GEM EQUIPMENTS PRIVATE LIMITED

Arasur, Coimbatore, Tamil Nadu

The GEM Wall Mounting Compressed Air Dryer 20 CFM is a top-tier solution engineered for optimal performance in air compression systems. This wall mounting dryer efficiently removes moisture from compressed air, ensuring that your equipment operates smoothly and reliably.

With a working pressure range of 7–16 Bar and a flow rate of 20 CFM, it caters to various industrial applications, making it an essential addition for any workshop or manufacturing facility. The 12.7 mm (1/2 inch) BSP connection guarantees compatibility with standard fittings, allowing for easy installation and seamless integration into existing systems.

The GEM Wall Mounting Compressed Air Dryer 20 CFM not only enhances the efficiency of your operations but also prolongs the lifespan of your tools and machinery by preventing rust and corrosion caused by moisture. Its durable construction and reliable performance ensure that it meets the demands of rigorous work environments.

By investing in this high-quality wall mounting air dryer, you are choosing a product that embodies excellence and innovation in air treatment solutions. Trust the GEM Wall Mounting Compressed Air Dryer to deliver superior results and maintain the quality of your compressed air systems.

Our Heatless Compressed Air Dryer is designed for efficient moisture removal using high-quality desiccant technology, ensuring a consistent dew point as low as 40C. With a simple and highly reliable twin-tower design, this dryer provides continuous, moisture-free air without the need for external heat, making it ideal for low-maintenance and energy-efficient operation.

Key Features:
Flow Capacity:20 to 2500 CFM
Low Dew Point:Up to 40C for critical air applications
Twin Tower Design:Ensures continuous drying with seamless tower switching
Premium Desiccant Media:Long service life and high adsorption efficiency
Low Power Consumption:No external heaters required
Purge Optimized System:Reduced purge loss for improved energy savings
Heavy-Duty Construction:Suitable for 24/7 industrial operation
Easy Operation & Monitoring:Pressure gauges and control valves for smooth performance

Applications:Ideal for pharmaceuticals, chemical plants, food & beverage units, spray painting, pneumatic tools, automotive manufacturing, packaging, electronics, and moisture-sensitive industrial processes.

Benefits:Delivers ultra-dry air for critical applicationsPrevents rust, corrosion, and moisture contaminationLow maintenance and long operational lifeImproves efficiency and reliability of compressed-air systems

A perfect choice for industries requiring stable, high-performance, and energy-efficient compressed air drying without external heating.

1000 - 2000 CFM Copper Coil Compressed Air Dryeris designed to deliver clean, dry, and moisture-free compressed air for various industrial applications. Built with a high-efficiency copper heat exchanger, it ensures superior thermal conductivity and consistent performance.
This model is ideal for small to medium air compressor systems, ensuring energy efficiency, low pressure drop, and reliable operation even under varying load conditions.

Key Features:

• Copper coil heat exchanger for better heat transfer

• Compact and durable design

• Energy-efficient refrigeration system

• Low maintenance and long service life

• Consistent dew point performance

Applications:Used in textile, automotive, pneumatic, packaging, and engineering industries to protect equipment and improve air system reliability.

1000 - 1500 CFM Rotary Compressed Air Dryeris designed to provide clean, dry, and moisture-free compressed air for continuous industrial operations. Engineered for rotary screw and rotary vane compressors, this dryer ensures high efficiency, stable dew point, and long-term reliability.
The system features a high-performance refrigeration circuit and efficient heat exchanger, delivering consistent air quality with minimal power consumption. It is ideal for industries requiring uninterrupted air supply and precision performance.

Key Features:

• Suitable for rotary screw and rotary vane compressors

• Consistent dew point performance

• Energy-efficient refrigeration system

• Heavy-duty and durable construction

• Low maintenance and easy operation

Applications:Widely used in automotive, textile, food processing, engineering, chemical, and pharmaceutical industries for reliable compressed air drying solutions.

Our Compressed Air Dryer is engineered to remove moisture, oil vapors, and contaminants from compressed air systems, ensuring clean, dry, and high-quality air for industrial applications. Built with advanced drying technology and robust components, this dryer enhances the performance and lifespan of pneumatic tools, machinery, and downstream equipment.

Key Features:
High Moisture Removal Efficiency:Ensures consistently dry air output
Available Types:Refrigerated, Heatless Desiccant, Heated Desiccant, and Heat of Compression
Stable Dew Point:Suitable for general to critical industrial processes
Low Power Consumption:Optimized design for energy-efficient operation
Durable Construction:Corrosion-resistant body suitable for harsh industrial conditions
Low Maintenance:Simple design with long-life components
User-Friendly Interface:Clear indicators for temperature, dew point, and system status
Optional Pre & Post Filters:Enhances purity and protects downstream equipment

Applications:Ideal for CNC machines, spray painting, pneumatic tools, textile industries, pharmaceuticals, packaging units, food processing, automotive plants, chemical industries, and general compressed-air systems.

Benefits:Prevents moisture-related damage, rust, and contaminationImproves product quality and production consistencyExtends equipment life and reduces downtimeEnsures reliable, continuous operation across industriesEnhances overall efficiency of compressed-air systems

A dependable and energy-efficient solution for maintaining clean, dry, and moisture-free compressed air in all industrial environments.

10 - 1000 CFM High Pressure Compressed Air Dryeris engineered to deliver dry, clean, and moisture-free compressed air for demanding industrial and process applications. Designed to operate efficiently under high-pressure conditions, it ensures consistent performance and long-term reliability.
Built with a robust heat exchanger and high-quality refrigeration components, this dryer provides stable dew point, low pressure drop, and energy-efficient operation.

Key Features:

• Suitable for high-pressure air systems

• Rugged design for reliable performance

• Efficient moisture and oil removal

• Compact, easy-to-maintain construction

• Energy-efficient refrigeration technology

Applications:Ideal for petrochemical plants, testing facilities, bottling units, engineering workshops, and industrial pneumatic systems requiring high-pressure air treatment.

10 - 1000 CFM Aluminum Compressed Air Dryer is designed to provide clean, dry, and moisture-free compressed air for industrial applications. The aluminum heat exchanger ensures excellent thermal efficiency, lightweight construction, and corrosion resistance for long-lasting performance.
This unit is ideal for small and medium compressed air systems, delivering stable dew point, low power consumption, and reliable operation.

Key Features:

• Efficient aluminum heat exchanger for quick heat transfer

• Compact and durable design

• Energy-efficient refrigeration system

• Low maintenance and easy installation

• Consistent performance under varying loads

Applications:Widely used in automotive, textile, food processing, packaging, and engineering industries to enhance air quality and protect pneumatic tools and equipment.

Salient Features:

• Power on light
• On-Off switch
• Tower pressure gauge
• High accurate motorised cam timer
• Differential pressure gauge for filters
• Cycle failure indication
• Sized to save heat of adsorption - minimises purge air usage
• Limited velocities through tower prevent bed fluidization - stops desiccant dusting
• Large desiccant bed - ensures sufficient contact time to produce -400C dew point Molecular sieves for -600C

Specification:

• Working pressure 7 bars to 70 bars
• Inlet temperature 45°C to 60°C
• Atmospheric Dew point -40°C to -80°C
• Pressure Drop 0.2 bar
• Code of Construction IS2825/ ASME Sec VIII Div 1
• All flanges As per ANSI B 16.5
• Electric 230 V AC, 50 Hz

Our Compressed Refrigerated Air Dryer is engineered to deliver consistent, moisture-free compressed air for a wide range of industrial applications. Using advanced refrigeration technology, it ensures a stable pressure dew point of +2C to +5C, preventing condensation, corrosion, and equipment downtime.

Key Features:
Capacity Range:20 to 2500 CFM
Stable Dew Point:Maintains +2C to +5C under varying loads
High-Efficiency Refrigeration Circuit:Designed for low power consumption
Aluminium Plate Heat Exchanger:Ensures maximum thermal efficiency with minimal pressure drop
Automatic Condensate Drain:Reliable removal of moisture without air loss
Compact & Durable Design:Space-saving construction ideal for industrial environments
Low Maintenance:Fewer moving components for long service life
User-Friendly Controls:Clear indicators for temperature, dew point, and system status

Applications:Perfect for CNC machines, packaging lines, pneumatic tools, automotive workshops, printing units, textile industries, pharmaceutical plants, and general compressed-air systems.

Benefits:Prevents moisture-related breakdowns and rustEnsures consistent product quality in sensitive processesReduces maintenance costs and downtimeImproves overall efficiency of your compressed-air setup

A reliable, energy-efficient, and cost-effective solution for maintaining dry and clean compressed air in industrial operations.

20 CFM Wall Mounted Compressed Air Dryer is designed for compact, efficient, and reliable moisture removal in compressed air systems. Its space-saving wall-mounted design makes it ideal for small workshops and industrial setups where floor space is limited.
Built with a high-efficiency heat exchanger and durable refrigeration system, it ensures consistent dew point, low energy consumption, and long service life.

Key Features:

• Wall-mounted, space-saving design

• Easy installation and maintenance

• Efficient heat exchange for quick moisture removal

• Energy-efficient and low noise operation

• Reliable performance with compact construction

Applications:Suitable for automotive garages, small industries, CNC workshops, and pneumatic systems requiring clean, dry compressed air in limited spaces.

Ensure clean, dry, and moisture-free compressed air with our 1000 - 2000 CFM Aluminum Compressed Air Dryer.Designed for reliability and efficiency, this dryer removes water vapor, oil mist, and contaminants from compressed air, protecting sensitive components and extending equipment life.

Key Features:

• High Efficiency Drying:Removes up to 99% moisture content, ensuring consistent dry air supply.

• Energy Efficient Design:Low power consumption with optimized heat exchange system.

• Durable Construction:Built with corrosion-resistant materials for long-lasting performance.

• Easy Installation & Maintenance:Compact design suitable for all types of GEM air systems.

• Optional Filtration:Available with pre and after filters for superior air purity

Our Compressed Air Refrigeration Dryer provides reliable moisture removal using advanced refrigeration technology to deliver clean, dry air for a wide range of industrial processes. Designed for continuous operation, this dryer ensures a stable pressure dew point of +2C to +5C, preventing condensation and protecting downstream equipment.

Key Features:
Capacity Range:20 to 2500 CFM
Stable Dew Point:Maintains +2C to +5C under all load conditions
Energy-Efficient Cooling System:Low power consumption with optimized refrigerant flow
High-Performance Heat Exchanger:Maximizes heat transfer while minimizing pressure drop
Automatic Drain System:Ensures efficient condensate removal
Low Maintenance Design:Fewer moving parts and durable components
Compact & Robust Construction:Suitable for harsh industrial environments
User-Friendly Interface:Easy-to-read indicators for temperature and system status

Applications:Ideal for textile units, CNC machines, printing, packaging, automotive workshops, pneumatic tools, pharmaceutical manufacturing, food processing, and general industrial compressed-air systems.

Benefits:Protects equipment from moisture-related damageEnsures high-quality output in air-driven processesReduces maintenance and downtimeEnhances overall efficiency and reliability of compressed-air systems

A dependable and cost-effective solution for industries requiring moisture-free compressed air with minimal energy usage.

300 - 1000 CFMRotary Compressed Air Dryeris designed for robust, energy-efficient, and continuous operation. Engineered using high-grade components and advanced rotary technology, this model ensures low dew point performance and oil-free, dry air in a compact footprint.

Key Features

• 100% Oil-Free Compressed Air Output
• Integrated Rotary Technology Consistent Dew Point
• Patented Twin Tower System with Sorbent Beds
• Low Pressure Drop & Noiseless Operation
• Stainless Steel Piping with Low Thermal Loss
• Pre & After Filters Included
• No Chiller or Refrigeration Required
• Fully Automatic, Low Maintenance

20 -1000 CFM Copper Coil Compressed Air Dryer is a compact, energy-efficient system designed to remove moisture and contaminants from compressed air lines. Built with copper coil heat exchangers for superior thermal performance and corrosion resistance, it ensures dry, clean air for pneumatic tools, instruments, and industrial processes.
This model is ideal for small to medium-scale industries, where reliability, compact size, and low maintenance are key requirements.

Key Features:

• High-Efficiency Copper Coil Heat Exchanger:Provides rapid heat transfer and improved moisture removal compared to standard aluminum systems.

• Consistent Dew Point Performance:Ensures dry air with dew points up to +3C (or better), preventing corrosion and product spoilage.

• Compact & Robust Design:Space-saving structure suitable for wall or floor mounting; ideal for small compressor rooms.

• Energy Efficient Operation:Uses minimal power while maintaining optimal air drying performance.

• Low Maintenance:No desiccant replacement; easy-to-clean heat exchangers and condensate drains.

• Corrosion Resistant Components:Copper coils and stainless-steel internals ensure long life even in humid or industrial conditions.

• Automatic Drain System:Removes condensed water automatically, ensuring continuous and safe operation.

Features:

• Uninterrupted performance
• Reliability
• FRP modular panels
• HD steel supports
• Walk - way for access and service

Salient Features:

• Compact in design as per std Engg practice
• Option of TEMA C / Std. Engg. practice
• Comparatively low power consumption
• Less impact of ambient in the outlet temperature
• Vertical and horizontal models available

1000 - 2500 CFM High Pressure Compressed Air Dryer is a robust and energy-efficient system designed to deliver moisture-free, clean compressed air for high-pressure industrial applications. Engineered with reinforced heat exchangers and heavy-duty components, it ensures reliable operation under pressures up to 40 bar (580 psi) making it ideal for PET bottle blowing, laser cutting, testing rigs, and industrial automation.

Key Features:

• High Pressure Design:Built to handle pressures up to40 bar, with leak-proof copper or stainless-steel piping and reinforced structure.

• Efficient Moisture Removal:Reduces the dew point up to+3C, ensuring consistently dry compressed air that prevents corrosion and equipment damage.

• Energy-Efficient Refrigeration System:Uses eco-friendly refrigerants (R134a / R407C) with optimized compressors and condensers for minimal power consumption.

• Compact & Rugged Construction:Space-saving design with vibration-resistant mounting, suitable for high-pressure and high-duty cycle environments.

• Automatic Drain System:Fitted with a timer-based or zero air loss drain valve to remove condensate effectively and continuously.

• Reliable Heat Exchanger:High-efficiency copper or SS coil heat exchanger ensures stable thermal performance and long life.

20L Industrial Air Cooled Coolerisa portable cooling unit designed for large spaces like factories and workshops, featuring a 20-liter tank and utilizing evaporative cooling principles by blowing air over a wet pad to cool it.

Product OverviewTheFRP Square Cooling TowerfromGEM Equipments Pvt. Ltd.is ahigh-performance industrial cooling solutiondesigned for effective heat rejection in process cooling, HVAC systems, textiles, power plants, chemical and pharmaceutical industries. Built withfibreglass reinforced plastic (FRP)casing, this square type cooling tower delivers superior durability, corrosion resistance, and energy-efficient operation.

Key Features
Durable FRP Construction:Lightweight yet rugged FRP casing with UV-stabilised resin and gel coat ensures long life and resistance to corrosion, wind loads and vibrations.
Efficient Heat Transfer:Honeycomb PVC fill with large contact surface area improves airwater interaction for maximum cooling efficiency.
Uniform Water Distribution:SpecialSCSP nozzlesdeliver even water spray across the fill media, eliminating dry pockets and enhancing cooling performance.
Energy-Efficient Fans:Induced-draft axial fans provide high airflow with low noise and reduced power consumption.
Corrosion-Resistant Components:FRP and PVC components with SS304 fasteners guarantee long-lasting performance in outdoor industrial environments.
Easy Installation & Maintenance:Lightweight design simplifies onsite installation and access to internal parts for servicing.

Specification:

• Frame All supporting structures are hot-dip galvanized steel to minimize rusting and corrosion ensuring long life
• The fills are available with flute height of 6 mm, 12 mm, and 19 mm with sheet thickness of 1 mm and 1.2 mm

Product Overview:
The 100 TR Adiabatic Cooling Tower is a high-performance, air-cooled heat rejection system designed for industries requiring efficient cooling without water loss. Unlike conventional wet cooling towers, the dry cooling tower uses ambient air to dissipate heat, making it an eco-friendly and low-maintenance solution ideal for areas with water scarcity or strict environmental regulations.

Key Features:

• Water-Free Operation:Utilizes ambient air instead of water for cooling no evaporation losses or water treatment required.

• Energy-Efficient Design:Equipped with high-efficiency axial fans and finned tube heat exchangers to ensure maximum heat transfer with minimal energy consumption.

• Maintenance-Free Cooling:No fill media, drift eliminators, or water distribution systems resulting in lower maintenance and operating costs.

• Corrosion-Resistant Construction:Built using galvanized steel, aluminum, or FRP casings with copper/aluminum finned tubes for superior durability.

• Environmentally Friendly:Eliminates plume formation, water consumption, and chemical discharge ideal for sustainable industrial operations.

• Compact & Modular Design:Easy to install in confined spaces; units can be expanded modularly to meet increased cooling demands.

• Low Noise & Reliable Performance:Balanced fan assemblies and vibration isolation ensure quiet and stable operation even in 247 industrial environments.

A high-performance industrial cooling tower designed for efficient heat dissipation in HVAC systems, manufacturing plants, and process cooling applications. The tower is engineered for durability, low maintenance and energy-efficient operation.

Key Features:

• Heavy-duty construction with corrosion-resistant materials (FRP/steel as required)

• Advanced fill media for enhanced heat transfer and reduced drift losses

• Highly efficient fan and motor assembly for low power consumption

• Modular design allows for easy installation, inspection and maintenance

• Low noise operation with vibration-isolated mountings

• Suitable for outdoor installation; built to withstand Indian climatic conditions

• Optional features: wooden or FRP cell construction, specialized coatings, split-cell configuration for large capacities

• Wide selection of capacities to match cooling loads from light to heavy industrial use

Typical Applications:

• Air-conditioning plants in commercial and corporate buildings

• Plastic moulding, die-casting and injection-moulding units

• Food processing and chemical plants

• Power plants, textile mills, and general process industries

Our Cooling Tower for Power Plant applications is engineered to deliver high thermal efficiency, superior cooling performance, and long-term durability. Designed to handle heavy-duty industrial heat loads, this tower ensures reliable cooling for turbines, generators, condensers, and auxiliary equipment, supporting continuous and efficient plant operation.

Key Features:
Cooling Capacity Range:10 TR to 1000 TR
High Heat Rejection Efficiency:Optimized design for stable cooling performance
FRP/Steel Construction Options:Corrosion-resistant and built for long service life
Energy-Efficient Fans:Low-noise, high-airflow axial or centrifugal fans
High-Performance Fills:Maximum surface contact for improved cooling
Efficient Drift Eliminators:Reduced water loss and minimal drift
Easy Maintenance Access:Large inspection openings and sturdy structural layout
Weather-Resistant Design:Suitable for harsh industrial and outdoor environments

Applications:Widely used in power plants, thermal stations, turbine cooling, condenser cooling, DG sets, HVAC systems, manufacturing units, petrochemical plants, and process industries.

Benefits:Maintains stable temperature for uninterrupted plant operationsReduces energy consumption with optimized airflow and water circulationExtends life of turbines, condensers, and critical equipmentCorrosion-resistant construction ensures long-term reliabilityLow maintenance and cost-effective operation

A robust and efficient solution for power plants requiring dependable cooling capacity from 10 TR to 1000 TR.

Gem Equipmentoffers high-efficiencyInduced Draft Cooling Towersdesigned for superior cooling performance in industrial and commercial applications. These cooling towers use a top-mounted fan to draw air upward through the fill media, ensuring uniform air distribution and maximum heat transfer.

Induced draft cooling towers are widely preferred due to theirhigher thermal efficiency, stable operation, and reduced recirculation of hot air, making them ideal for continuous-duty industrial processes.

Key Features:

• High cooling efficiency with uniform air flow

• Top-mounted fan for effective heat rejection

• Corrosion-resistant FRP / MS structure

• Low noise and vibration operation

• Energy-efficient motor and fan assembly

• Easy installation and minimal maintenance

Applications:

• Plastic Processing Industries

• Injection & Blow Molding Machines

• Power Plants

• HVAC Systems

• Chemical & Pharmaceutical Industries

• Process Water Cooling

Specifications (Customizable):

• Capacity: As per requirement

• Cooling Range: 5C to 15C (or as specified)

• Type: Induced Draft

• Construction Material: FRP / MS / SS

• Fan Type: Axial Flow

• Power Supply: 3 Phase, 415V, 50Hz

Advantages:

• Better performance compared to forced draft towers

• Lower operating and maintenance costs

• Longer service life

• Suitable for high-temperature industrial processes

Customization available as per customer specifications and site conditions.

If you want, I can also:

Our Industrial Cooling Tower is engineered for high-performance heat dissipation across a wide range of manufacturing and process industries. Designed for heavy-duty, continuous operation, it provides efficient cooling for machinery, process water, heat exchangers, and industrial equipment. With a capacity range of 10 TR to 1000 TR, this system ensures stable operation and long service life even under demanding conditions.

Key Features:
Cooling Capacity:10 TR to 1000 TR
High Heat Rejection Efficiency:Optimized design for maximum cooling output
Durable FRP Construction:Corrosion-resistant, lightweight, and long-lasting
High-Efficiency PVC Fills:Ensures superior heat transfer and maximum cooling
Low-Noise Axial Fans:High airflow performance with reduced power consumption
Rugged Design:Suitable for industrial and outdoor environments
Easy Maintenance:Accessible structure with service-friendly components
Energy-Efficient Operation:Designed for reduced water and power usage

Applications:Ideal for chemical plants, manufacturing industries, injection moulding units, power plants, HVAC systems, petrochemical industries, food processing units, textile factories, and general industrial cooling needs.

Benefits:Provides reliable and uniform cooling for industrial machineryReduces energy costs with optimized airflow and water circulationEnhances machine performance and prevents overheatingLong operational life with minimal maintenance requirementsImproves productivity and system efficiency

A robust, efficient, and long-lasting solution for industries requiring dependable cooling from 10 TR to 1000 TR.

Our Cooling Tower designed for Injection Moulding applications ensures efficient heat removal from moulds, hydraulic oil, and process water, keeping machines running at optimal temperatures. With a capacity range of 10 TR to 1000 TR, this cooling tower is ideal for continuous, round-the-clock industrial operation.

Key Features:
Cooling Capacity:10 TR to 1000 TR
High Thermal Efficiency:Rapid cooling for stable moulding cycle times
FRP Body Construction:Lightweight, corrosion-resistant, and long-lasting
High-Performance PVC Fills:Maximum heat transfer for better cooling
Low-Noise Axial Fans:Smooth airflow with reduced power consumption
Energy-Efficient Operation:Optimized water & air distribution system
Easy Maintenance:Wide access panels and simple service-friendly design
Weather-Resistant Design:Suitable for outdoor industrial environments

Applications:Perfect for plastic injection moulding machines, blow moulding units, extrusion plants, PET preform lines, and other high-heat plastic processing equipment.

Benefits:Maintains consistent mould temperature for better product qualityImproves machine efficiency and reduces cycle timeLow maintenance with durable FRP constructionReduces operating costs with energy-efficient coolingEnhances overall plant productivity and reliability

A reliable, efficient, and durable cooling solution tailored for injection moulding industries.

Features:

• Full FRB Casting for longer life
• Low power
• No sprinklers to be maintained
• Power coated motor with SS shaft
• Operates for lower pressure returns water
• Ideal for multiple inlets and outlets
• All fasteners are made of stainless steel
• Multi-cell options

These compact designed devices are very easy to install and operate and acclaimed for robust construction, accurate dimensions and high functional efficiency. Demands of these devices are increasing day by day owing to its assured quality and reliability.

Features:

• Optimum strength
• Sturdiness
• Corrosion resistance

Functions:
Casing: Built to last with corrosion resistant bright GI / Aluminium sheet.The casing is divided by baffles, into individual fan sections, to ensure proper air distribution through the coils and maximize efficiency at part loads.

Coils: Constructed with copper tubes and Aluminum fins for maximum performance. Coils are leak tested at 300 psi, dehydrated, evacuated, and sealed prior to shipment, to ensure safe reliable operation.

Fans: Made from durable Aluminium / FRB and dynamically balanced for quiet, vibration free operation.

Specification:

• 415 Volt, 3 ph motor, IP54 and mounted on rigid galvanized steel supports
• FRB and dynamically balanced for quiet, vibration free operation

GAS-025/1	1300x1300x1345	2"/2"NB	1060	1	448	460
GAS-030/1	995x995x1345	2"/2"NB	750	1	252	270
GAS-045/1	1300x1300x1345	2"/2"NB	1060	1	448	472

Cooling Tower for Plastic Industries

Gem Equipmentoffers high-performanceCooling Towers specially designed for Plastic Processing Industries, ensuring efficient heat dissipation and consistent cooling for machines such as injection molding, blow molding, extrusion, and thermoforming systems.

Our cooling towers are engineered using advanced technology and premium-quality materials to deliverhigh cooling efficiency, low power consumption, and long service life, even under continuous industrial operation.

Key Features:

• High thermal efficiency with rapid heat rejection

• Robust FRP / MS construction with corrosion resistance

• Low noise and vibration operation

• Energy-efficient fan and motor assembly

• Compact design requiring minimal installation space

• Easy maintenance and long operational life

Applications:

• Injection Molding Machines

• Blow Molding Machines

• Extrusion Lines

• Plastic Granulation Plants

• Chilling & Process Water Cooling

Specifications (Customizable):

• Capacity: As per customer requirement

• Cooling Range: Ambient to process-specific temperatures

• Type: Induced Draft / Forced Draft

• Material: FRP / MS / SS

• Power Supply: 3 Phase, 415V, 50Hz

Why Choose Gem Equipment?

• Proven reliability in plastic industry applications

• Custom-built solutions as per plant layout

• Competitive pricing with assured quality

• Prompt after-sales support

We provide customized cooling tower solutions to meet specific industrial cooling requirements.

2200W Air Moisture Separatorremoves water droplets and other contaminants from a compressed air system. It works by forcing the air through a vortex or against baffle plates, which causes the denser moisture to separate from the air and collect, often draining automatically.

Finely designed and developed our devices are very easy to install, operate and maintain and acclaimed for longer functional life. This comprehensive range of high efficiency filters will remove oil, dirt, odor and water from the compressed air supply, there fore offering complete protection to all equipment installed downstream.

Specifications:

Filter Model	Capacity		Connection BSP	Dimension				Weight
	cfm	m/h		A	B	C	D	Kg
GFZ 005 (Grade)	35	60	3/8"	187	88	21	60	0.77
GFZ 007 (Grade)	50	80	1/2"	187	88	21	60	0.77
GFZ 010 (Grade)	75	120	3/4"	256	88	21	80	0.88
GFZ 018 (Grade)	125	210	1"	362	125	33	100	2.20
GFZ 030 (Grade)	200	335	1"	362	125	33	120	2.60
GFZ 047 (Grade)	310	510	1 1/2"	452	125	33	140	2.90
GZF 070 (Grade)	450	750	1 1/2"	643	125	33	160	3.70
GZF 094 (Grade)	600	1000	2"	695	163	48	520	7.40
GZF 150 (Grade)	900	1500	2"	935	163	48	770	10
GZF 175 (Grade)	1200	2040	3"	1170	248	74	780	20
GZF 240 (Grade)	1700	2760	3"	1170	248	74	780	25

Salient Features:

• Designed as per requirement of IS 7938
• All vessels are hydrostatically tested
• Internal anti corrosive coating
• Fabricated as per IS 2825 / ASME Sec v111 on requirement
• Hand and manholes provided as per code

Gem Equipmentmanufactures high-efficiencyFRP Counter Flow Cooling Towersdesigned to deliver excellent cooling performance with minimum power consumption. In counter flow cooling towers, air moves upward while hot water flows downward, ensuring maximum contact time and superior heat transfer efficiency.

Constructed usinghigh-quality Fiber Reinforced Plastic (FRP), these cooling towers offer excellent resistance to corrosion, weather conditions, and chemical exposure, making them ideal for demanding industrial environments.

Key Features:

• High thermal efficiency with counter flow design

• Durable and corrosion-resistant FRP construction

• Compact design with reduced footprint

• Low power consumption and energy-efficient operation

• Low noise axial flow fan

• Uniform water distribution system

• Easy installation and low maintenance

Applications:

• Plastic Processing Industries

• Injection Molding & Extrusion Plants

• HVAC & Chilling Systems

• Chemical, Pharmaceutical & Textile Industries

• Power Plants & Process Cooling

Specifications (Customizable):

• Capacity: As per customer requirement

• Cooling Range: Typically 5C 15C

• Type: Counter Flow

• Construction Material: FRP

• Fan Type: Axial Flow

• Power Supply: 3 Phase, 415V, 50Hz

Advantages:

• Higher efficiency compared to cross flow towers

• Reduced water splash and drift losses

• Suitable for high-temperature process water

• Longer service life in corrosive environments

Customized designs available to match process requirements and site conditions.

1/2Inch Automatic Drain Valveremoves accumulated moisture and contaminants from compressed air systems without manual intervention. It automatically opens to discharge fluids and closes to prevent air loss, which prevents corrosion, improves system efficiency, and reduces maintenance.

The 150 TR Forced Draft Cooling Tower is a high-capacity industrial cooling system engineered to handle the substantial heat loads generated in thermal, gas, and combined-cycle power generation plants. It ensures reliable and efficient heat dissipation, contributing to optimal turbine and condenser performance while reducing water and energy consumption.

Key Features:

• High Thermal Efficiency:Designed to manage large-scale heat rejection from condensers and auxiliary systems with superior cooling performance.

• Heavy-Duty Construction:Built with reinforced FRP, RCC, or Pultruded FRP structures for exceptional strength, durability, and long service life.

• Energy-Efficient Operation:Equipped with high-efficiency induced draft fans and low-power motors to reduce overall operating costs.

• Corrosion & Weather Resistant:All materials are chosen for resistance to corrosion, UV exposure, and industrial pollutants, ensuring reliability under continuous operation.

• Low Noise & Vibration:Balanced fan assemblies and vibration isolation minimize noise levels ideal for large plant environments.

• Optimized Water Distribution:Uniform water flow over fill media ensures maximum heat transfer and stable thermal performance.

• Custom-Built Design:Available in modular, field-erected, or packaged units to suit different plant sizes and environmental conditions.

Features:

• Robustness
• Durable
• Sturdy construction
• Full FRB casing for longer life
• Stationary no - clog nozzle for easy maintenance
• PVC fills for larger contact surface area
• Weatherproof IP55 flange
• Auto fill float for make - up water
• Ideal for multi-cell option

Our Compressed Air Dryer Filter is designed to remove moisture, oil, dust, and particulate impurities from compressed air systems, ensuring clean and high-quality air for industrial applications. Built with premium filtration media and a robust housing, this filter enhances equipment life, improves air quality, and ensures smooth operation of downstream pneumatic systems.

Key Features:
High Filtration Efficiency:Removes water, oil aerosols, dust, and contaminants
Micro-Filter / Coalescing Filter Options:Suitable for different purity requirements
Durable Housing:Corrosion-resistant, high-pressure-rated body
Low Pressure Drop:Ensures maximum airflow and energy efficiency
High Dirt Holding Capacity:Long service intervals and reduced maintenance
Automatic Drain Valve:Efficient condensate removal without air loss
Easy Cartridge Replacement:Quick-change design for minimal downtime

Applications:Ideal for compressed air dryers, pneumatic tools, spray painting, packaging machines, CNC machines, automotive industries, pharmaceuticals, food processing, and any application requiring clean, dry compressed air.

Benefits:Protects air dryers, valves, and pneumatic equipmentImproves process quality in moisture-sensitive operationsReduces maintenance and operational downtimeEnhances lifespan of downstream machineryEnsures consistent delivery of high-purity compressed air

A reliable, high-performance filtration solution for ensuring clean, moisture-free, and contaminant-free compressed air in industrial systems.

Features:

• Fine finish
• Stringently tested
• Robust construction
• Reduces water consumption
• Eliminates algae/bacteria related problems
• Eliminates sewer charges
• Eliminates scale and corrosion
• Extend equipment life & reduce maintenance
• Fan cycle based on ambient temperature
• Also ideal for process cooling

Specifications:

Capacity	Approx. Water Circulated lpm	Loss of Water/Day Litres	Cost of Water Conserved / Day INR
1.0 MW	1100	31, 680	1, 584.00
2.0 MW	2200	62, 400	3, 120.00
3.0 MW	3250	93, 600	4, 680.00
4.0 MW	4400	1, 26, 720	6, 336.00
5.0 MW	5500	1, 58, 400	7, 920.00

100 TR Forced Draft Cooling Tower is a high-efficiency heat rejection system engineered specifically for data centers, server rooms, and critical IT infrastructure. Designed to maintain precise temperature control and reliability, it ensures optimal equipment performance and uptime while minimizing energy consumption.

Key Features:

• High Cooling Efficiency:Designed to handle continuous 247 operation with stable thermal performance for mission-critical environments.

• Compact & Modular Design:Space-saving FRP (Fiber Reinforced Plastic) construction suitable for rooftop or outdoor installation.

• Energy-Efficient Operation:Fitted with low-noise, high-efficiency fans and motors to minimize power consumption.

• Corrosion-Resistant Body:FRP/GRP housing and stainless-steel internals provide durability and resistance against weather and corrosion.

• Low Noise & Vibration:Engineered for data center environments where acoustic performance and equipment stability are critical.

• Easy Maintenance:Modular fill media, removable louvers, and accessible water distribution systems simplify service and inspection.

• Reliable Performance:Designed for continuous operation, maintaining consistent cooling water temperature under variable load conditions.

The50 TR Cooling Toweris a compact and energy-efficient industrial cooling solution designed to remove process heat generated byinjection moulding machinesandplastic processing units. Engineered for reliable, round-the-clock operation, this cooling tower ensures consistent mould temperature control, improved cycle times, and enhanced product quality.

Key Features:

• High Cooling Efficiency:Delivers precise temperature control essential for maintaining mould and machine efficiency.

• Durable FRP Construction:Corrosion-resistantFRP (Fiber Reinforced Plastic)casing ensures long life and excellent performance under harsh industrial conditions.

• Energy-Efficient Design:Equipped withlow-noise axial fansandhigh-efficiency motorsto minimize energy consumption.

• Uniform Water Distribution:PVC fill media and a rotary sprinkler/nozzle system guarantee even water flow and maximum heat exchange area.

• Low Maintenance:Modular design allows easy access for cleaning and maintenance; minimal downtime.

• Compact & Space Saving:Designed to fit conveniently in limited plant space, suitable for both outdoor and rooftop installations.

• Weather & Corrosion Resistant:Non-corrosive materials protect against chemical vapors, water scaling, and industrial pollutants.

40 - 60 CFM Wall Mounted Compressed Air Dryeris designed to deliver clean, dry, and moisture-free air for small and medium compressed air systems. Its compact and wall-mounted design saves valuable floor space while ensuring reliable performance and easy maintenance.
Built with an efficient heat exchanger and energy-saving refrigeration system, this dryer provides a consistent dew point, low power consumption, and long service life.

Key Features:

• Space-saving wall-mounted design

• Compact, durable, and easy to install

• Energy-efficient refrigeration technology

• Consistent moisture removal and low noise operation

• Minimal maintenance requirements

Applications:Ideal for automotive workshops, small industries, CNC machines, and pneumatic systems where space and efficiency are key.

We offer a high-quality Wall Mounting Compressed Air Dryer designed for a wide range of applications. With a product range of 20-60cfm and a working pressure range of 7-16Kg/cm2, our dryer ensures efficient performance. It features a max inlet temperature of 45C, outlet temperature range of 30-35C, and pressure dew point at the outlet of 3-7C. The wall mounting type makes installation easy and convenient. Ideal for manufacturers seeking reliable air drying solutions to maintain optimal air quality in their operations.

We offer high-quality All Aluminium Compressed Air Dryer designed for efficient moisture removal in compressed air systems. Our product range covers 20-600cfm with a working pressure range of 7-16 Kg/cm. With a maximum inlet temperature of 45C, the outlet temperature ranges between 30-35C, ensuring optimal performance. The pressure dew point at the outlet is maintained at 2-4C, meeting industry standards. As a leading manufacturer, we provide reliable and durable compressed air dryers to enhance the efficiency of your operations.

We offer the CC Copper Coil Compressed Air Dryer, an air-cooled type with a working pressure range of 7-16 Kg/cm. This dryer features a max inlet temperature of 45C and an outlet temperature range of 30-35C, ensuring optimal performance. With a pressure dew point at the outlet of 2-4C, our Copper Coil Series is designed to deliver efficient air drying solutions. Ideal for manufacturers seeking reliable equipment to maintain air quality standards in their operations.

We offer high-quality High Pressure Compressed Air Dryers designed for industrial applications. Our Air Dryers have a product range of 40-1000 Cfm and can operate within a working pressure range of 40-42 Bar. With a max inlet temperature of 45C, our Air Dryers ensure an outlet temperature range of 30-35C and a pressure dew point at the outlet of 2-4C. Ideal for manufacturers, our Air Dryers are reliable and efficient, providing optimal air quality for your operations.

We offer a range of General Purpose Compressed Air Dryers designed for efficiency and reliability. With a product range of 150-2000cfm and a working pressure range of 7-16Kg/cm (g), our dryers ensure optimal performance. The air flow is related to 20C, with a max inlet temperature of 45C. The outlet temperature ranges from 30-35C, maintaining a pressure dew point at the outlet of 2-4C. Trust our General Purpose Compressed Air Dryers for consistent and high-quality air drying solutions. Manufacturer in the business category.

We offer a high-quality Logic Controller Compressed Air Dryer with a product range of 150-2000cfm and a working pressure range of 7-16 Kg/cm. Our air dryer is designed to deliver optimal performance with an air flow related to 20C, a max inlet temperature of 45C, and an outlet temperature range of 30-35C. It ensures a pressure dew point at the outlet of 2-4C, making it ideal for various industrial applications. As a leading manufacturer, we provide reliable and efficient solutions to meet your compressed air drying needs.

We offer an Energy Saving Digital Compressed Air Dryer with a product range of 750-3000cfm, working pressure range of 7-16Kg/cm, and air flow related to 20C. The dryer features a max inlet temperature of 45C, outlet temperature range of 30-35C, and pressure dew point at outlet of 2-4C. Ideal for manufacturers, this efficient dryer ensures optimal performance and reliability in maintaining the quality of compressed air for various industrial applications.

We offer a high-quality Dual Frequency Compressed Air Dryer with a product range of 20-1000 Cfm, suitable for working pressure range of 7-16 Kg/cm. Our dryer ensures efficient air flow at 20C, with a maximum inlet temperature of 45C. The outlet temperature ranges between 30-35C, maintaining a pressure dew point at the outlet of 2-4C. Ideal for manufacturers, this dryer provides reliable performance and precise control over air quality, making it a valuable addition to your industrial setup.

Non-corrosive Aluminium bodyAmply sized to save heat of adsorption.Large desiccant candle, ensures sufficient contact time to produce -40C dew point (-60C with Molecular sieves).Each tower is provided with pressure gauge.FiltersEach dryer is equipped with a Pre-filter to protect desiccant from free water contamination, dust, scales, etc., and an after-filter to avoid desiccant dust carry over. Pressure GaugePressure gauges on each tower for easier illustration of working of dryer. ValvesHighly reliable solenoid valves, to international standards, which act as main flow and exhaust valves.Precision orifice for highly accurate purge flow. WHY SUPER PACK INSTEAD OF OTHER DRYERS?Occupies no floor space as it is wall mounted.Easy to operate.No moving parts and hence high reliability.Least maintenance required.Electronic timer enables accurate cycle timing

A Desiccant Compressed Air Dryer provides consistent, moisture-free compressed air for critical industrial applications. Moisture in compressed air can cause corrosion, contamination, and equipment breakdown. By removing water vapor through advanced adsorption, these dryers deliver consistent dew points up to -40C, with advanced options reaching -80C using molecular sieves. Built for industrial reliability and energy efficiency, a Desiccant Compressed Air Dryer helps extend equipment life, reduce maintenance costs, and ensure smooth production. These systems are trusted across industries where dry, clean compressed air is essential. ApplicationsPharmaceutical manufacturing sterile, moisture-free compressed airFood & beverages contamination-free air supply for safe productionTextile industry stable, dry air for consistent fabric qualityAutomotive & engineering protects tools and assembly linesElectronics & precision industries dry, clean air for delicate processesKey BenefitsStable dew point for moisture-free compressed airProtects sensitive equipment from corrosion and contaminationImproves product quality in critical processesReduces downtime and lowers maintenance costsIndustrial design ensures reliability under tough conditionsEnergy-efficient with optimized purge air lossCompact construction, easy to install in industrial setupsSalient FeaturesPower ON indicator and ON/OFF switch for straightforward controlTower and differential pressure gauges for continuous monitoringHigh-accuracy motorized cam timer for regeneration controlPLC control system with cycle failure indication for fault detectionOptimized adsorption system reduces purge air consumptionControlled air velocity prevents desiccant dusting and bed fluidizationLarge desiccant bed ensures consistent dew point performanceUses bulk desiccant media (no special cartridges required)Available in higher pressure ratings and ultra-low dew point requirements

We offer the 3G Rotary Compressor Series Compressed Air Dryer designed for optimal performance in various conditions. With an inlet temperature range of 35-45C and relative humidity at 100%, this dryer ensures efficient air drying. Operating within ambient temperatures of 20-40C, it delivers outlet air temperatures between 30-40C. The design pressure of 17.6 Kg/cm2(g) and hydraulic pressure of 26.4 Kg/cm2(g) guarantee reliable operation. Achieving a pressure dew point at the outlet of 2-4C and an atmospheric dew point of -20C, this dryer maintains high-quality air output. Experience minimal pressure drop of 0.2 Kg/cm2(g) across the dryer for consistent performance.

Evaporative (FRP) Cooling towers are of vertical induced draft counter flow design with uniform water distribution and optimal heat transfer. Towers can be installed independent of wind direction. The tower casing is made from tough fiberglass and has sufficient strength to withstand high velocities and vibrations. The water collection sump is leak proof and avoids water spillage. The performance of cooling tower greatly depends upon the water distribution over the fills. SCSP nozzles distribute water evenly through a wide spray angle without any dry pockets. The fill is of rigid Poly Vinyl Chloride (PVC) and is of honeycomb design with very large contact surface area. Casing: The tower casing is made of tough fiberglass reinforced plastic (FRP) and has sufficient structural strength to withstand high wind velocities and vibrations. UV - stabilized resin is used along with gel coat for longer life. It is resistant to local impacts and even if slight damage occurs, local repairs can easily be done. The portion of casing housing fill and eliminator has a round cross section. The water collection sump, also of FRP, is leak proof & avoids water spillage

We provide the GCT-H Series Industrial Cooling Tower, designed for efficient cooling with a flow rate of 13 LPM/TR. This model offers a cooling range of 4C and an approach of 4C, ensuring optimal performance. Operating at noise levels of 70-85 DBA, it maintains a quiet environment. With an operating temperature of up to 50C, this cooling tower is ideal for industrial applications. Trust the GCT-H Series for reliable cooling solutions in your manufacturing processes.

We offer the Gct Quiet Series Industrial Cooling Tower, designed for efficient cooling with a flow rate of 13 LPM/TR. Featuring a range of 4C and an approach of 4C, this cooling tower operates quietly at 70-85 DBA. Suitable for various industrial applications, it can handle operating temperatures up to 50C. Trust this high-quality cooling tower from our manufacturing expertise to meet your cooling needs effectively and reliably.

We offer the GCT-Hh Series Industrial Cooling Tower with a cooling capacity of 13 LPM/TR, temperature range of 4C, and approach temperature of 4C. Operating up to 50C, this cooling tower maintains a noise level of 70-85 DBA. Ideal for industrial applications, this product ensures efficient cooling performance while minimizing noise levels. Trust in our expertise as a leading manufacturer to provide reliable cooling solutions for your industrial needs.

We offer an efficient Industrial Cooling Tower designed for cooling applications with a flow rate of 12 Lpm/TR. Our cooling tower is ideal for maintaining a consistent inlet temperature of 36C even with a wet bulb temperature of 28C. As a leading manufacturer in the industry, we provide reliable cooling solutions to meet your industrial needs.

We offer high-quality SCT Industrial Cooling Towers designed for efficiency and reliability. Our cooling towers come with a voltage range of 110V to 480V, ensuring compatibility with various power systems. The cooling capacity varies depending on the size and model chosen, providing optimal cooling solutions for different applications. With a frequency range of 50Hz to 60Hz, our cooling towers can operate seamlessly in different environments. Experience quiet operation with noise levels ranging from 50dB to 80dB, making our cooling towers suitable for diverse industrial settings. Trust us for top-notch cooling tower solutions.

We are a leading manufacturer of industrial cooling towers, offering the SCT HH Industrial Cooling Tower designed for optimal performance. With a flow rate of 12 Lpm/TR, this cooling tower efficiently cools water from an inlet temperature of 36C to a wet bulb temperature of 28C. Ideal for industrial applications, our cooling tower ensures reliable and energy-efficient cooling solutions for your operations.

Dry Cooling Tower is mounted on a heavy duty channel base frame. Non corrosive fibre glass / GI panels are used for enclosure. Aero dynamically balanced high efficiency axial flow fans with low noise are used. The motors are IP 55 class with extended SS shaft. The low speed of the motor minimises noise and increases efficiency. Motors are specially designed to withstand moisture, rain and dust. The hot water from the diesel engine is sent to the inlet of the Dry Cooling Tower. This hot water is cooled and cold water from the outlet of the cooling tower is connected to a pump which pumps the water to the diesel engine (or any other load) to pick up the heat from the generator

We offer industrial cooling solutions with our Adiabatic Industrial Cooling Tower series, ranging from ADCT 80 to ADCT 320 capacity. Utilizing adiabatic pads for efficient cooling, our towers operate at low noise levels, ensuring a conducive working environment. As a leading manufacturer, we prioritize quality and performance to meet your industrial cooling needs effectively. Trust our cooling towers to provide reliable and energy-efficient cooling solutions for your industrial applications.

Principle of Operation:Heat from the Process Fluid is circulated through the coil of the closed circuit cooler gets dissipated through the coil tubes to the water cascading downward over the tubes. Simultaneously, air is drawn from air inlet louvers from the base of the cooler and travels upward over the coil. A small portion of the water gets evaporated and the warm moist air is discharged to the atmosphere which removes the heat from the process fluid. Functions Features:Structure:Frame All supporting structures are hot-dip galvanized steel to minimize rusting and corrosion ensuring long life. Casing Made of Fiberglass Reinforced Polyester (FRP), it is lightweight, easy to assemble, no painting required and thus reducing maintenance cost. Inspection doors are furnished to provide convenient access to the interior for inspection, maintenance, adjustment of float valve, cleaning of lift-out strainer and flushing out the sump. Air Distribution:Motor The fan motors are totally enclosed weather proof type. The motors are mounted on easily adjustable base located inside the fan stack ensuring lower noise level. Fan Specially designed energy efficient fans are of induced-draft axial type with adjustable pitch. Materials chosen are non corrosive of plastic, FRP or aluminium alloy. The high efficiency design ensures low running cost and the lowest possible noise level. Fan blade pitch is factory set and dynamically balanced

The moist air after entering the Vortex Separator hits the shell and then passes through the vortex generator, which generates the vortex motion of compressed air. The vortex generator is a fixed one and has a number of vanes. These vanes separate the moisture droplets by impingement separation method. Due to the density, the moisture droplets settle down into the dead zone below the arrestor. The moisture free air is let out through the inner shell of the separator. The arrestor will not allow the compressed air to carry the removed moisture. An automatic drain valve (float type) is fitted to the dead zone, which drains the moisture condensate. A sight glass is provided for visually checking the level of moisture collected in the dead zone.

SALIENT FEATURES:Compact SizeLight WeightZero MaintenanceFloat type Auto Drain ValveEasy to OperateMost effective separation of water and oilNon corrosive Alumnium body constructionSight glass for visually checking moisture collection

Store compressed air.Condense and trap the moisture in the compressed air and to let the impurities settle down before air passes into the piping.Equalise pressure variations in the pipe.Prevent short cycle loading and unloading of the compressor.Gem air receiver are dimensioned to suit the compressor flow rate, the regulating system, the working pressure and the expected variations in the air consumption.

SpecificationsDesigned especially to drain sludge and rust laden condensate in compressor room equipment and pipeline.Reliable all Digital electronic circuitry encapsulated in high grade resin for absolute time control.Easy settings for variable Cycle time with Power and Drain status indicator.Water - Proof IP 55 enclosure suitable for outdoor installations.

Air cooled After Coolers are of fine-tube construction with the compressed air passing through the tube. Air Cooled After Cooler transfer the heat from the compressed air to the atmosphere. The compressed air is cooled using a cooler fan. Air Cooled After Coolers are preferred because it is easy to install and no additional pipe lines for water and easy to maintain.