Cooling Tower Parts

Tower tech Offers You A Large Selection Of High Quality OEM Replacement Parts Which Are Compatible With Virtually All Models And Manufacturers Of Cooling Towers

TOWER TECH Undertakes All Work Using Excellent Quality Products And Materials Designed To Meet The Harshest Conditions Encountered In Cooling Tower Environments.

Our Approach Is To Minimize Future Likelihood Of Corrosion, Fatigue And Failure By Implementing Properly Engineered Solutions That Make Use Of Latest Materials Suited For The Cooling Tower.

We Have Excellent Relationships With An Extensive Network Of Quality Manufacturers And Suppliers That Give Us Preferential Status. This Will Ensure To Obtain Rapid Delivery Of Key Components At Reasonable Prices.

Cooling Tower Parts That Will Ensure Maximum Working Efficiency And Longer Lifespan.

- Explore Our Cooling Tower Parts And Components.

Cooling tower packing :-

Film Fill Media:
We Have The Most Complete Line Of Various Types Of Film-Fill Packing Media Available, Which Fits To Give Precisely The Cooling Performance . We Offer Everything From High Efficiency, Cross-Fluted Designs To Fouling-Resistant, Vertical Flow Designs Cater For The Almost Any Water Quality. Choice Of Packing Is Key Answer To The Equation Of Optimum Cooling Tower Design At An Most Economical Cost.

Application: Counter Flow And Cross Flow Cooling Tower

Splash Fill Media:
Splash Fills Are Fouling-Resistant And Capable Of Handling Dirty Water Applications, While Also Achieving High Thermal Performance.

Application:
Counter Flow And Cross Flow Cooling Tower

Water Distribution System :-

Nozzle
Proper Nozzle Selection Means Uniform Coverage And More Efficient Cooling.
Available For Different Cooling Tower Requirements.

Fans:-

We Provide high efficient Aerodynamically designed FRP Hollow blade/ aluminum solid blade Axial Flow Fans designed to the industry with the ultimate aim of saving

FRP Axial Flow Fans: » Fan diameter : 250mm to 15000mm
» Air Flow : 0.5 M3/s to 2500m3/s
» Pressure : 1mm to 100mm
» Tip speed Limit : up to 70 M/s
Aluminum Axial Flow Fans: » Fan diameter : 250mm to 5500mm
» Air Flow : 0.5 M3/s to 400m3/s
» Pressure : 1mm to 100mm
» Tip speed Limit : up to 100 M/s
Raw Materials for Blades: » Epoxy / As per Client requirement
Raw Materials for Hub: » Steel + Galvanized /SS/ As per Client requirement
Raw Materials for Hardware: » SS-304 / SS-316/ As per Client requirement

Gearboxes:-

GREAVES "B" SERIES
Greaves "B"Series Right angle gear drives in single/ double reduction are intended to satisfy characteristic requirements and conditions encountered in cooling tower applications This series covering model B-114to B-132(having ratio range of1.22/1 to4.57/1) in single stage and B 214to B235 (having ratio range of 5.06/1to 15.4/1(in double stage are exclusively meant for Cooling Tower installations with features like unicast case. 3-pointfoundation, pump less lubrication and combination of labyrinth double oil seal arrangement toward stop end.

Salient Features
Spiral Bevel Gears : These are manufactured from high quality case-hardening alloy steel, generated in klingelnberg cyclo-palloid system and lap finished in matching sets.Helical Gears: These gears are machined from high quality alloy case-hardening steel, which are individually flank ground to precision grade accuracy. Case hardened surface with softer core provides improved wear resistance and fatigue strength. Case : Single piece grey cast iron casing is of rigid construction with necessary reinforcement. Provided with easily accessible service ports they are suitably designed on CAD work stations to absorb fan loads and to dampen noise and vibration. The three point foundation facilities in Achieving alignment.

Cooling Tower Low Speed Direct Drive Motors. :-

Cooling Tower Motors are specially Designed Flange Mounted motors in totally enclosed construction to suit air conditioning & refrigeration industries. They are provided with special long shaft construction with extended threaded end to directly mount the fan. This also helps in the better cooling of the motor. Motors are compact in design & less in weight to facilitate easy maintenance. They are available as standard design or custom built.

Frames:71 to 280
Rating:0.37 to 22.0 kw
Poles: 4,6,8,10 & 12
Protection: ip 55
Enclosure: totally enclosed.(TE)

Also standard motor of reputed make like siemens, Crompton etc will be used along with gear drive series of cooling tower.

Drift Eliminator:-

Blade Drift Eliminator Modules Use A Tightly-Spaced Series Of Sinusoidal-Shaped PVC (Or HPVC) Blades That Force The Leaving Air To Make Distinct Changes Of Direction At Three Impact Zones , Resulting In Maximum Drift Droplet Removal. And This Performance Does Not Come At The Expense Of Fan Energy, As The Engineered Flow Through These High-Performance Drift Eliminators Achieves Very Low Pressure Drop .

Air Inlet Louvers:-

Cellular and blade types louvers are designed to improve air flow in to the cooling tower, eliminate water splash out which can cause icing problems and restricts the amount of sunlight in to the cooling tower to reduce algae growth.

Fan Stacks:-

FRP Fan Stacks have a unique lightweight single wall construction and are designed to match Fans or Cooling Tower any other make.

Benefits
Extremely stiff construction reduces transmission of vibrations to structure
Segments can easily and quickly be assembled on site
Lightweight of segments allows ease of handling
Inlet bell shape makes fan performance ideal

Standard Features
Sizes Available: 6 feet to 40 feet (1800 mm – 12000 mm) in diameter
Heights Available: Up to 18 feet (5400 mm)
Operating temperature range: –20ºC to +65ºC (–4ºF to + 149ºF)
Galvanized Steel / Stainless Steel fasteners
Fan Stacks have been designed for the greatest thermal efficiency, as well as superior strength.

Drive Shafts:-

Induced Draft Cooling Tower Drive Systems Are Usually Designed With A Motor, Gearbox And Fan Located At The Top Of The Cooling Tower.

The Atmosphere Inside The Tower Is Hot And Humid. Placing A Motor Inside The Tower Under This Condition Can Quickly Deteriorate Its Performance. Using A Floating Shaft Coupling, The Motor Is Located On The Outside Of The Stack And Away From The Corrosive Airflow. It Spans The Gap Between Motor And Gearbox Reducer Shaft Through Various Coupling Designs To Meet Cooling Tower Application.

Cooling Tower Have An External Electric Motor Which Is Connected To The Bevel Gear Located At The Centre Of The Cooling Tower By Long Drive Shaft

It Is Common Practice To Produce Such Connecting Shaft From Composite Tubes (Either Glass Or Carbon Fiber) And To Connect Them By Torsionally Stiff But Flexible Element Using A Double Cardanic System The Motor And Gear Shafts.

Composite Shafts Are High Strength, Light Weight Torque Tubes For Long Span Drive Shaft. These Tubes Are Filament Wound Carbon Or Glass Fiber Construction Which Are Over-Cured Under Precision Controlled Conditions For Consistent Quality. All Composites Shafts Include Our Exclusive Barrier Layer Wound In To The Structure Of Each Shaft Providing Uv Protection And Giving The Shaft Its Unique, Smooth Appearance Plus Protecting For The Working Structure Of The Shaft From Damage During Handling And Installation.

ALSO AVAILABLE IN MS HOT DIPPED GALVANIZE/SS 304 CONSIDERING APPLICATION OF COOLING TOWER.