A Short Guide to Freight Railroad Parts

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Before the late 1820s, transporting valuable goods across a rapidly growing United States was a time-consuming and costly process. Freight carried via boats worked only along coastal regions, and horse-drawn carts were dependent on the endurance of the individual animals, limiting the amount they could carry.

With the industrial revolution came the introduction of railroads and trains. This created a way of not only transporting people across the United States but products at a previously unseen scale and speed.

Today freight railroad services are still the go-to method of moving freight. However, with constant use comes wear and tear that, if left unchecked, can have devastating results.

Read on for information on some of the most valuable rail parts to keep in top shape.

Brake Pads

Arguably the most crucial part of any locomotive is its brakes. Relying on the friction of a metal pad pressing up against a railcar’s wheels, even the highest quality of emergency brakes can take over a mile to stop a train going 55 miles per hour.

As friction stops a railcar’s wheels, those in the freight railroad industry need to be on top of how much use a brake pad has gotten. It’s recommended to replace brake pads once they have seen 25,000 to 65,000 miles. Then, depending on the type of brake pad and railcar used, they can be easily examined, serviced, or replaced.

Rubber Parts

Rubber is a valuable part of both railcars and railways. Providing extra friction on brake pads, insulating against extreme temperatures, and adding a little extra shock absorption proves itself in various uses. 

Rubber parts can come in various forms, pure rubber gathered from a natural source, synthetic rubber from a lab, or rubber mixed with other materials to add to its sturdy nature.

Picking the correct type of rubber for the job is a necessity. For instance, does something need to last for as long as possible — use natural rubber.

Is the part in question need to be flexible and can be replaced often?

Synthetic is the best option.

With the availability of custom products, finding the right type of rubber is as simple as a consultation.

Maintenance on Freight Railroad Parts

Having a strict schedule of maintenance and checkups on a freight train is a must. It allows you to spot and prevent debilitating issues soon. Replacing the rubber pedestal liners, keeping an eye on parts being worn down by friction, and staying on top of any minor fixes that need doing may be tedious but can save thousands of dollars in the long run.

When Replacements Are Necessary

Even with constant observation and maintenance, there will come a time when a part will need to be replaced. For example, perhaps a brake pad reached the end of its lifecycle or a rubber liner finally broke. A prompt replacement will be needed to ensure your freight railroad locomotive can continue its job.

The Kor-Pak Corporation has your back in any of these situations. With our catalog of parts for any type of locomotive and special custom orders available on-demand, we can get you what you need. So check out our catalog today!

 

4 Types of Tools for Mining Applications

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According to the National Mining Association, America uses approximately 3.4 tons and 40,000 pounds of newly mined material annually.  

Here are four tools essential to the mining industry.

1. Mining Drills

No mining application is complete without the appropriate mining drills. There are two primary types of drills used in a mining business:

  • Rotary drill rigs
  • Percussion/hammer drills

A rotary drill rig creates holes in rocks and soil. This way, your laborers have an opening in which to place charges. These drills use a bit that turns under pressure, cutting into solid rock. 

In contrast, a hammer drill uses pressure to shove its bit into the ground. Then, it uses compressed air to blow dirt out of the way. This way, the bit can continue to strike the new ground at all times. 

2. Electric Rope Shovels for Mining Applications

Electric rope shovels offer a twist on standard hydraulic rope shovels. These tools use a series of ropes and pulleys to dig. The arm of the shovel uses electricity to operate. 

These tools can perform several mining applications, including:

  • Digging through hard materials
  • Moving earth
  • Eliminating boulders
  • Transferring materials to another loader
  • Transporting mined materials

When looking for electric rope shovels, ensure they use efficient brakes and clutches. A braking system is crucial for these tools.

3. Blasting Tools

There are a variety of different types of blasting tools. Some may be more appropriate for one kind of mining than another. 

For example, surface mines often use a mixture of ammonium nitrate and fuel oil for their blasting tools. This combination often goes by the name of ANFO. 

There are also six types of controlled blasting techniques in mining. These include:

  • Line drilling
  • Trim blasting
  • Buffer blasting
  • Smooth wall blasting
  • Air decking
  • Presplitting

So, consider your blasting technique as you search for the necessary tools. 

4. Mining Trucks

Finally, every mine needs mining trucks to move materials. These essential mining tools come in several models.

For example, you can find large mining trucks with robust mechanical models to move your materials. Or, you can use eco-friendly, electric models for your mining operation. 

Find the Tools You Need Today!

As you can see, several tools exist for each various mining application. 

Check out our products to find the solutions you need. 

 

 

Typical Applications for Caliper Brakes

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If you’re looking for a powerful brake caliper that can handle various applications, caliper brakes are a perfect choice. Commonly used in industrial settings, you can also find caliper brakes in vehicles and other machinery. Here are some of the most common applications for caliper brakes.

Keep reading to learn more about a few typical applications of caliper brakes.

The Capabilities Of Caliper Brakes

You can find brake calipers in various applications because they can handle a wide range of tasks.

Also, they have remarkable stopping power. Suppose you have an application that requires high torque. In this case, caliper brakes are an excellent choice because they provide consistent braking force.

Another benefit of caliper brakes is that they’re modular. This means you can configure them to meet your specific needs.

Additionally, caliper brakes offer high stiffness and low weight. So if you’re looking for a brake caliper that’s both powerful and strong, you have many options.

Types Of Brake Calipers

Vehicles

As you most likely know, caliper brakes are commonly used in the automotive industry. They provide reliable braking power. In addition, you can find caliper brakes on many different types of vehicles, including motorcycles and various recreational vehicles.

Machinery

You can also find industrial brake calipers on construction equipment and agricultural settings. They’re also used often for material handling equipment.

Industrial Settings

You’ll often see caliper brakes used in industrial settings. They provide reliable braking power and are capable of withstanding high temperatures.

Hose Reels

Industrial brake calipers can provide a constant braking force. This kind of force is necessary for winding and unwinding heavy hoses.

Indexers

Indexers are devices that move workpieces in a specific direction. For example, you’ll frequently see caliper brakes used in assembly lines and machine shops with this equipment.

Printing Presses

Caliper brakes are also used in printing presses. Again, this is because caliper brakes can provide a consistent braking force, which is necessary for the printing process.

Wind Energy

Companies also use caliper brakes for wind energy. With brake calipers, operators can regulate the speed of the turbine. In this way, caliper brakes help to improve unit efficiency.

CNC Machinery

CNC manufacturing companies often make use of caliper brakes. This equipment enables them to maintain the position of workpieces.

Choosing The Right Caliper Brakes

It can prove challenging to figure out the right caliper brake for your application. In some instances, you could need a custom-built solution. Fortunately, some designers can help.

A designer will assess your specific needs and help you choose caliper brakes capable of meeting those needs. Additionally, a designer can provide a custom-made caliper.

Creating The End Product

After understanding your needs, an engineer might begin the caliper brake design process by researching the best caliper brake for your specific application.

For example, you could need an automatic braking function for your application. This may involve a review of existing caliper brake patents and designs and other related facts.

However, for a custom solution, they’ll make a prototype of the caliper brake. Then, they’ll use the prototype to test caliper brake design concepts and caliper brake materials. Finally, after the engineer is satisfied with the prototype results, they’ll begin production of your caliper brake.

We Can Help You Build The Perfect Caliper Brake For Your Needs

We hope our brief guide on industrial caliper brakes has given you a better understanding of this equipment. If you need caliper brakes for your unique industrial application, Kor-Pak can help.

We specialize in OEM and custom-manufactured caliper brakes and other industrial equipment. We can also help you source specialty equipment such as automatic brake parts.

Please contact us today to discuss your industrial equipment sourcing needs.

Types of EOT Cranes and Their Uses

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Does your business involve lifting heavy loads? You’re likely using forklifts to lift, lower, and move your massive items. The problem with forklifts is their stacking inaccuracy, making them drop items.

They can also face floor obstructions that cause delays. Thankfully, electric overhead traveling cranes can eliminate these challenges and more.

Are you aware of the different electric overhead traveling (EOT) cranes? These machines fuel a growing market for automated overhead cranes. Read on and learn more:

Single-Girder EOT Cranes

The Single-Girder is the most common type of EOT crane. It’s also one of the simplest and most cost-effective ones around. After all, it features one girder or primary beam as its main bridge.

It also comes with a hoist and trolley running along its axis. Its single-beam construction makes it much lighter than its double-girder counterpart. You’ll also find mounted motors and vertical gearboxes that facilitate its operation.

Some single-girder cranes operate using a single radio remote control. Others use a push-button pendant station. It’s strong enough to lift 20 tons of load with a lifting capacity of 15 to 50 feet.

The crane can move at a speed of 200fpm and have a hoisting speed of 10-60 fpm. It also fits conditions with a crossing speed of 10-60 fpm.

Double-Girder EOT Cranes

The double girder EOT crane features two girders, two trolleys, and two hoists instead of one. It also has a platform on both sides and a crab mechanism running along with them.

The gearboxes are horizontal, while the motors are foot-mounted. The operation can be via radio remote control, push-button pendant, or an operating cabin mode.

Another key feature is the two limit switches. The rotary limit switch allows you to control the upward and downward motions. It also lets you calculate the hook’s movement.

The other switch is the gravity limit switch which helps secure the limit switch. Because of its double beams, the crane can lift heavier materials of up to 250 tons. The lifting capacity is the same at 15 to 50 feet.

It can manage up to 350fpm moving speed and 60fpm hoisting speed. It can also work in projects with crossing speeds of 150fpm. 

Maintaining EOT Cranes

Stories of crane-involved accidents are not new, with an average of 42 crane-related fatalities happening every year. Proper crane maintenance will help minimize and avoid these accidents.

Inspect the switches to ensure they’re properly working. Check the brakes and clutches for any visible issues. Look at the hooks and inspect for bends or damages.

Check the condition of the wire ropes for damage or degradation. Look for signs of corrosion, severe wear, or bird caging. Ensure regular lubrication of the wire ropes to keep them at bay.

When searching for replacement parts, make sure to buy from trusted sources.

Enjoy High-Quality Crane Parts Today

Now that you know the types of EOT cranes and their uses, you can upgrade your lifting equipment to a more efficient one.

You came to the right place if you’re looking for replacement parts. We offer high-quality parts from some of the leading manufacturers in the industry. Connect with us to discuss your options.

A Quick Guide to Brakes and Clutches for Agricultural Machinery

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Did you know that the largest industry in agriculture is food and manufacturing? Americans even spend 12% of their household budgets in this sector. Agriculture also expands to farm-related industries with their machinery.

The keys to effective control in any agricultural machinery are brakes and clutches. These friction materials keep them running and are crucial in the agriculture industry.

How do brakes and clutches work, and are there different kinds available? Read on to learn more about these friction materials.

Brakes and Clutches Function

Brakes and clutches transfer torque from an input shaft to an output shaft. In simpler words, they stop and hold weight. You get them as separate parts, but they merge into a single clutch-brake unit.

Engaging the clutch transfers power from an engine to transmission or drive sprockets. Disengaging the clutch stops the power transfer, but the engine continues turning. Braking stops or slows the movement of connected shafts.

The type of brakes or clutches depends on how they engage or disengage the load. Therefore, machine operators also classify them by the method used to operate them.

Friction

The friction type is the most common brake or clutch in an agricultural application. It engages or stops a load. It happens by creating friction between two matching surfaces.

The first surface is metallic, usually made of iron. It forms into a drum, band, or disc.

The second surface has friction facing from molded organic material. It has a heat-cured resin binder, either a shoe, pad, or plate.

Disc

A disc-type brake or clutch has a single friction plate with a disc in its most basic form. It’s a single unit that combines clutching and braking duties.

Drum

A drum-type has cylindrical friction surfaces with a common axis or shaft. It transmits high torque and is perfect for off-road equipment.

Cone

A cone is a cross between drum and disc types. However, they no longer use it in modern agricultural machinery.

Electromagnetic

Electromagnetic type brakes and clutches are helpful when a unit needs a variable slip. They use electromagnetic attraction over friction to do their function.

Magnetic

Magnetics are the most common electromagnetic type brakes and clutches. They are great for tensioning and positioning applications with continuous changes of speed.

Eddy Current

Variable speed devices use Eddy Current types. These brakes and clutches don’t operate at zero slip.

Hysteresis

Hysteresis can provide any amount of graft. It’s needed not to exceed the heat dissipation capacity of the unit.

Mechanical

Mechanical type brakes and clutches are also called self-activating types. They transfer torque via a direct mechanical connection of input and output components.

  • Square Jaw – consists of square teeth locking into mating recesses in facing members
  • Spiral Jar – used to overcome the limited engagement speeds of square jaw types
  • Multi-tooth – offer the advantages of mechanical lockup clutches
  • Sprag – has cylindrical inner and outer races, together with sprags filling the space
  • Wrap Spring – a coiled spring links its input shaft and output shaft
  • Roller Ramp – transfer torque through rollers riding on the ramped surface of a hub

Mechanical brakes and clutches are often the least expensive. They assemble well for engaging and disengaging shafts.

Know More About Agricultural Machinery

Brakes and clutches are behind the effective control of agricultural machinery. They disconnect and connect the power source and slow or stop the system.

If you’re looking for the best industry parts and services, Kor-Pak is here to help. Check us out for more information.

Types of Stromag Brakes and Clutches

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American Industrial Machinery Wholesaling was worth over $300 billion in 2022. They produce machine parts used in the transportation and manufacturing industries.

Stromag is a company that provides industrial solutions to its customers. They make brakes and clutches for machines for the agriculture and construction industries.

Do you want to learn more about Stromag brakes and clutches? Then, keep reading this article to learn more about Stromag brakes and clutches.

Types of Brakes

The American Machine Manufacturing sector employs more than 1.1 million people. They work with industrial machines that need to be consistent in performance. It includes parts like brakes and clutches to stop the machines when necessary.

Spring-Applied Multi-Disc Brakes KMB KLB works well with all types of hydraulic drives. It has a braking torque with the range of 50 to 500,000 Nm. This brake is available for wet and dry operations.

Another brake model is the Spring-Applied Multi-Disc Brake KMB ZM / KLB ZM. The braking torque ranges from 100 to 3,000 Nm and can be higher on request. The compact design works well for mounting between hydraulic motors and gears.

Stromag’s Spring-Applied Brake NFF has a braking torque ranging from 20 to 10,000 Nm. It offers a degree of protection up to IP 66. It has a wide range of options like braking torque and wear signs.

HPB High-Performance Brakes have a torque that ranges from 80 to 5,000 Nm. It’s flood and seawater-proof, making it ideal for marine applications. In addition, it has an optimized design for maximum performance in small places.

Maintenance for Stromag Brakes is essential to make sure they are running well.

Types of Clutches

Dry Running Diaphragm Clutches KHM 800 is one of the Stromag clutches available. This model has excellent engagement controllability and low wear and noise levels.

Stromag’s Dry Running Diaphragm Clutches KHM 800 is robust and powerful. It has a maximum speed of 2100 rpm and a static torque of 5.450 Nm at bar 28.

Another clutch model from Stromag is their Pole-Face Friction Clutches MWU. It operates through electromagnets for a clean actuation. This clutch model has a torque range of 7 to 7,8000 Nm.

The Pole-Faced Friction Clutches MWU has high wear resistance. It is from the steel-steel friction combination. It also has a high switching frequency and offers short switching times.

Wet Running Multi-Disc Clutches KMS are oil-cooled and operate through hydraulics. It has a rated torque of over 2,000,000 Nm. It has a diameter of 1.2 m and weighs 4 tons.

One of its features is its excellent torque to weight ratio. It also has remote control capability. In addition, it has a mechanical emergency operation device for hydraulic oil supply failure.

Know More About Stromag Brakes and Clutches

These are the Stromag brakes and clutches designed for industrial applications. Knowing your options is crucial in replacing machine parts. Stromag has a selection of products that lasts longer to avoid future complications.

Contact us for questions about Stromag brakes and clutches for your industrial machines. Let’s discuss your needs and help you get the products you need.

 

A Guide to How Eddy-Current Brakes Work

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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?

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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?

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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

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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.