Our engineering competencies made us Legris’s first preference for project partner – to deliver the most challenging projects nationwide – projects of Rail Coach Factory, Raebareli, JCB Jaipur, Tata Hitachi Kharagpur and many other reputed clients.
Transair pipelines are the ideal system for compressed air, vacuum, or inert gas applications, generally used for system integrity. The elements of powder coated Transair Aluminium pipelines are reusable and interchangeable which gives them flexibility and resistance to corrosion.
We specialise in setting up, operating and maintenance of cryogenic installations. Right from Engineering to Procurement to Construction to Commissioning FAWIA is ideal choice as your EPCC partner.
Pipelines are the heart of any industrial transmission network. Fawia has highly experienced team of welders and designers who are ever ready to provide you with the perfect solution from concept to commissioning.
For various welding and other industrial applications, gases are required in big volumes in industries. Our team of specialists will work with you to identify the most suitable manifold for your requirement. We offer manifolds in various configurations and technologies.
Fire hydrant system is to access water supply in case of fire emergency through above-ground connection. Our supremely experienced team provides the best Turnkey Solutions right from concept to set up the entire system – it also takes care of approval of NBC drawings.
We are known for manufacturing the most dependable pipe clamps for components that may require leak testing generally used by car AC Industry, heat exchanger and vehicle fuel container manufacturers.
We take extra care of our clients and our team assists you in annual maintenance contracts to ensure that you do not have sleepless nights.
FAWIA possesses rich experience in single-handedly undertaking Turnkey Civil Projects. We take the entire responsibility of handling any industrial and infrastructure Turnkey projects.
Contact us now for a free quote on your project