W-Type High Pressure Natural Gas Bottle Booster Compressor

• After-sales Service: Available
• Warranty: Available
• Lubrication Style: Lubricated
• Model NO.: V/VW/VF/ZF/D/DW/W/M/MF
• Cooling System: Air/Water/Mixed Cooled
• Cylinder Arrangement: Parallel Arrangement
• Cylinder Position: Angular
• Structure Type: Closed Type
• Compress Level: Multistage
• Structure of Cylinder: V/VW/Vf/Zf/D/Dw/Df/M/Mf/W
• HS: 8414804990
• Type of Compressor: Piston/Screw Type
• Application: Pet Bottle Blowing, Stress Testing, and
• Other Application: Laser Cutting, Plastics Forming, Pressure
• Power: Electrical Motor
• Transport Package: Nude Packing
• Specification: 3500 x2100x 1850mm
• Origin: China
• HS Code: 8414809090
• Production Capacity: 10 Sets/Month

Product Description

                   W-Type High Pressure Natural Gas Bottle Booster Compressor 

Product Description

 

I. Description 

1. Inlet pressure range: 0-4.0Mpa
2 Processing gas volume: 280NM/h-2500Nm/h
3: Control mode: a. fully automatic/semi-automatic/manual
4, pneumatic control gas source: natural gas/air
5. Cooling methods can be divided into: air/water/mixed cooled (choose according to actual needs)
 

Product Application

II. Application

Pressurized air boosters can be used to optimize air supply in industrial processes that require compressed air. Typical booster air compressor applications include:Water or Oil Well Borehole Drilling
PET bottle production
Pressure maintenance in die cushions
Actuated braking systems
Testing industrial conduit and pipeline pressures
Gas injection enhanced oil recovery
Improving maximum torque in small air tools
Optimizing high-pressure tires
Water or Oil Well Borehole Drilling
When the water well needs to drill deeper above 400 meters, a medium or high pressure booster air compressor will be required. 

PET Bottle Production
To rapidly and efficiently produce polyethylene terephthalate (PET) bottles requires a steady stream of highly compressed air. Booster compressors can provide plastic mold machines with the necessary air pressure stream to achieve optimal bottle casting.

Enhanced Oil and Gas Recovery Techniques
When oil and gas wells begin to age, the natural formation pressure diminished causing a drop in the output of recovered oil. To improve productivity, oil and gas project operators can introduce compressed air into the oil wells as an enhanced recovery method. Using a booster compressor in natural oil and gas recovery will compensate for natural formation pressure losses.
 

Technical Specification

III. Specification 

No.	Structure Type	Cooling Mode	Intake Pressure (Mpa)	Flow Rate (Mm³/h)	Motor Power (kw)
1	W-type, 3-row, 4-stage compression	Air (water ) cooled	0.2	368	75
2	W-type, 3-row, 4-stage compression	Air (water ) cooled	0.2	498	110
3	V-type, 3-row, 4-stage compression	Air (water ) cooled	0.3	332	75
4	V-type, 2-row, 3-stage compression	Air (water ) cooled	0.3	444	90
5	V-type, 2-row, 3-stage compression	Air (water ) cooled	0.7	665	110
6	W-type, 3-row, 3-stage compression	Air (water ) cooled	0.7	887	160
7	V-type, 2-row, 3-stage compression	Air (water ) cooled	1	366	55
8	W-type, 3-row, 3-stage compression	Air (water ) cooled	1	488	75
9	V-type, 2-row, 2-stage compression	Air (water ) cooled	2	580	75
10	W-type, 3-row, 2-stage compression	Air (water ) cooled	2	928	110
11	V-type, 2-row, 2-stage compression	Air (water ) cooled	4	1362	132

   

Detailed Photos

IV. Photos

 

After Sales Service

V. After-sales Service
1. Manual Book and Online Technical Service Available
2. Spare Parts are Optional and Available
3. 6 - 12 Months Warranty for Main Components of Machine
4. 24 Hours Online Service

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