Motto Tech Industries SG Highway, Ahmedabad, Gujarat

The Round Shape FRP Cooling Towers Also Calles As Bottle Shape Cooling Towers. The Casing And Basins Are Designed To Withstand Severe Vibrations, High Wind Load And To Resist Corrosion. The Cooling Towers Consists Of Honey Comb PVC Fills In Design That Maximum Economy And Efficiency And Directly Driven Fan And Motor “minimum Drift Losses” Uniform Distribution Of Hot Water By Rotating Arm Sprinkler. Hot Dipped Galvanised Hardware To Withstand Wind Forces. The Bottle Shape Makes Possible To Provide Maximum Cooling Efficiency In Minimum Plan Area With Lower Energy Consumption. Round Shape Cooling Tower That Performs Under Induced Draft Counter Flow Principle For The Operation. The Hot Water Enters Through Hot Water Inlet That Passes Through Sprinkler By Perforated Branch Pipe Which Distributes The Water Evenly. This Water Is Spread Over The Heat Exchange Fills. Then, The Water Flows Downward As A Thin Film Through The Fill In Direct Contact With Ambient Air Moving Upwards In A Counter Flow Direction. We Offer Cooling Tower In Rang Of 5 Tr To 300 Tr Capacities To Cool Water From3 rn3/ Hr To 200 rri’ / Hr In RangeOf 8 °C To 10 “C Temperature Difference. We Have 15 Models In 5 Tr To 300 Tr Cooling Tower Capacities.    

To Provide A Longer Functional Life We Engage Ourselves In Manufacturing Specially Designed Cross Flow Cooling Towers. These Are Widely Known For Its Dependability And High Performance And Readily Adaptable For Any Natural Flow Of Water- Cooling Application. We Manufacture These Cross Flow-cooling Towers With Qualitative Grades Of FRP. Which Helps In Supporting Structure That Makes Them Resistant From The Chemicals And Corrosion. The Special Design Makes It A Lesser Maintained Rotary Sprinklers Or Tiny Nozzles. It Is Easy Tocle An The Distribution Basin And Nozzles While The Towers Is In Operation. As The Main Function Is To Move The Water To The Top Of The Towers, The Power Is Saved And Further More Gravity Does The Final Thing. The Fan, Motor And Water Distribution System Are Out Where You Can Easily Maintain Them.   FRP Coss Flow Cooling Tower That Performs Under Induced Draft Cross Flow Principle For The Operation. The Tower Design Incorporates A FRP Distribution Basin With No. Of Flower Type Target Nozzles In It And Are Located At The Tower Top. The Water, By Gravity, Is Dispersed Over The Fill Media Uniformly And Water Is Allowed To Pass Vertically Down Along The Honey Comb Fills. The Fan Coupled Directly To The Motor Is Placed Horizontally To Draw Air Across The Fill Media. A Small Portion Of Water Is Evaporated Which Removes The Heat From The Remaining Water In Warm Moist Air Is Drawn To The Horizontally Placed Fan / Motor And Is Discharged Through The Fan Deck, To The Atmosphere. The Resultant Cold Water Is Collected At The Cooling Tower Collection Sump From Where It Is Re-circulated To. The Application. We Offer Cooling Tower In Rang Of 20 Tr To 300 Tr Capacities To Cool Water From 12 m3 / hr To 200 m3 / hr In Range Of 8 ‘t To 10 °C Temperature Difference In Single Flow & For More Than We Can Give In Double Flow Cooling Tower In Any Range.

Fanless Filles Cooling Towers The Name “Fan Less Fill Less” Says It All. Devoid Of Either The Fan Or The Fill Media These Towers Are Guaranteed For 100% Savings In Power & Maintenance Down Time. The Hot Water From The Heat Source Is Circulated To The Inlet Header Of The Cooling Tower. The Inlet Header Pipes Have Branches And Sub Branches Covering The Internal Area Of The Cooling Towers. The Non Clog Nozzles Are Connected At The Outlets Of The Sub Branch Pipings. At A Inlet Pressure Of 1 – 1.5 Kg/cm’ To The Cooling Tower. The Hot Waters Are Atomized To A Mist State. The Nozzles Are Self Designed To Create More Pressure Thereby Converting Water Into Minute Atomized Particles. From The Four Sides Of The Louvers, Plenty Of Fresh Air Is Automatically Circulated By The AeroDynamic Designed FRP Louvers.   Waters Are Directed By The Special Aero Dynamic Louvers Towards The Collection Sump. The Louvers Ensure That The Water Do Not Spill Out Of The Towers. The Hot Waters, That Are In A Mist State, Comes Directly Into Contact With The Ambient Air And The Cooling Is Achieved Mainly By The Portion Of Water, That Gets Converted To Vapors, Thus Caring Away The Latent Heat Of Evaporation. Therefore, Water Gets Cooled And In This Process.