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Powering Comfort as India’s Trusted OEM Fan Manufacturer

Established in 1998 by our visionary Chairman, Mr. Suresh Tibrewala, Tibair (The Shrishti Group) has blossomed into one of India’s most proactive and fastest-growing OEM/ODM fan manufacturers. For over 26+ years, we've dedicated ourselves to setting benchmarks in classic design, sophisticated creativity, and manufacturing excellence. This commitment has allowed us to capture a significant share of the Indian market, proudly serving the nation's leading brands.

From our start in Hyderabad, INDIA, our annual production capacity has expanded dramatically, covering a full spectrum of comfort solutions—from Ceiling Fan, Stand Fan, Desk Fan to Wall Fan, Domestic Exhaust Fan, Personal Fan and Gyroscopic Fans varying sweep sizes from 100 MM (4 inch) – 1400 MM (56 inch)

Driven by innovation and precision, Tibair ensures every fan combines robust engineering, advanced technology, and elegant design. Our manufacturing processes and attention to detail guarantee products that are highly efficient, durable, and crafted to provide lasting value to our clients and their customers.

Shrishti shall strongly and continually take forward its business culture of Integrity efficiency diligent , flexibility & innovation to provide its customer the supper value for the product and services.

The Raise of Tibair

1980

The Foundation — Mr. Suresh Tibrewala began his journey in the fan industry as the Deputy Managing Director at Khaitan Tibrewala Electricals Ltd.

1998

The Launch of Shrishti — The solo venture SHRISHTI was started in portable fan manufacturing with a 2800 sq mt unit in Hyderabad, initially producing 0.5 Million units annually.

2002

Early Expansion — A second 4700 sq mt facility was added in Baddi, Himachal Pradesh, boosting capacity by 1 million ceiling fans and 0.5 million portable fans.

2009

Major Capacity Boost — A third 5000 sq mtr facility was set up in Hyderabad, adding a yearly capacity of 2 million ceiling fans and 1 million portable fans.

2019 - 2023

Accelerated Growth — The company aggressively expanded, adding Four more facilities in India, bringing the total manufacturing space to 35000 sq mt.

2024-25

OEM Powerhouse — Total annual production capacity reaches 9 million Fans.

Your demand is the goal which we at Shrishti Persue so that together we can create brilliance

“ Market – Oriented & Customer based

Based on value with time we develop and with ambition we expand “
Developed by Customer , survived by good quality and expanded on latest technology.
Our ultimate goal is your satisfaction

Manufacturing Capabilities

Pressure Die Casting

It is a manufacturing process where molten metal is injected under high pressure into a steel mold to form parts.

Stator & Rotor Manufacturing

It involves shaping, stacking, winding, and assembling laminated steel cores to create efficient electromagnetic motor.

Shaft Manufacturing

involves forging, machining, heat treatment, and finishing processes to produce, durable rotating.

Winding Lines

They are automated systems that coil wire around stators or rotors, ensuring precise turns, tension control, and consistent.

Cover Machining

It involves precision cutting, drilling, and finishing of metal or alloy covers to achieve accurate dimensions and smooth surfaces.

Rotor Machining

It involves precision turning, milling, and balancing of rotor components to achieve exact dimensions, smooth surfaces.

Motor Assembly

It involves integrating stator, rotor, shaft, bearings, and housing components to create a functional, balanced, and efficient.

Motor Testing

It evaluates performance, efficiency, vibration, insulation, and electrical parameters to ensure the assembled motor.

Plastic Injection Molding

Molding is a process where molten plastic is injected into a mold cavity to form precise, durable parts.

Company Certification

Manufacturing Excellence

  1. Pressure Die Casting- Currently having 10 pressure die casting machine for all the Aluminum die casting components for use of motor cover.
  2.  Stator and Rotor – All the tools of the motor are owned by Shrishti and cannot be found in open market.
  3. Shaft – dedicated Shaft manufacturing set up
  4. Winding Lines – dedicated department for manufacturing stators of all kind with the most advance machines both conventional and as well as with latest state to the art needle winding lines which handles both copper and Aluminum . All the stators which are manufactured goes through quality check on the Surge testing machine post which the online conveyorized varnishing and baking process is followed.
  5. Cover machining – Most advance 20 sets of cover machining is being followed with one machine all the machining is being done at one go. This eliminates process failures and customer complaints.
  6. Rotor Machining is being done on complete automatic line with robotics which is one of best in class practice in the industry.
  7. Motor is being assembled on conveyorized assembly line with a consistency of 3 secs per motor.
  8. Motor Testing 100% motor after being assembled is being checked by a pre defined computerized checking machine to avoid any mass failure in the market.
  9.  Plastic Injection Molding – 150 Plastic Molding Machine which handles about 400 molds converting about 4,000 Tons of Polymer ( PP , ABS , POM , Nylon , PC , FRP ) yearly. This ensures better product quality, timely supplies & confidentiality of the product in the open market.
  10. Final Product assembly is being done on a made to measure online over head conveyors to ensure high productivity with trusted quality parameters

Our Products

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Frequently Asked Questions

Common materials include aluminum, steel, copper (for windings), and engineering plastics like ABS or polypropylene for blades and covers.

Motor assembly involves combining the stator, rotor, shaft, bearings, and housing, followed by winding, testing, and final calibration.

Common types include ceiling fans, table fans, pedestal fans, exhaust fans, and industrial ventilation fans.

The stator and rotor are core motor components, made through lamination stacking, winding, and precision machining to ensure efficient rotation.

Through optimized motor design, aerodynamic blades, high-quality bearings, and use of efficient materials.

Motor testing checks torque, speed, efficiency, temperature rise, insulation resistance, and noise levels.
Fan blades are produced using plastic injection molding or aluminum die casting, followed by balancing and surface finishing.
Noise reduction involves aerodynamic blade design, precision motor assembly, anti-vibration mounts, and quality bearings.