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How Does a Hydraulic Cylinder Work

A number of industrial products and machines utilize cylinders for their operations, and one of the most common cylinder types used here is the hydraulic cylinder. What is a hydraulic cylinder, how does a hydraulic cylinder work, and what should you know about these cylinders for any industrial setup?

At Metro Hydraulic, we’ve been providing high-quality hydraulic industrial products to clients since 1941. Our hydraulic cylinders are most often used in various construction, manufacturing and other heavy-duty environments that require heavy load movement. Here’s a basic breakdown of what hydraulic cylinders are, how a hydraulic cylinder works, and some of the top manufacturers we carry these products from.

What is a Hydraulic Cylinder?

For those just learning about hydraulic cylinders, here’s a brief explanation of what they are. A hydraulic cylinder is a mechanical actuator that utilizes pressurized hydraulic fluid to produce linear motion and force. This means it converts the energy from the fluid into useful work in order to move and lift heavy loads.

Hydraulic cylinders come in various shapes, sizes, and designs, but they all have one thing in common: they use fluid pressure to create a linear movement. This is in contrast to air-based cylinders, which use compressed air instead.

How Does a Hydraulic Cylinder Work?

So how does a hydraulic cylinder work? Here are its basic components, plus how they function together:

  • Barrel: This is the outer cylinder that houses all the other components in a hydraulic cylinder. It may be made from stainless steel, aluminum, or other durable materials.
  • Piston: A piston is a movable part that divides the barrel into two chambers – one for pressurized fluid (known as the rod side), and another for returning fluid to the reservoir (known as the cap side). The piston has seals along its surface that prevent fluid leakage.
  • Piston rod: This is a long, slender rod that connects the piston to the machine component being moved. The piston rod is responsible for transmitting force from the piston to the machine component.
  • Seals: As mentioned earlier, seals are used in hydraulic cylinders to prevent fluid leakage. They are typically made from rubber or other durable materials and help maintain the pressure difference between the two chambers.
  • Sliding rings: Also known as wear rings, these components are placed on either side of the piston to reduce friction and prevent metal-to-metal contact.
  • Fluid: Hydraulic cylinders use a specific type of fluid, usually oil or water-based hydraulic fluids. These fluids are incompressible, meaning they cannot be compressed to occupy less space. This property allows them to transfer energy efficiently from one chamber to another.

Single Acting Vs. Double Acting Hydraulic Cylinders

One key differentiator for hydraulic cylinders is their actuation method. There are two main types of hydraulic cylinders – single acting and double acting cylinders.

  • Single Acting Cylinders: These cylinders only have one pressure port, with the fluid entering through it to the rod side of the piston. Once the pressurized fluid pushes on the piston, it extends outward and generates force in one direction. To return to its original position, an external force or a spring must be used.
  • Double Acting Cylinders: As the name suggests, these cylinders can generate force in both directions by having two ports – one for extension and another for retraction. This allows for more precise control over the movement of heavy loads.

Down related lines, there are also single rod and double rod cylinders. Single rod cylinders have one rod extending from the piston, while double rod cylinders have two rods – one on each side of the piston.

Top Manufacturers We Carry

At Metro Hydraulic, we pride ourselves on offering a wide selection of high-quality hydraulic cylinder products from some of the industry’s top manufacturers. Here are just a few of the brands we carry for hydraulic cylinders:

  • Enerpac: Considered one of the global leaders in hydraulic tools since 1910, Enerpac offers a wide range of hydraulic cylinders for various industrial applications.
  • SIMPLEX: Another company with over 100 years of experience, SIMPLEX produces top-of-the-line hydraulic and mechanical tools for rugged industrial use.
  • SPX Power Team: It’s easy to find SPX Power Team products on construction sites and in other heavy-duty environments.

So what are you waiting for? If you’re in need of high-quality hydraulic cylinders for your industrial setup, check out the selection available at Metro Hydraulic today! Our experienced team is always here to help with any questions or concerns you may have.  Whether you need a single acting cylinder for light duty applications or a double acting cylinder for heavy duty lifting, we have something to fit your needs. Trust us for all your hydraulic needs!

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How Does A Hydraulic Pump Work?

Hydraulic pumps are essential components in various industrial systems, converting mechanical energy into fluid power energy. At Metro Hydraulic, we specialize in distributing high-quality hydraulic pumps for commercial and industrial applications. Here’s a look at how hydraulic pumps work and what makes them crucial to many industries.

What is a Hydraulic Pump?

A hydraulic pump is a mechanical device that moves fluid within a hydraulic system. Using positive displacement, these pumps deliver a set amount of fluid with each cycle, which enables them to generate predictable and controlled fluid flow. The power generated by a hydraulic pump depends on its design, the fluid’s resistance, and the restrictions within the system.

How Does a Hydraulic Pump Work?

Hydraulic pumps operate by creating movement at two critical points: the inlet valve and the outlet valve. At the inlet valve, the pump generates a vacuum that pulls fluid into the system. Simultaneously, the pump forces the fluid through the outlet valve, allowing it to enter the system and perform work. This continuous movement enables hydraulic pumps to generate the pressure needed to power various types of machinery.

Each type of hydraulic pump has its own specific operation, but the basic principle remains the same: fluid is moved from one place to another, allowing it to transfer energy.

Types of Hydraulic Pumps

At Metro Hydraulic, we offer several types of hydraulic pumps, each suited for different applications:

  • Air Pumps: These pumps use air pressure to drive hydraulic mechanisms. They are capable of generating high levels of pressure, making them ideal for heavy-duty applications like shop presses and automotive equipment.
  • Battery Pumps: Battery-operated hydraulic pumps are portable and convenient, especially when no conventional power source is available. They are commonly used in forestry equipment and off-road vehicles.
  • Cordless Pumps: These pumps offer hydraulic power without the restriction of a cord, making them versatile for use in high-traffic areas or confined spaces. Applications include mining and industrial equipment.
  • Electric Pumps: Powered by a motor, electric pumps are commonly used in construction and material handling. They are suitable for both mobile and stationary applications.
  • Gas Pumps: Gas-powered hydraulic pumps are ideal for fieldwork where portable power is needed, such as on excavators and cranes.
  • Hand Pumps: Lightweight and manually powered, hand pumps are often used for testing equipment or fine-tuning machinery in areas where power may be unavailable.

Choosing the correct hydraulic pump requires an understanding of system needs. Factors such as efficiency, fill speed, flow capacities, fluid compatibility, and pressure capabilities all play a crucial role in selecting the best pump for a specific application. At Metro Hydraulic, we help clients select pumps that meet their exact specifications, ensuring optimal performance by partnering with top manufacturers to provide the highest quality of hydraulic pumps. 

Get the Best Hydraulic Pumps here at Metro Hydraulic

Looking for a hydraulic pump that delivers reliable performance and efficiency? We at Metro Hydraulic can help you find the perfect pump for your system’s needs. Whether you’re working on heavy-duty industrial machinery or precision applications, we offer a wide range of top-quality hydraulic pumps. Get in touch today and let us power your next project with the best solutions on the market!

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Types of hydraulic pumps

Hydraulic systems rely on hydraulic pumps to move fluid with precision and control. Selecting the right hydraulic pump is crucial for optimal performance, as each type offers distinct advantages depending on the system and application. At Metro Hydraulic, we provide a range of hydraulic pumps designed for various industrial needs. Let’s explore the different types of hydraulic pumps we distribute and their specific uses.

Importance of Choosing the Right Hydraulic Pump

Choosing the correct hydraulic pump ensures that your system runs efficiently and meets all operational requirements. Key factors to consider when selecting a pump include power usage, flow capacity, and pressure limits. Every hydraulic system has unique demands, and the right pump helps in maintaining smooth and reliable operation.

Types of Hydraulic Pumps

At Metro Hydraulic, we distribute a variety of hydraulic pumps suited to different tasks and industries. Here’s an overview of the pumps we offer:

Air Pumps

Hydraulic air pumps use compressed air to generate the force required for fluid movement. These hydraulic pumps can create high levels of pressure, making them suitable for moving thick or resistant fluids. They are often used in shop presses, automotive equipment, and other heavy-duty applications where controlled hydraulic power is necessary.

Battery Pumps

Battery-powered hydraulic pumps are portable and ideal for remote operations. Because they rely on stored energy, they can function without access to traditional power sources. These pumps are commonly used in forestry equipment, off-road vehicles, and other field-based applications where mobility is important.

Cordless Pumps

Cordless hydraulic pumps offer the same convenience as battery pumps but without the need for cords or constant charging. This feature makes them useful in areas with limited access to power or in crowded industrial environments where cords could pose a hazard. They are often employed in mining operations and in tight working spaces.

Electric Pumps

Electric hydraulic pumps operate using an electric motor to generate hydraulic force. These pumps are ideal for mobile locations or where electrical power is readily available. Common applications include powering construction equipment, buses, and material handling machinery.

Gas Pumps

Hydraulic gas pumps use gas-powered engines to generate the necessary force for fluid movement. These hydraulic pumps are especially useful in field services and for machinery that requires portable power. Applications include mobile equipment like excavators and cranes, where the availability of gas power is an advantage.

Hand Pumps

Hand pumps are manually powered and provide lower levels of hydraulic force. Their portability and ease of use make them suitable for smaller-scale applications like testing equipment or adjusting machinery. These pumps are a good option when power sources are limited or unavailable.

At Metro Hydraulic, we provide hydraulic pumps from some of the most trusted manufacturers in the industry

Get the Right Pump with Metro Hydraulic

Selecting the right hydraulic pump for your system ensures that it operates at peak efficiency and meets all pressure, flow, and power requirements. If you need air pumps, battery pumps, or gas-powered models, Metro Hydraulic offers a wide range of options to match your application needs. Contact us today to learn more about how we can help you find the best hydraulic pump for your specific requirements.

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Power Team Hydraulic Cylinder Catalog Guide

Are you looking for reliable hydraulic cylinders to handle the most challenging tasks? If so, look no further than Metro Hydraulic full line of hydraulic cylinders. Our wide range of products is designed with precision and manufactured to meet our highest standards and provide exceptional performance and long-term reliability.

With a comprehensive catalog detailing all of our available options, we make finding the perfect product for your application easy — take some time to explore what a Power Team hydraulic cylinder is and the advantages each cylinder series offers.

What is a Power Team hydraulic cylinder, and how does it work?

Power Team hydraulic cylinders are a reliable and cost-effective tool used for many different applications. They feature a unique symmetrical design that allows for both push and pull force capabilities — making them versatile and powerful tools with long service life.

Power Team hydraulic cylinders’ robust construction ensures that these cylinders can provide years of reliable performance while providing safety and power efficiency.

Types of Power Team Hydraulic Cylinders

Power Team offers a variety of cylinders for different applications.

  • Single-acting or double-acting spring return cylinder: These cylinders are designed for applications that require a push or pull force and can return to their original position after releasing pressure.
  • Double or single-acting center hole cylinders: These cylinders feature a hole at the body’s center and provide a double or single force.
  • Load return and high tonnage cylinders: These cylinders typically feature a large piston area, allowing them to accommodate heavier loads.

Power Team hydraulic cylinders

Power Team has a wide range of cylinders for a variety of applications. These series of cylinders are the following:

Applications for hydraulic cylinders

Power Team hydraulic cylinders are used in many applications, including construction, industrial and agricultural equipment. Some of the most common uses for these cylinders include:

  • Lifting and pressing in construction machinery
  • Power steering systems in automobiles
  • Actuating valves, pumps, and other hydraulic components
  • Agricultural equipment
  • Industrial machine tools
  • Material handling systems
  • Mobile equipment, automotive, and truck applications

With so many options, finding the perfect product for your application is easy.

How to choose the right hydraulic cylinder for your needs

When selecting the right cylinder for your application, there are many factors to consider. It would be best if you asked yourself some questions about your performance needs, such as:

  • What type of force do you need? (Push or pull)
  • How much load is required?
  • What are the stroke length and pressure rating needed?
  • Do you require any special features, such as seals or dust wipers?

Once you have answered these questions, it will be easier to determine which Power Team product is best suited for your application.

Choose Metro Hydraulic Power Team Hydraulic Cylinder for your next project

When it comes to selecting the correct cylinder, take some time to consider your application requirements. Metro Hydraulic offers a wide range of Power Team hydraulic cylinders designed to handle various workloads. 

Each cylinder series offers unique features, so make sure you understand the capabilities and benefits of each one before making your selection. You can do the job quickly and efficiently with the right Power Team hydraulic cylinder. Contact us today to learn more about our product offerings.

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Underwater Hydraulic Tools

Underwater hydraulic tools are used for a variety of purposes by commercial dive companies. These underwater tools make it possible to build marine floor anchoring and rigging, perform maintenance on docks and piers, and much more. Stanley provides high-quality underwater hydraulic tools that are essential for underwater construction and demolition applications for oil platforms, archeological expeditions, dam construction sites, and a variety of other underwater applications.

Underwater Applications that Require Hydraulic Power

Hydraulic tools facilitate efficient underwater construction and repair efforts. Stanley hand tools are designed to cut, grind, and clean, to complete projects at the highest level of quality. Some of the most common underwater applications for Stanley hydraulic tools include:

Underwater Construction

Divers require unique tools to perform underwater construction and repairs to structures located beneath the water’s surface. Stanley’s underwater hydraulic tools can perform tasks like pressure grouting, underwater welding, scour and erosion repair, intake cleaning, mussel surveys, salvage attempts, and underwater concrete placement. Hydraulic power tools commonly used in these applications include:

  • Underwater Grinders: used to grind and clean underwater structures using a variety of wheels, brushes, and other attachments.
  • Underwater Cut-Off Saws: equipped with heavy-duty blades that can cut through materials like metal and concrete.
  • Underwater Impact Drivers: a dual-purpose tool consisting of an impact wrench and wood drill.
  • Underwater Impact Wrenches: designed to accommodate difficult underwater bolting applications.

Underwater Demolition

Divers who perform underwater demolition do so in dangerous conditions where there is little light and space. They use underwater hydraulic tools to clear obstacles from waterways and ports and to make space for bridges and dams to be built. These tools are also used to remove underwater hazardous materials and set up explosives for underwater mining operations.

Some of the hydraulic tools used in underwater demolition include:

  • Underwater Breakers: Stanley hand tools that can break up concrete and remove coral from under the water’s surface.
  • Underwater Hammer Drills: can drill 2” holes through concrete, rock, and masonry.
  • Underwater Chipping Hammers: heavy-duty underwater hydraulic tools made to chip underwater materials.
  • Underwater Sinker Drills: drills designed to drill up to 20’ into tough surfaces like concrete, rock, and masonry.

Underwater Mining Explorations

Underwater mining is an experimental industrial field in which miners dredge the sand to remove minerals and other valuable resources from the bottom of the sea. Professionals use a variety of underwater hydraulic tools to extract these materials. Bulk cutters are powerful tools that can grind the seafloor into gravel and silt so it can be removed and placed on surface mining vessels. Underwater breakers effectively break up concrete and coral while underwater hammer drills can drill 2 in. holes into concrete, rock, and masonry.

Deep-Sea Oil & Gas Drilling

Deep-water drilling requires the use of underwater hydraulic tools to search for oil and natural gas beneath the seabed. Certain hydraulic tools can provide horizontal and directional drilling while taking precise measurements, even on remote platforms. Necessary tools like drilling rigs can drill new hole segments, while drillships are used for their ability to drill on the seabed in deep seas. Drilling vessels are also designed to drill wells of deep seas to extract oil and gas. Jack-ups, or self-elevating drilling rigs, have moveable legs that can raise and lower to perform drilling at offshore locations.

Tooling Advantages

High-quality underwater hydraulic tools are necessary for performing underwater construction and repair, and they offer a range of advantages, including:

  • Durability & Maintenance: Hydraulic components are protected from damaging elements by the hydraulic fluids, extending their working life and requiring minimal maintenance.
  • Increased Power & Productivity: Pressurized fluids can transfer more energy than their gas or pneumatic counterparts, allowing manufacturers to design hydraulic tools in smaller, more efficient configurations.
  • Cold & Wet Conditions: Stanley underwater hydraulic tools can operate in sub-zero temperatures without affecting performance and can be completely submerged for extended periods.
  • Cost-Effective, Environmentally Friendly Operation: Stanley hydraulic tools are highly efficient and use less energy than other types of tools and they can be operated with little or no effect on the surrounding environment through the use of biodegradable hydraulic fluids.

Ready to Order Your Underwater Hydraulic Tools?

At Metro Hydraulic Jack Co., we offer a variety of underwater equipment solutions that can assist in your next project. We offer products for a variety of tasks from excavating for new construction to demolition and repair. If you’re ready to order underwater hydraulic tools for your next operation, contact us today.

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How Do Hydraulic Jacks Work?

Hydraulic jacks are essential tools in various industries that help with heavy lifting of different kinds of weights. These jacks use the power of hydraulic fluid or oil to move or lift heavy loads. The main mechanism of applying force differs from the jack type used, but it generally relies on a hydraulic cylinder or a screw thread. Typically, hydraulic jacks have two cylinders of different sizes that are connected with a pipe. The hydraulic fluid is then forced into these cylinders by a plunger. When the plunger moves forward, oil gets pushed into the cylinder, and when you pull the plunger backward, the hydraulic fluid gets pulled into the pump chamber. The combination of these movements delivers enough pressure to power the hydraulic jack. Read on to learn how a hydraulic jack works and how to use one.

The Process

Generally, when using a hydraulic jack, you insert the metal pumping bar into the equipment socket and then pump it. This raises the boom that lifts the load attached to it. Opening the valve that is usually at the jack’s base will lower the load. The primary power source of hydraulic jacks comes from hydraulic fluid, and pressure is created by the movement of this fluid in two cylinders via a plunger. The two cylinders differ in size, with the large cylinder producing more pressure. However, you will still get the same amount of pressure in both cylinders. The hydraulic fluid or oil will first move into the pump chamber when you move the pump plunger backward. This movement also opens the valve, which facilitates the movement of oil into the chamber. When you move the plunger downward, the oil gets into the cylinder via the discharge valve. Next, the suction valve also closes, thereby creating pressure in the ram. The resulting pressure lifts the piston of the chamber, which then helps you lift a heavy load. Generally, hydraulic jacks function based on the movement of oil from the pump chamber to the cylinders. By continually making these movements, you can lift heavy weights higher and higher. The pump will continuously exert small bits of force on the oil until it creates substantial pressure to push up the jack and lift a load. With just the simple hand pump mechanism, the hydraulic jack will exert massive forces. You also need to ensure that all the hydraulic jack parts are well maintained to keep them properly functioning.

The Working Principle of Hydraulic Jacks

Hydraulic jacks work based on Pascal’s principle. Blaise Pascal, a French scientist, developed this principle over 350 years ago and it has become the backbone of fluid mechanics. As per Pascal’s principle, pressure exerted at any point on liquid in a container gets transmitted to all other parts of the liquid without any loss. This means the pressure at the top of a container and the one at the bottom will be equal.

Request Your Custom Jack Today

Hydraulic jacks make work simpler in various industries, such as lifting vehicles above the ground level. The construction sector is also heavily reliant on hydraulic jacks for easier completion of several tasks. With a simple hand pump mechanism, you can lift heavy loads with ease. Make your work more efficient and simpler by getting hydraulic equipment from Metro Hydraulic Jack Company. We have been the leading company in supplying quality hydraulic lifting systems to clients all over the country since 1941. We have a full line of hydraulic jacks, tools, and add-ons beneficial to several sectors. Our products include: Contact us today or request a quote for the hydraulic items you need from us. Metro Hydraulic Jack Company is your single source for all your hydraulic needs.
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How the Oil and Gas Industry Is Benefitting From Hydraulic Power

The oil and gas industries rely heavily on hydraulic systems due to their ability to handle enormous amounts of power. In both onshore and offshore applications, hydraulic fracturing equipment plays an important role in boosting energy production and lowering costs for consumers. Hydraulic power comes in many forms that are suited to certain high-powered applications.


Critical Applications that Require Hydraulics

Hydraulic systems are effective tools for transmitting power in offshore projects like fracking and oil mining. Oftentimes, offshore hydraulic systems are placed where pipes are prone to leak underwater. Metro Hydraulic Jack Co. sells Enerpac Equipment that can provide proper maintenance. High-powered hydraulic systems enable crews to complete daily processes both offshore and onshore. Some of the equipment that benefits from hydraulic power include:
  • Rock Drills: Hydraulic rock drills exert an immense amount of pressure to blast through bedrock.
  • Filter Presses: Filter presses effectively separate solids and liquids by using high-powered hydraulics to pump a slurry through the filter press.
  • Drilling Rigs: Drilling rigs dig wells and lay pipes in both onshore and offshore projects.
  • Cranes and Pumps: These cranes use hydraulic power to lift much heavier loads than are possible with mechanical and diesel-powered cranes.
  • Blast Hole Drill Rigs: These drill rigs clear bedrock using explosives loaded into a blast hole.
  • Mining Dump Trucks: Mining dump trucks equipped with hydraulic systems are more powerful than traditional dump trucks.
With the help of hydraulic power, your people and equipment can work more effectively and efficiently.


Hydraulic Parts at Work

There are several hydraulic parts that are crucial to the oil and gas industry.

Cylinders

Hydraulic cylinders are versatile. They can use different types of internal fluids—like mineral oil and water glycol—and be mounted in different positions, any of which can exert an enormous amount of force.

Pumps

Hydraulic pumps outperform mechanical pumps at producing a high volume each day.

Valves

Hydraulic valves tolerate a variety of harsh conditions, including high pressure and extreme temperatures. The valves also provide strong, secure sealing protection.

Gauges

Liquid-filled gauges are long-lasting, high-performance parts even when conditions are not optimal. As a result, these instruments require less maintenance and reduce unexpected downtime.


High-Powered Solutions From Metro Hydraulic Jack Co.

If you’re looking for high-powered solutions for your energy company, Metro Hydraulic Jack Co. can help. We offer a large selection of hydraulic products and components for the oil and gas industry for both land and sea-based operations. Contact us today to get started on your application.

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Advantages and Applications of Stanley Hydraulic Tools

Click to ExpandAdvantages and Applications of Stanley Hydraulic Tools
Hydraulic tools are hand-operated machines with hydraulic drives that are employed for various technological operations, such as tightening threaded joints and pressing parts in and out. They utilize a pressurized fluid—typically hydraulic oil—as the source of power to perform a job, which offers a number of advantages over alternative power solutions. For example: 
Continue reading “Advantages and Applications of Stanley Hydraulic Tools”
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Building NYC’s 2nd Ave. Subway

The New York City subway system is one of the largest mass transit systems in the world, and NYC’s Metropolitan Transit Authority (MTA) is making it bigger. Currently, the MTA is constructing the Second Avenue subway line to accompany the city’s existing trains, but this isn’t the first time this subway line was contemplated.

The Second Ave. subway line was conceived originally, with the idea of an East Side train dating back to the 1920’s. According to Second Avenue Saga the train was originally planned to be built from 1930 to 1935, but was abandoned after the stock market crash of that era. There were several more attempts over the past eight decades that all fell through.The unconstructed train line even getting a nod on AMC’s period-drama “Mad Men.”

According to the MTA website,“The Second Avenue Subway will reduce overcrowding and delays on the Lexington Avenue line (4, 5, and 6 trains), improving travel for both city and suburban commuters, and provide better access to mass transit for residents of the far East Side of Manhattan.” . The project will cost $4.45 billion and is being built in phases. The first phase will provide service between 96th St. and 63rd St. as via a rerouted Q train by December 2016.

Even though the idea for this line came almost a century ago, the construction process is anything but old fashioned. Below is a video from the MTA website that shows a “Milestone” event of a tunnel boring machine breaking through a rock wall east of the Lexington Ave-63rd St. subway station.
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Construction Season Gives Hope To Sandy Victims

Hurricane Sandy devastated the American Northeast last October and people are still feeling the effects.  Now that construction season is kicking into gear, victims of the superstorm can look forward with optimism.

Late spring and summer are the busiest times of the year for construction workers and parts of the eastern coast of New Jersey, along with New York City and the south shore of Long Island are in need of repair. Post-Sandy construction has already aided the construction industry, with employment in the first quarter reaching over 111 thousand, up 1.3 percent from the previous year according to Crain’s New York.

The construction work goes beyond just rebuilding homes and commercial buildings damaged by the storm. The Rockefeller Foundation recently announced that it is investing $100 million in a project that will make the NYC more resilient.

“In this world today we will not be able to predict or prevent every catastrophe, take climate change—extreme weather, raging fires, vicious storms,” Rockefeller Foundation President Judith Rodin said according to the Daily Beast. “That’s where resilience comes in. We can prevent their catastrophic impact much better, by implementing resilience strategies that let us buffer those shocks more effectively.”

The investment will feature such advancements as emergency management learning mechanisms, new water waste systems, innovating ideas for urban housing and land use planning focused on resilience principles.

Constructing homes and commercial buildings, along with making the areas safer is aiding everyone involved. Bringing NY and NJ back to life after the devastating storm over six month ago is rebuilding the construction industry.

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For over 70 years, Metro Hydraulic Jack Company, a third-generation, family-owned and operated business, has been providing industrial hydraulic parts and equipment services to commercial, automotive, marine, refuse, and construction industries.

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