Gardner Denver air compressor

Gardner Denver GDK7 - 75KW  Oil-Flooded Rotary Screw Air Compressors

GDK series product line is the first product line designed by integrating the advantages of the product lines of Ingersoll Rand Industrial Group and Gardner Denver Industrial Group in Asia-Pacific after their merger.

The stringent engineering design and quality control of the GDK Series of compressors incorporates world class technology and global resource to deliver some of the lowest lifetime operating costs, presenting as one of the best value compressors in the market.

Gardner Denver GDK90 - 160KW Oil-Flooded Rotary Screw Air Compressors

The new Gardner Denver GDK series PM VSD screw air compressor design is time-tested and integrates multiple new technologies, such as high-efficiency cooling system and well-proven airend system, etc., which altogether ensure high reliability, efficiency and productivity for us. Our new high efficiency and energy saving products can fully meet customers’ needs for product performance and value.

Gardner Denver GDK90 - 160KW Oil-Flooded Rotary Screw Air Compressors

The new Gardner Denver GDK series PM VSD screw air compressor design is time-tested and integrates multiple new technologies, such as high-efficiency cooling system and well-proven airend system, etc., which altogether ensure high reliability, efficiency and productivity for us. Our new high efficiency and energy saving products can fully meet customers’ needs for product performance and value.

Gardner Denver GDK185 - 315KW Oil-Flooded Rotary Screw Air Compressors

Our engineers and designers use advanced computer-aided simulation technology to optimize the airend, which increases the effciency by 12%. In addition, the airend has the outstanding gas production in the industry, with lower operation noise, longer service life and more reliable performance: Multiple advantages help your company further increase profits.

Gardner Denver GDK200 - 250KW Oil-Flooded Rotary Screw Air Compressors

Our engineers and designers use advanced computer-aided simulation technology to optimize the airend, which increases the effciency by 12%. In addition, the airend has the outstanding gas production in the industry, with lower operation noise, longer service life and more reliable performance: Multiple advantages help your company further increase profits.

Gardner Denver GDK200 - 355KW 2S Oil-Flooded Rotary Screw Air Compressors

Our engineers and designers use advanced computer-aided simulation technology to optimize the airend, which increases the effciency by 12%. In addition, the airend has the outstanding gas production in the industry, with lower operation noise, longer service life and more reliable performance: Multiple advantages help your company further increase profits.

Gardner Denver ENVS 2-37kW Oil-Free Scroll Air Compressor

Advantages of Scroll Compressor:

• Smaller Space Occupancy — Less floor area required.
• Fewer Components — Higher reliability, longer lifespan, and less maintenance.
• Lower Noise Level — Creates a healthier working environment.
• 100% Oil - free — Suitable for any industry.
• Fewer Consumables — Longer maintenance intervals and service life.
• No Metal - to - Metal Friction — Less maintenance.
• Zero Emissions — Complies with sustainable development goals.
• Fewer Moving Spare Parts — Less vibration.
• 100% Oil - free Air — The scroll compressor features a simple tip - seal design, ensuring that there is no metal - to - metal contact at any position. Therefore, this technology does not require lubrication, ensuring the production of high - quality oil - free air.

Gardner Denver DH07VSD-DH410VSD Oil-free Air Compressor

Oil-Free Water-Lubricated Air Compressor Advantages

Pure and Oil-Free
Safe and Reliable
Highly Efficient and Energy-Saving
Quiet and Environmentally Friendly

Gardner Denver Rotary Blower Lobe Blower

Main Features

• Available with mechanical seals for gas applications
• Cast iron, dynamically balanced bi-lobe impellers machined to an exact profile
• High strength steel drive shaft extended for V-belt or direct connection
• High-strength impeller case is heavily ribbed and features oversized dowel pins for precise mounting and alignment of head plates
• Anti-friction bearings 
• High temperature Viton oil seals
• Gear end splash lubricated, drive end grease lubricated
• Grease lube products carry a 24/18 month warranty
• Each Legend is built under rigid ISO 9001:2015 quality standards
• Available in 20 sizes with 4 different configuration options
• Universal feet for both horizontal or vertical installations
• Dual Splash Lubricated and Quiet Series options are available

"Q" Series

• 5 Quiet sizes available -  3MQ, 4HQ, 4MQ, 5MQ, 6MQ
• The Sutorbilt Legend series is available with a Quiet option (Q-Series) for reduced noise up to 5 dBA 
• The Legend Q Series has a high strength impeller case for reduced noise and vibrations, and a unique porting design which results in a quieter discharge noise

DSL Legend

• Legend DSL availability in 6H, 6M, 6L, 5H, 5M, 5L, 4H, 4M, 4L, 3H, 3M, 3L, 6MQ, 5MQ, 4MQ, 4HQ, 3MQ
• Dual Splash Lubrication (DSL -Series) for cooler operating temperature and reduced maintenance
• The Legend DSL Series offers superior quality, like refined timing and locking devices. They provide unmatched strength and rigidity from increased mass
• DSL Legends carry a 30/24 month warranty

Gardner Denver 0.7m3/min - 145m3/min Filters

It has four filtration precisions available: G, D, H, A

G-main filter, filtering water mist and oil mist above 1μm, water removal efficiency is higher than 95%

D-Dust filter, filter dust particles above 1μm

H-degreasing filter, filtering out particles above 0.01μm, water mist and oil mist, and residual oil 0.01ppm@7barg

A-Precision oil removal filter, filter out oil mist above 0.001μm, and the amount of residual oil does not exceed 0.001mg/m3

Gardner Denver 0.7m3/min - 145m3/min Desiccant Dryer

ardner Denver blast heat regeneration adsorption dryer adopts the principle of blast heating to complete the high-efficiency compressed air drying work. Greatly save the loss of compressed air and save energy.

The blower extracts ambient air, and after heating by an external electric heater, the hot air enters the regeneration tower for heating and regeneration of the adsorbent.

After a period of thermal regeneration, turn off the heater, use a blower to cold blow regeneration and cool down;

When the temperature of the adsorption tower is reduced to a certain point, the dry gas at the outlet of the working tower is used to regenerate the regeneration tower by cold blowing, and the average gas consumption in the cycle is ≤3%, so as to finally complete the regeneration of the adsorbent in the regeneration tower.

When the outlet air quality requirements are not high (such as atmospheric dew point ≤-40°C) or when the ambient temperature is low, only the blower can be used for cold blowing regeneration without introducing dry gas at the outlet of the working tower, so there is no regeneration gas consumption (at this time, the regeneration gas consumption is zero).

Gardner Denver 0.7m3/min - 145m3/min Rs Refrigerated Dryer

Refrigerated Dryers (Rs Series)

The GD-Rs series refrigerated dryers are dedicated to providing users with cleaner, drier air, thinking ahead for our customers. We consistently deliver higher efficiency, lower emissions, proven technology, and flawless reliability.

Product Information

Non-recycle refrigerated dryer

Rated pressure dew point: 7°C

Rated throughput: 0.7~145 m³/min

Air/Water-Cooled Units

Enhanced Operating Conditions

Rated Conditions: Inlet Air Temperature 40°C

Ambient Temperature 30°C

Working Pressure 7 bar

Pressure Dew Point 7°C (3°C correction available)

Extreme Conditions: Inlet Air Temperature 60°C

Ambient Temperature 46°C

Working Pressure 16 bar

Refrigeration System Optimization

Full range of high-efficiency scroll/rotary compressors equipped with

R407C high-efficiency refrigerant to ensure cooling efficiency

Features automatic bypass valves and electronic bypass valves to enhance

automatic adjustment capability during load variations