volume in SS316 & Hastelloy for filtration & drying
Wide range of standard and customized accessories to complement our products
Flow Chemistry Workshop May 2025
ChemProTech India 2025
Optimizing Process Performance with Agitated Nutsche Filter Dryers: FAQs
Startups, Pilot Plants and the Role of Amar in Supporting Innovation in Carbon Capture, Batteries and Green Hydrogen
Amar operates an impressive mechanical fabrication facility centrally located in Mumbai. With their pool of skilled workers, machining talent, and advanced production machinery, combined with the price advantage of India, I see great potential for supplying high - quality mechanical components to the European market.
Synergy arises from Germany’s long - standing tradition of precision manufacturing and innovation, paired with Amar’s unique strength in scaling production at highly competitive price points, as well as India’s advancements in digitalization, software design and machine customizationl. Indo - German industrial and academic cooperation requires us to recognize and leverage the competitive advantages of both sides.
Prof. Dr. -Ing. Jörg Fehr
Institute of Engineering and Numerical Mechanics
University of Stuttgart, Germany
Mr. Bhanu has been a regular user of Amar Flow Chemistry Reactors.
Here's what he says:
What I like about Amar range of Flow reactors is their practicality: They offer a clear path to scale up and their price points are much more reasonable than competition which makes commercialization more realistic. For me, the most important attribute in a flow reactor is the deployment to industrial scale of our flow chemistry processes. Many flow reactors work at lab scale, but few reactors are able to successfully scale up to industrial scale production.
Mr. Bhanu Kiran Vankayala
Process Engineering Lab Head,
Aarti Industries
Prof. Parimala, an expert in fermentation and reaction engineering, has been a collaborator with Amar. On her most recent visit to Amar this is what she had to say:
I see enormous opportunities in process intensification via better mass transfer and unique reactor designs especially in my focus area: fermentation starting from sustainable feedstock. Typical stumbling blocks for chemical process innovation in developing markets are the high cost of equipment especially custom-made reactors. I see Amar as a unique fabrication partner who has high quality technical abilities but at the same time offers very economical price points for reactors and pilot plants. This helps me further my goals of innovation that can help the larger community in price sensitive developing countries. For startups, it is crucial to identify partners that can scale up our ideas without costing a bomb.
Prof. Parimala Shivaprasad
Assistant Professor of
Chemical Engineering,
University of Nottingham
