Haskel manufactures the industry’s most reliable and comprehensive range of pneumatic or hydraulic-driven, high-pressure, liquid pumps, gas boosters, air pressure amplifiers and high-pressure valves and system components. A lasting reputation for quality, safety, and reliability, unrivalled expertise in high-pressure, liquid and gas transfer and pressurization technology, and the willingness to work closely with customers, drives Haskel to continually meet complex and critical challenges with innovative solutions. Their products are easy to install and control, and their compact size, minimal weight and ability to operate in any position makes them suitable for a wide range of mobile and fixed applications that involve generating, storing and controlling of high-pressure gases and liquids.

SUNCENTER contains other products and information you need, so please check it out.

Power up your Performance with Haskel: Reliable Gas Boosters & Liquid Pumps

Haskel sets the industry standard for durable, safe, and reliable gas boosters, capable of handling virtually all industrial gases with pressures up to 39,000 psi ( bar). Ideal for applications such as gas pressure increases, cylinder charging, and scavenging, Haskel’s pneumatic-driven boosters deliver superior performance.

Hydrogen Gas Boosters
Engineered specifically for hydrogen, Haskel hydrogen boosters feature specialized seals tested for durability and long-term service life. Captured vent ports enable safe venting, and a comprehensive maintenance program ensures reliable operation while preventing embrittlement. Rated up to 15,000 psig ( barg), these boosters are built for safety and longevity in hydrogen environments.

Oxygen Gas Boosters
Precision-cleaned to MIL SPEC D standards in certified clean rooms, Haskel oxygen gas boosters ensure high-purity performance. They are assembled under rigorous standards for safety and reliability and operate at pressures up to 5,000 psig (345 barg).

Gas-Transfer & Pressurization Solutions by Haskel Can Handle Challenging Applications

Products available from this Haskel lineup include electric and hydraulic driven gas compressors, standard air driven gas booster systems, oxygen service equipment, oxygen boosters, and much more.

Flexible and efficient sources

These boosters are flexible, efficient sources for delivering high-pressure gases. Other examples available from Wainbee include helium gas compressor systems, nitrogen gas compressor systems, gas booster compressors, oxygen boosters (or minehunters), and modular component testing systems. Among the key advantages of these gas-transfer and -pressurization solutions:

• Oxygen or high-purity cleaning – Notable for their cleanliness, Haskel boosters can handle oxygen and other pure gases with no contamination risk. Oxygen-cleaned devices meet the Mil Spec standard.
• Multi-staging capability – One or more boosters of the same ratio can be plumbed in parallel and then in series with one of more boosters of the same ratio, for higher flow rates and pressures beyond the capability of a single gas booster.
• High flow rates at high pressures – When required, each booster can charge a receiver to an even higher pressure level, thereby storing an amount of gas available for fast release at a constant pressure through a pressure-reducing valve.

• Hydrogen | H2 – solutions engineered including refueling to 350 to 700 bars. Ensuring long-term leak-tight design and maintaining gas purity.
• Carbon Dioxide | CO2 – aerosol type gases can be boosted as a liquid or gas in controlled applications.

Another major benefit is cost savings. Most industrial gases are often delivered at pressures ranging from 2,000 to 2,600 pounds per square inch in steel cylinders. If the gas is to be used well below the supply pressure, the pressurized supply is piped and controlled easily to the point of use with simple valving. But if the gas needs to be used at higher pressures than that of the supply, it must be boosted. Haskel gas boosters can use all the gas from cylinders and other supply sources and boost it to the needed pressures and flows, which uses all the gas volume from the supply source.

Wainbee’s Recommendation of Haskel’s Gas Boosters Leads to First-ever Student-built Liquid Rocket Created to Cross the Kármán Line!

Few things are as awe-inspiring as watching a rocket blast off into the sky. Even more so if you helped build it—and, you’re still in college with shrinking access to already-limited resources.

For the students in Concordia University’s StarSailor project, that moment will be especially memorable—not just because their rocket will be the first student-built liquid-propellant rocket to pass the Karman line (thus officially reaching space), but also because of the challenge they face in filling up their nitrogen tank for testing and launch preparation.

Click here to read the full story.

H-Drive Series of Gas Boosters by Haskel Suits Challenging Applications

The H-Drive represents the future of gas handling at high pressures. These instruments are built out of materials that major regulatory agencies have approved for safe lifetime continuous operation, and no other hydraulically driven boosters deliver flows as high or maintenance expenses as low. The unit has interchangeable modular gas sections with safety and reliability levels that comply with global standards for high-pressure generation and containment.

A key benefit is a unique seal design, which delivers gas-tight, non-contaminating compression with self-lubricating seals that help to keep gas clean. Constructed with serviceability and efficiency in mind, the H-Drive has a modular design that makes it simple for users to configure for different applications.

This device is offered as a unit or in a skid-mounted form, giving flexibility to system engineers. Among its other major features:

• ATEX and CE certifications;
• hydrogen-compatible materials, to prevent hydrogen embrittlement;
• minimum amount of boosters, while still complying with hydrogen fuelling-station needs;
• no start/stop issues;
• robust design, suitable for constant heavy-duty applications; and
• service and support available through a worldwide service network.

In addition to these advantages, the H-Drive series is more economical than diaphragm compressors are, and it is available as a turnkey booster compressor station or as booster modules for seamless incorporation into packages for manufacturers.

This hydraulically driven gas booster by Haskel sets a new standard in reliability, whether the user is working with hydrogen, natural gas, nitrogen, or helium, from alternative vehicle fuelling to tube trailer supply and helium blanketing. This technology ensures top performance throughout continuous heavy-duty applications, delivering high pressure whenever and wherever it is required.

Redefining What a Gas Booster Can Do For The Food & Beverage Industry

Haskel's Q-Drive Gas Compressor is ideal in the food industry for supercritical extraction, carbonation, food packaging, wine making, and more. Its ability to handle a variety of gases, including high purity grades, level of cleanliness and quiet operating sound levels, makes the Q-Drive Gas Compressor an ideal solution in clean environments.

An electric servo drive is key to its high efficiency and precise precision control. Electric servo motors are extremely reliable and have fewer moving parts that require less maintenance. Maintenance is made easier with self-monitoring and diagnostic capabilities that provide proactive maintenance notifications and system alerts.

Programming, remote monitoring, and on-the-fly adjustments are all facilitated by a sophisticated interface, and communication protocols enable interaction with other automation equipment.

High Pressure Gas Booster, Pneumatic-Driven Gas Booster, Air Driven Liquid Pump

High Pressure Gas Booster Pump, Air Driven Liquid Pump

High Pressure Gas Booster Pumps are divided into gas-liquid booster pumps and gas booster pumps. The principle of the gas-liquid booster pump is to use the low pressure of a large-area piston to generate high hydraulic pressure for a small-area piston.

Booster Pumps Classification

1. Gas booster pumps such as nitrogen, argon, oxygen, hydrogen, etc.
2. Liquid booster pumps such as: water, hydraulic oil, etc.
3. Air booster pump
4. Refrigerant booster pump

High Pressure Gas Booster Pump Features

1. High output pressure: liquid pump up to 640MPa, air pump up to 200MPa
2. Wide range of use: the working medium can be hydraulic oil, water and most chemically corrosive liquids, and has high reliability and long maintenance-free life.
3. Wide range of output flow: For all types of pumps, only a small driving air pressure is required to work smoothly. At this time, a small flow is obtained, and different flow can be obtained after adjusting the driving air intake.
4. Flexible application: choose different types of pumps to obtain different pressure areas.
5. Easy to adjust: within the pressure range of the pump, adjust the regulating valve to adjust the intake pressure, and the output hydraulic pressure can be adjusted steplessly accordingly.
6. Automatic pressure maintenance: No matter what causes the pressure of the pressure maintenance circuit to drop, it will automatically start to supplement the leakage pressure and keep the circuit pressure constant.
7. Safe operation: It is driven by gas, without arc and spark, and can be used in dangerous places.

High Pressure Gas Booster Pump Features and Applications

1. Driven by a variety of gases: compressed air, nitrogen, water vapor, natural gas, etc. can be used as the driving source of the pump.
2. Wide range of applications: In the industrial field, it is used for clamping machine tool chucks, accumulator inflation, high-pressure bottle inflation, and conversion of reduced-pressure gas to high-pressure gas, etc. Where the pressure of the air source is not high enough, whether it is a machine or a test device, a booster pump can be used.
3. Automatic pressure maintenance: No matter what causes the pressure of the pressure maintenance circuit to drop, the booster pump will automatically start to supplement the leakage pressure and keep the circuit pressure constant.
4. Safe operation: It is driven by gas, without arc and spark, and is completely used in places with flammable and explosive liquids or gases.
5. Simple maintenance: Compared with other air-driven pumps, booster pumps can do the same work, but with fewer parts and seals, easy maintenance
6. High cost performance: The booster pump is a plunger pump. When working, the booster pump reciprocates rapidly. As the output pressure increases, the reciprocation of the pump slows down until it stops. At this time, the pressure of the pump is constant and the energy consumption is the lowest. All parts stop moving.

Safety Valve Test Bench

Safety Valve Test Machine, Pressure Relief Valve Test Bench, Valve Test Bench, Pressure Test Machine for Safety Valve, Pressure Relief Valve Test Machine, Computer Control Safety Valve Test Machine, Automatic Control Safety Valve Test Bench

Tube Expansion Machine

Radiator Tube Expansion Machine, Hydraulic Expansion Machine for Radiator Tube, Tube Expander Machine, Tube Expander, Hydraulic Tube/Pipe Expanding Machine

Nitrogen/Oxygen Filling Machine

Gas Filling System, Gas Refilling Machine, Gas Filling Station, High Pressure Gas Filling System, Gas Recharging Machine, Gas Cylinder Filling Machine, Gas Filling Equipment, Gas Filling Systems, Nitrogen Recharge System, Oxygen Recharge Systems

LPG filling machine

LPG filling system, LPG Refilling Machine, LPG Recharging System, LPG recharging machine, LPG filling pump, Filling Machine for LPG Cylinder

Valve Test Bench

Valves Test Bench, Hydraulic Test Machine for Valves, Pressure Test Bench for Valves, Hydraulic Pressure Testing for Valves

Fire Extinguisher Filling Machine

Fire Extinguisher Recharging Machine, CO2 Recharging Machine, High Pressure Filling System

Air Driven Gas Booster Pump Composition and principle

1. Gas part This part is composed of a lightweight different-diameter piston equipped with O-ring seals and a sleeve with outer glass fiber winding or duralumin coating and epoxy resin filling in the middle, and the piston is placed in the sleeve. The diameter of this air piston is constant for any series of air pumps. When compressed air is fed into the pneumatic device, the piston is forced into the compression stroke, and then the air drives the piston back for the suction stroke (except for M series pumps with spring automatic return function). Unlike many other pumps, pneumatic lines do not require the use of lubricants due to the inherently low-friction nature of the design and lubrication during assembly.
2. Hydraulic part
   The piston/punch rod of the hydraulic device is directly connected with the piston, and its lower end is loaded into the housing of the hydraulic device. Its diameter determines the compression ratio of the pump and thus the output flow and maximum pressure. Its function is to draw liquid through the inlet control valve and let it flow out through the outlet control valve under higher pressure. The unit is equipped with a spring check valve to control the flow of liquid in and out of the channel. When the piston/ram of the hydraulic unit is on the suction stroke, the inlet control valve opens and the outlet control valve is held closed by a spring to introduce liquid into the pump. During the boost stroke, the inlet control valve is closed and the piston/ram of the hydraulic unit forces fluid out through the outlet control valve. The dynamic seal is located around the piston/ram of the hydraulic unit and is a virtually wear-free part. Its function is to contain liquid under pressure during cycling and prevent external leakage or infiltration of gas installations. According to the medium of the pumped liquid, the operating temperature and the boost ratio, different sealing materials and forms are selected. NOTE: Most pumps use a spacer between the pneumatic and hydraulic sections to allow for complete separation and contamination-free operation.
3. Air circulation valve
   This section consists of a controller and a plunger that causes compressed air to flow to either end of the air piston depending on the position status. The piston pushes the control valve at the upper and lower ends of its stroke to alternately pressurize and ventilate the large area of the slide valve to control the reciprocating movement of the air flow to the air piston to maintain a circulating state. When the air is exhausted from the pump, it needs to pass through the exhaust muffler. Unlike many other pumps, the pump is not designed with a metal-to-metal tight fit, which prevents air leaks that would cause the plunger to cease operation.

Air Driven Gas Booster Pump Selection method

1. What is the pressurized medium?
   Pneumatic gas booster pumps are divided into gas booster pumps and gas-liquid booster pumps. The working principles of the two pumps are the same, but there are differences in structure. The gas booster pump is suitable for the boosting of clean compressed air and high-purity gas, and the gas-liquid booster pump is suitable for water, hydraulic oil, kerosene and other liquids with less impurities and low viscosity. Different media need to choose different seals to suit.
2. Where to use it?
   Pneumatic gas booster pumps are suitable for occasions with high pressure and small flow, suitable for scientific research, testing, testing and other occasions, but not suitable for civil and large flow output occasions.
3. How much traffic?
   Especially for gas pressurization, gas is divided into standard flow and working state flow. Generally speaking, everyone talks about standard flow.
4. What is the inlet pressure of the pressurized medium?
   Gas-liquid booster pumps generally have no requirement for the inlet pressure of the liquid. Most gas booster pumps require a certain pre-pressure of the gas. The size of the pre-pressure will determine whether to use a single-stage gas booster pump or a two-stage gas booster pump first. Pump.
5. Is there compressed air on site?
   Pneumatic booster pumps are driven by compressed air, and compressed air is the key. Choosing a different pump will determine the compressor with a large displacement.

SHANDONG SHINEEAST FLUID CONTROL SYSTEMS CO., LTD.

Shandong Shineeast Fluid Control Systems Co., Ltd., founded in , is a professional manufacturer of highly engineered fluid and gas handling equipment designed to generate, store and control high pressure gases and liquids.

In addition to offering a comprehensive range of air driven liquid pumps, air pressure boosters, air driven gas boosters, high pressure valves, fittings and accessories, pnematic power packs and hydraulic presses, pressure test machines, valve and pipe fittings test equipments, finishing pumps and related equipments, gas cylinder test equipments and the oil and gas field special controls and test equipments, we customize and build pneumatic power packs and test equipment. Our main manufacturing locations are fully registered to ISO and CE.   

Our products are widely used in industry, machine tool industry, diesel engine industry, aerospace industry, automobile manufacturing, household electrical appliances, industrial electronics industry, shipbuilding industry, petrochemical industry, oil and gas field, CNG vehicle conversion industry, pressure test industry and other fields.

Shineeast also has a strong commitment to providing you with high quality products as well as excellent service and technical support; and we have built an enviable reputation for quality in the world market. This helps to keep Shineeast as the best choice for all of your high pressure requirements.

We are here to solve your problems. Please contact us to discuss your requirements or visit our website at www.cnshineeast.com for more information.

Contact us to discuss your requirements of pneumatic chemical injection pump. Our experienced sales team can help you identify the options that best suit your needs.

FAQ

What are your prices?

Our prices are subject to change depending on supply and other market factors. We will send you an updated price list after your company contact us for further information.

Do you have a minimum order quantity?

Yes, we require all international orders to have an ongoing minimum order quantity. If you are looking to resell but in much smaller quantities, we recommend you check out our website.

Can you supply the relevant documentation?

Yes, we can provide most documentation including Certificates of Analysis / Conformance; Insurance; Origin, and other export documents where required.

What is the average lead time?

For samples of air driven booster pumps, the lead time is about 5-7 working days; for samples of pressure test machines, the lead time is about 15-20 working days. For mass production, the lead time is 25-40 days after receiving the deposit payment. The lead times become effective when (1) we have received your deposit, and (2) we have your final approval for your products. If our lead times do not work with your deadline, please go over your requirements with your sale. In all cases we will try to accommodate your needs. In most cases we are able to do so.

What kinds of payment methods do you accept?

You can make the payment to our bank account, Western Union, or L/C. For orders with small amount less than USD.00, the payment term is 100% T/T in advance; for orders with large amount more than USD.00, the payment is 50% deposit in advance, 50% balance before delivery.

What is the product warranty?

We warranty our materials and workmanship. Our commitment is to your satisfaction with our products. In warranty or not, it is the culture of our company to address and resolve all customer issues to everyone’s satisfaction.

Do you guarantee safe and secure delivery of products?

Yes, we always use high quality export packaging.

How about the shipping fees?

The shipping cost depends on the way you choose to get the goods. Express is normally the most quickest but also most expensive way. By seafreight is the best solution for big amounts. We can offer you exact freight rates if we know the details of amount, weight and way. Please contact us for further information.

Contacts

China-Europe Intelligent Port, Industrial Development Park, Gaoguanzhai Town, Zhangqiu District,
Jinan, ShanDong, China,

Ms.Karen ChangWeChat/Mobile: +86-
: +86

: -573-
Fax: -573-
Mail: [ protected]
Web: www.cnshineeast.com