At Parag innovation is the driving force behind the Company's success. Here R & D is continuous which results in improving and expanding the product lines by developing new and innovative products and manufacturing techniques. The R & D at Parag is
in association with the Department of Aerospace Engineering, Indian Institute of Technology, Bombay. Because of its extensive R & D efforts, the company tackled some of the most challenging Fan applications including the following :
Development of 4622mm Diameter FRP Fan along with Nose Spinner for ‘National Wind Tunnel Facility Project’ of Department of Aerospace Engineering, Indian Institute Of Technology, Mumbai (Fan was developed for their state-of-the-art low speed, closed circuit wind tunnel). The Fan was powered by 1,000 kw motor.
Development of Energy Efficient Axial Flow FRP Fans in association of 'Technology Information Forecasting & Assessment Council' (TIFAC), 'Department of Science & Technology (Government of India), New Delhi' and 'Department of Aerospace Engineering, Indian Institute of Technology, Bombay'. Five Fans of following specific applications were designed, developed and tested successfully in the project.
1,680 mm diameter Fan for Indian Railways Diesel Locomotive (as per 'Research, Design & Standards Organization', Ministry Of Railways, Government Of India specifications).
10,000 mm diameter Fan for Cooling Tower (as per 'BDT' specifications)
4,267 mm diameter Fan for Air Cooled Heat Exchanger (as per 'Engineers India Ltd.' specifications).
2,000 mm diameter Fan for Mine Ventilation (as per ' Western Coalfields Ltd.' specifications)
1,200 mm diameter Fan for Humidification (as per 'Ahmedabad Textile Industry’s Research Association' specifications).
Development of unique process to produce single piece hollow FRP blades using Resin Transfer Molding Technology together with Dr. Franz Haff under SES program of Government of Germany.
Development of high efficiency reversible FRP fans under technical guidance of Mr. Heinz Andritzky , a SES expert from Germany.
Development Of Energy Efficient Axial Flow FRP Fan System in association of Department of Scientific & Industrial Research (Government Of India) New Delhi and Ahmedabad Textile Industry’s Research Association, Ahmedabad.
Development Of Energy Efficient Axial Flow FRP Rotor for Mine Ventilation for M&I Mining Group, Canada. The Rotor provided reduction of motor rating from 75 HP to 40 HP.
Unless otherwise stated, this website is for information only. PARAG has used all reasonable care and skill in compiling the content of this
website but makes no warranty as to the accuracy of any information on this website and cannot accept liability for any errors or omissions.
