A Guide to How Eddy-Current Brakes Work

An object in motion produces kinetic energy. The amount is equal to half its mass multiplied by its velocity squared.

Double the mass means double the energy. However, double the velocity equals four times the latter.

The kinetic energy must go somewhere else to stop a moving object. Mechanical brakes achieve this goal using friction. Rubbing two surfaces together converts it to heat, halting them. 

However, using friction for massive and fast objects presents several issues. It is where eddy current brakes enter the scene. If you want to learn how they work, keep reading below.

The Technology Behind Eddy Current Brakes

Eddy current brakes rely on electromagnetism to stop moving objects. It dissipates kinetic energy as heat through looping electric currents inside a conductor.

These are eddy currents. Changing magnetic fields induce an opposite magnetic field. It swirls inside the material instead of flowing away as an electrical current would with a wire.

Following Lenz’s law, these currents don’t have a random direction. Instead, they flow opposite of the initial magnetic field.

The moving conductor faces a drag force from the opposite direction, proportional to its velocity. The flowing current generates heat from kinetic energy through the electrical resistance. They try to stop whatever’s causing them, allowing us to use the eddy current technology for brakes.

The result is a clean deceleration, unlike a sudden force from friction. Eddy current brakes are low-maintenance since they need no physical contact between components to produce braking energy. The materials don’t wear out as fast as in a mechanical brake.

Eddy Current Brake Design

How does an electric brake create eddy currents? One design uses a non-ferromagnetic conductive disc, which rotates perpendicularly in a toroidal magnetic field.

The rotation of the disc induces eddy currents. As a result, the power generated dissipates throughout the material, creating a braking torque force.

The eddy current braking technology usually uses electromagnets. However, unlike permanent magnets, these types can change. As a result, the braking effect can vary as well.

Applications of Eddy Current Brakes

One caveat of eddy current brakes is that they can’t produce a holding torque. As such, they commonly exist alongside a mechanical feature. 

You’ll find this combination in several applications, such as the gym. Modern exercise equipment uses this technology to vary resistance levels. Unfortunately, it also helps avoid abrupt shifts in pace, potentially harming the users.

You’ll also see eddy current brakes in the amusement park. Huge, heavy machines need a secure braking system to keep the experience fun and safe. With this technology, roller coasters can slow down at designated spots and stop quickly and safely when needed.

Power tools and industrial equipment also rely on this technology for emergency shut-off purposes. For example, Eddy currents can bring a high-powered machine to a sudden stop.

Learn More About Eddy Current Brakes

Eddy current brakes offer a safer experience for everyone, even in our daily lives. As a result, several industries use this technology as a crucial part of their safety measures.

There are also more types of brakes for other applications. Are you looking for eddy current brakes? To learn more, contact us today.

What Are Port Cranes and How Do They Work?

Did you know that the Port of Los Angeles handles around 9 million TEUs of freight every year? If it weren’t for their use of port cranes, the organization and eventual shipping of the various containers coming into the port would be chaotic at best. 

Port cranes are one of the most important aspects of shipping. Without crane services, the massive amounts of trade the world experiences every day may not exist. 

Types of Port Cranes

There are two types of port cranes, and they function in the same way, moving cargo from one spot to another, but they differ in location when found in a shipping yard.

1. Yard Cranes

Yard cranes come in several varieties. Most common are RMG cranes and RTG cranes.

You’ll find these cranes moving shipping containers from a yard onto trailers.

2. Quay Cranes

Generally called ship-to-shore (STS) cranes, these cranes move cargo from a ship to the shore.

There are two types of STS cranes: high and low profile.

How Much Weight Can a Port Crane Handle?

On average, port cranes can lift about 80 tons, with some models handling 100 tons or more. While weight certainly contributes to a crane’s productivity, a different system determines productivity when it comes to cranes.

This system uses “moves” as its measurement unit. Moves are determined by how many containers are moved from a ship to the quay or from a quay to a ship. For example, seven containers transferred from a ship to the quay is seven moves. 

Powering a Port Crane

You will find two motors used for most cranes: AC motors and DC motors. Each has its own crane controls that assist with multiple functions that include:

  • Moving the boom
  • Moving the gantry
  • Moving the trolley
  • Performing a hoisting maneuver

Generally, AC motors tend to handle more force than DC motors, so they are often found in port cranes. 

Other Parts of a Port Crane

Generally, you’ll find these other parts of a port crane in operation when moving cargo:

  • Cab (where the port crane operator sits)
  • Support legs (receive the load transmitted by beam)
  • Main hook (double peak)
  • Auxiliary hook (single peak)
  • Girder

With all of these different parts, cranes can assist in the logistics, organization, and eventually transportation of freight worldwide. 

Crane Repair and Parts

Be proactive in your port crane’s repair to keep ports moving efficiently. Kor-Pak has all the repair parts needed if you run into any type of problem with your heavy industrial machinery.

Contact us today to learn more about how you can repair your port crane and help it work even more efficiently.

What Are the Basics of Hydraulic Systems?

The global hydraulics market reached a value of $37.4 billion in 2020.

Hydraulic systems are widely used for various purposes and can vary significantly in their design. But what is a hydraulic system? And how do they work? 

To find out, keep reading.

What Is a Hydraulic System?

Pascal’s law states that a change in pressure in an enclosed fluid is transmitted undiminished to all points in the fluid. This is the main principle behind hydraulic systems.

A system can apply a small amount of pressure and generate a much larger force. For example, if 10 pounds of force are exerted against an area of 1 square inch, it will create ten psi of internal pressure. If this is acting against an area of 10 square inches, it will generate 100 pounds of force.

Hydraulic System Components

A basic hydraulic system will have the following components:

  • Single Cylinder
  • Pump
  • Reservoir
  • Relief valve
  • 3-way directional control valve
  • Connectors
  • Lines

When the cylinder position returns using mechanical force, the control valve will be in neutral. This allows the fluid to flow through the valve and into the reservoir. When the valve shifts, the oil will travel to the piston side of the cylinder, making it move and causing the rod to extend.

If the valve is returned to neutral the oil will be trapped in the cylinder, which will stop it from moving. Pump flow then returns to the reservoir, and the valve shifts to the opposite direction causing the oil to travel back through and into the reservoir.

The system pressure can be pre-set, and the relief valve stops the pressure from exceeding this amount.

Hydraulic System Examples

The above description covers a fundamental hydraulic system. However, many different types are used in various industries, covering many applications.

Hydraulic Lifts

Hydraulic lifts are perfect for lifting and moving people or objects vertically. Mezzanine lifts and scissor lifts are two common examples, and hydraulic lifts are also used in shipping, construction, and waste removal.

Hydraulic Brakes

Braking systems in vehicles need to be very effective and reliable. Hydraulic brakes are an efficient way of providing braking force without the driver needing to apply too much pressure.

Hydraulic Steering

Hydraulic steering makes controlling vehicles easy and comfortable. The driver can steer with minimal effort, and the system absorbs some of the shocks that come from the road.

Hydraulic Jacks

Floor jacks and bottle jacks are ideal for lifting vehicles with ease. In addition, the hydraulic system can lift a vehicle off the ground without assistance.

Construction

A lot of equipment in the construction industry makes use of hydraulic systems. A typical example is hydraulic cranes, which can be fixed, or truck mounted.

Aircraft

Aircraft use hydraulic systems in several parts. This can include:

  • Doors
  • Brakes
  • Landing gears
  • Steering
  • Wings

Hydraulic systems are perfect for aircraft as they are easy to maintain and work well in all conditions.

Reliable Hydraulic Systems

If you need a hydraulic crane, or any parts/maintenance, the team at Kor Pak has you covered. Click here to contact us today and find out how we can help you.

 

Types of Industrial Material

Have you ever considered what materials make up the parts you purchase? All of them bring different benefits and can serve multiple purposes. 

An industrial material refers to any substances used to make goods, such as machinery and tools. For example, the building materials industry is responsible for mining, quarrying, and processing raw materials. Meanwhile, the material handling industry is vital for movement, storage, control, and protection. 

In some cases, companies perform both distribution and fabrication.

But what are the different types of industrial materials, and how are they all used differently?

1. Supplies and Consumables

Supplies and consumables are one category of industrial material that all industries use. These supplies include coal, natural gas, electricity, and other forms of fuel. 

In particular, the steel industries use a lot of coal for their furnaces. In addition, restaurants and charcoal makers burn wood in their daily operations.

The oil industry is one of the most well-known that capitalizes on producing fuel oil and gasoline. However, you can also find petroleum used for other purposes, such as creating plastic and synthetic materials. These plastics can then be turned into industrial friction material or even used in the construction industry. 

2. Ores and Minerals

Ores and minerals are other industrial materials used for various products. For example, raw materials in this group are smelted down or otherwise converted into parts that go into building machinery, tools, and more. 

Lead, tin, copper, and iron are some common ores consumed by industries worldwide.

Computers manufacturers use copper wire along with plastics and other metals. Food cans are often made of either steel, aluminum, or tin alloy. The hammers used by construction workers are made of high carbon, heat-treated steel. 

Furthermore, the properties of an end product like steel depend on its carbon content, allows, and heat treatment. Low carbon steels have higher toughness and ductility, while the high carbon variety has lower toughness and ductility. However, tensile strength increases with higher carbon content. 

3. Organic Natural Resources

While organic natural resources like crops are often used in the food industry, you can also find them in other areas. For example, the lumber industry uses millions of trees every year for lumber that goes into making paper, fuel, and building material. In addition, rubber trees produce raw latex, which is used in different types of rubber products. 

Although bamboo isn’t technically wood, it is commonly used for scaffolding in countries where it’s a natural resource. Some industries also use insects as raw materials for things like color pigments. 

Industrial Material Turned Into Parts

At Kor-Pak, we partner with all the best industrial equipment manufacturers, from Aeromotive to Yale Hoist. As a result, you can find parts for the agriculture and farming industries, the iron and steel industries, and more. 

Contact us if you have any questions and look at our products online. 

 

 

 

Top Three Crane Repair Services

Projections show that the global crane market will reach a value of $49.64 billion by 2028.

Cranes are incredibly useful in many industries, but they will experience failures with time. When this happens, or sometimes even before it happens, you will need to hire a professional crane repair service so that you can keep things running.

Keep reading for a rundown of 3 of the leading crane repair services. 

1. Routine Maintenance

Like all heavy machinery, Cranes should have maintenance carried out regularly, regardless of their working state. Therefore, OSHA and crane manufacturers suggest basing the timings of inspections on time in use.

OSHA and ANSI require different types of inspections. Some are needed daily and others monthly. Beyond that, crane service and repair should generally be monthly or annually, depending on how much time the crane is in operation and the environment it is in.

You can track this information online to ensure you can keep everything in order and you can use a transponder to monitor and record maintenance information. This will then provide reminders for maintenance and inspections.

2. Wear and Tear

Even if a crane is well cared for, components will naturally wear down with time. There are a lot of moving parts, and having to lift heavy loads regularly means that crane repair will definitely be needed at some point.

When doing daily inspections, a crane operator should assess the state of most parts of a crane for signs of damage or wear and determine if any repairs are needed.

A typical example could be the wheels or runway beams wearing down. This is often the result of an alignment flaw that causes skewing as the crane moves.

Even without skewing, the wheels will wear down after a time and need replacing to prevent an accident from occurring.

Wear and tear can also apply to electrical components. Usually, these are pretty minor, but a small electrical problem could cause significant damage in time if not attended to.

3. Unexpected Damage

While uncommon, accidents can always happen. This could be the result of human error or something beyond anyone’s control. Either way, significant failures can bring a halt to operations until repairs are carried out.

Kor-Pak is a professional crane repair service dedicated to increasing your uptime and keeping everything running smoothly. If any parts of your crane are damaged beyond repair, Kor-Pak can source replacement parts and fit them into your equipment.

Sometimes parts aren’t too damaged, in which case we can repair or refurbish as needed, and even retrofit improved parts where possible. However, sometimes the nature of the damage may require a custom fabricated part which we are more than capable of taking care of.

Under some circumstances, we can even reverse engineer and improve parts, increasing the quality of your products. Some parts and services we offer include:

  • Crane and hoist controls
  • Brake and clutch accessories
  • Industrial braking and clutch systems
  • Crane boom repair services
  • Crane modernization and upgrades
  • Overhead crane inspections

Professional Crane Repair Services

Whether it’s routine inspections or repairs for a full breakdown, you want to make sure you hire crane repair services you can rely on. Kor-Pak meets all standards and regulations set by OSHA and ANSI, ensuring you get the best service possible.

To find out more about our services, click here to contact us today.

Three Tips for Industrial Equipment Maintenance

Companies need to use industrial equipment for operations. That equipment will go through wear and tear. 

Maintaining industrial equipment helps it last longer. You can preserve the value of your equipment instead of hunting for a replacement too soon.

As employees use this equipment, it will eventually become unsafe. Poorly updated equipment can lead to injuries and death. Proper maintenance will keep your workers safe. 

It’s vital to maintain your industrial equipment. We’ll share three industrial equipment maintenance tips to get you started.

1. Monitor Your Industrial Equipment Daily

You can only make improvements in an area if you actively track it. Monitoring industrial equipment usage helps you identify equipment that needs updating.

Equipment maintenance also helps you identify unskilled handlers. Equipment will break down through overuse. Poor handling can exasperate your equipment’s downtrend.

You can consult with less-skilled workers to use the equipment properly. You can provide them with a training course or manual. If the handler continues to use the equipment poorly, consider a replacement.

Poor handling hurts your equipment’s value. It also creates a future safety hazard for your workers. Monitoring electrical cranes and other equipment will help with safety and preserving value.

You can monitor industrial equipment usage through GPS devices. These devices track movement and digitally record the data.

2. Schedule Maintenance for Your Equipment

Even the best handlers will contribute to breakdowns in your equipment. You can only avoid breakdowns by never using the equipment. Unfortunately, this condition is unrealistic for many companies.

However, some equipment wears down quicker than others. Your workers also use some equipment more frequently than others.

GPS devices can track this data, but you need to do something with the data. For example, companies can review data and schedule maintenance sessions based on usage and duration.

Frequent inspections help you identify the wear and corrosion before they get worse. Skilled technicians can update parts of your equipment. Cleaners can lubricate the equipment to stop corrosion.

3. Buy Spare Parts Now

 Unprepared companies get caught by surprise. For example, a piece of equipment suddenly stops working or is too dangerous to operate. 

A simple replacement part can fix this problem. However, not every business has the replacement part ready to go. 

An industrial equipment supplier can provide the missing part. However, it can take weeks for you to receive the product. A demand surge can make it more difficult to obtain your desired part.

Companies should plan for an emergency before it happens. Buying spare parts before your equipment breaks will accelerate the modification.

You don’t have to wait for the equipment to arrive first. Instead, you can find a skilled technician right away. 

Request a Quote for Your Industrial Equipment Needs

Your company needs industrial equipment to operate. Maintaining equipment extends its value and promotes workplace safety.

Even the most protective measures won’t shield you from equipment breakdowns. You will need replacement parts to fix your equipment.

Kor-Pak offers equipment replacements for your needs. Contact us today and let us know what equipment you need.

Friction Material: What Are Brake Shoes?

Machinery deaths average above 750 deaths a year. Brake shoes are an important part of the safety of many industrial machines, so you can do your part to help lower these statistics by learning about them.

Brake shoes are essential components in many mechanical pieces of equipment used in industrial services. Some of the industries they impact include automotive, agriculture, iron and steel, mining, and rail. In addition, they’re widely used in hoists in these industries and elevators throughout many other sectors.

These parts can wear down over time and should be replaced as soon as possible to ensure the proper working of the equipment. Read on to learn more about brake shoes and how they impact your industry.

What Is a Friction Material?

Brake friction material consists of composites of several different materials that exist as layers used to control the speed of the mechanism they are a part of. These can decelerate the mechanism or bring it to a complete stop. 

Brake pads and linings are usually a mix of 10 to 20 different kinds of raw materials. Choosing the right blend of materials for the suitable condition is complicated by many specialized individual machine needs.

The Blend of Friction Materials

Depending on the specific brake shoe and its usage, the blend of the raw materials can vary. The types of raw materials used can be divided into three types:

Stiffener

This material provides more intensity to the friction material. These can consist of inorganic and organic fibers such as metal and aramid fibers.

Bonding Agent 

The bonding agent hardens raw materials and provides the bonding capability to the materials used in the brake shoes. Usually, phenol resins are the bonding agents in brake shoes.

Friction Adjustment Material 

This material adjusts the friction materials used to make the brake shoes. This allows you to strengthen the stabilization and the effectiveness of the performance of the brake shoes. A mix of raw materials can include lubricants, organic and inorganic fillers, metal powder, and abrasive materials. 

Inspection of Brake Friction Materials

Testing the effectiveness of a brake shoe requires various methods to check the quality. This process includes evaluating the physical properties like the intensity and the hardness of the friction materials in the brakes.

You can also test the chemical composition of these materials to ensure that the brake is safe for operation in an industrial environment. Effectiveness tests also include testing the wear and tear of the brakes, the squeal, and other factors that may affect smooth operation. You can use a dynamometer device to test the brakes. 

Brake Shoes Vs. Brake Pads

Brake pads are flat steel pieces with a thick friction layer on one side. This friction material can vary depending on the type of equipment and the intended use. The main difference between brake shoes and brake pads is the direction of their force.

Brake shoes are the things that carry the brake lining inside the brake drum systems. These are curved pieces of metal with friction material on one side.

Finding a Brake Shoe Replacement

Brake shoes are a crucial part of an industrial machine, as they provide effective slowing and stopping of parts while also providing safety features for the workers operating them. So, having reliable brake shoes is crucial to have a smooth flowing operation.

If you’re looking for brake shoe replacement, feel free to look at our website for your products and if you have any questions regarding our products, feel free to contact us.

Three Tips for Buying Heavy Industrial Equipment

Buying for the heavy equipment industry is different from buying basic supplies. First of all, it’s a much larger investment that will require maintenance to keep your equipment running efficiently. You also can’t return equipment that you’re unsatisfied with after you’ve started using it. 

You need to have a good grasp of what your company needs and whether or not you can afford it. 

What is heavy industry equipment, though? And how do you make sure you’re buying the right ones? Here are three general tips.

1. Mobile Vs. Fixed

How big the industrial equipment you purchase can affect its portability and price. You also have to consider whether or not your business needs to bring its heavy equipment on the road. 

For example, a fixed crane is useful for the heavy construction industry. It can lift heavier objects while remaining stable. As a result, you never have to worry about it moving in the middle of a job. 

Meanwhile, a mobile crane is more compact and can fit into smaller areas. You can use them at multiple job sites since they’re easily relocated. They also require less setup and are often more affordable than fixed ones. 

2. Establish Your Budget

It’s crucial to figure out how much you have to spend before making any serious investments. A tight budget can get in the way of buying new heavy-duty equipment. However, there are some options to get equipment if you don’t have a lot to spend. 

Brand new equipment usually comes with a warranty that provides coverage if something breaks down. However, they’re also expensive. Most retailers offer loans or financing to help customers make payments over time. 

Used equipment is much more affordable than new ones, but they won’t be worth as much later on when you want to resell them. There may also be more options when compared to newer equipment. 

3. Buy What You Need

There’s a new lineup of heavy industry equipment released every year. While it’s surely the best stuff you can find on the market, it’s not necessarily what you need right here and now. So buy what you need. 

Some essential heavy equipment machines for construction include a bulldozer, loader backhoe, and excavator. In addition, cranes are necessary for any vertical job, and dump trucks help haul away all the dirt and debris. 

When buying heavy-duty equipment, always look for machinery that would help improve your workflow or add new capabilities.

The Best Quality Heavy Industry Equipment

When buying heavy industry equipment is essential because it’ll be the equipment you use years from now. You want it to work well without costing your company more than you can afford. 

Kor-Pak offers both OEM and aftermarket parts in dozens of product lines. You can find crane and hoist controls, molded and injection rubber products, and more.

Contact us to hear our entire portfolio or check out our products online. 

 

3 Safety Tips for Working With Electric Cranes

Projections show that global crane shipments will reach more than 35,000 units by 2025.

Electric cranes are generally smaller than most other cranes but present several safety risks due to accidents and improper use. Therefore, keeping injuries to a minimum should be a priority in all applications.

For three practical safety tips for working with electric cranes, keep reading.

1. Conduct Proper Inspections

Like all heavy machinery, you must do daily inspections on electric cranes. In addition, the operator needs to check multiple crane elements to confirm everything is operational and safe to use.

This isn’t just good practice in almost all circumstances but also a legal requirement. Things that should be inspected include the electric crane hoist, rigging gear, upper limit switch, and power disconnect switch.

Several inspections will be essential across the entire industry, but businesses can also implement extra checks if desired. All reviews are needed at the start of every day. If there are alternating shifts or another operator takes over, the new operator may need to do the checks again.

2. Be Aware of Your Surroundings

Anyone operating an electric truck crane should always be vigilant of their working area. If any hazards present themselves, all operations should stop until the hazard is removed. A typical example could be a vehicle driving too close to the crane.

This also applies to anyone else working in the area. You should make sure you keep a safe distance from cranes and all other machinery.

More than a third of crane-related injuries occur due to a load drop, load swing, or unstable load. The odds of a load falling are low but not impossible, and if something requires a crane to lift it, you can be sure that it is very heavy.

3. Regular Maintenance for All Equipment

Electric cranes are solid and durable pieces of equipment but are prone to wear and tear like all machinery. Keeping all parts well maintained and in good condition will prevent the risk of breakdown and help keep everyone safe.

A pickup truck crane with an electric winch has a lot of components, meaning there is a lot that could go wrong.

Mechanical failures such as a chain-breaking could result in a load drop, or the malfunction of any safety features like the power disconnect switch could cause more harm in an emergency.

The maintenance plan of a crane can be based on its use. If an electric crane is only used once a month, it won’t need to be attended as often as one that is in use daily.

The manufacturer of any equipment will be able to provide details of the maintenance needed. This information should be available in the manufacturer’s service manual, but if this is not accessible for whatever reason, they should be able to tell you if you contact them directly.

Working With Electric Cranes

Working with electric cranes requires good practice and responsibility to keep the risk of injury as low as possible.

Kor-Pak Industrial Supply has a wide range of parts for electric cranes and other machinery and can carry out any repairs or replacements needed.

To find out more about our services, click here to contact us today.

 

Wind Power: What Materials Are Used To Make Wind Turbines?

In 2020, wind turbines were the source of roughly 8.4% of total US utility-scale electricity generation.

Yet, the government planned wind energy to be 10% of total electricity generation by 2020. Even though they missed this target, they still plan to generate 20% of the electricity demand using wind energy by 2030.

As wind turbines become more popular, many wonder about how they work. So, let’s dive in and discuss the process of making and using turbines.

How Do Wind Turbines Work?

Wind turbines use the wind to make electricity. The wind turns the wind turbine blades around a rotor. In turn, the rotor spins like a generator and creates electricity. 

Horizontal Wind Turbine

The standard model is the horizontal axis wind turbine which dominates the wind industry. The rotating axis is parallel to the ground. Horizontal wind turbines are advantageous because they produce more electricity from a given amount of wind. 

You will see these wind farms on land and offshore in large bodies of water. While land-based turbines are more cost-effective when placed together, offshore turbines capture vast amounts of energy from powerful ocean winds. 

Further, offshore wind turbines have fewer transportation challenges because they travel on ships rather than roads.

Vertical Wind Turbine

The rotational axis of a vertical wind turbine stands perpendicular to the ground. Some data shows these turbines work well in rough wind conditions. They can generate power from all 360 degrees. Sometimes they can generate power when the wind blows top to bottom too.

Most small wind electric systems and residential wind turbine projects use vertical turbines. They are ideal for unstable weather conditions or areas that aren’t high enough to get steady wind.

While not everyone can have their own wind power, some places are excellent for a distributive system. These include residential, agricultural, and small commercial applications.

Materials For Wind Turbines

Each wind turbine has three main parts: the tower, nacelle, and rotor blades.

A 2015 report from the National Renewable Energy Laboratory states the materials that make wind turbines are:

  • Steel (71-79%)
  • Fiberglass, resin, or plastic (11-16%)
  • Iron or cast iron (5-17%)
  • Copper (1%)
  • Aluminum (0-2%)

Wind turbine manufacturers also use crushed stone, clay, shale, gypsum, and limestone for cement. In addition, each wind turbine tower has concrete with steel to withstand harsh environmental conditions. 

Wind turbines have many components inside the nacelle, like the generator. This section contains mechanical parts. Cobalt, rare Earth oxides, baron, and neodymium are essential materials to manufacture magnets and batteries. 

Additionally, the rotor blades need foams, polymers, and rubbers to help with stiffness.

Explore More About Wind Turbines 

Wind turbines are undoubtedly becoming more important in generating renewable energy. However, manufacturing turbines requires many different materials and processes. Still, their production continues to grow.

If you’re interested in learning more about wind turbines, reach out to us at Kor-Pak Corporation. Our experts can guide you through the components of turbines.