Tag Archives: AIN Plastics

AIN Plastics Lancaster, PA Going Strong After Tornado

AIN Plastics up and running with no downtime after tornado hits Lancaster, PA Branch

AIN Plastics in Lancaster, PA was struck by a tornado in the early hours of Wednesday, September 30th.  Fortunately, the extent of the damage was not as extensive as it first looked. The flow of daily operations was not interrupted. Orders, shipments and sales calls were routed immediately through other AIN Plastics locations.

Within a short two days the Lancaster Sales Team had workspaces set up at a temporary sales office in the City of Lancaster. In addition, AIN acquired a temporary warehouse facility just ten minutes from our regular location on Running Pump Road. All inventory had been moved into this facility for immediate shipments and as of Monday, October 5, just five days after the strike of the tornado all orders are shipping from AIN Plastics PA as normal.

Branch Manager, Terry Tewell stated that, “the team at AIN Lancaster would like to thank all of our associates from the other AIN Plastics facilities for their assistance in shipping our orders out immediately. We would also like to thank ThyssenKrupp Corporate and AIN Plastics Senior Management for all of their support and quick actions. Most of all, we would like to thank the Community of Lancaster and our Customers that have supported us throughout this event.”

Bayer Material Science Now Covestro

As a distributor of Engineering Plastics AIN Plastics has had a long and great relationship with Bayer Material Science. Now, we here at AIN are pleased to be carrying on this same great relationship with Covestro. The company formerly known as Bayer Material Science is now a legally independent company that is still a full subsidiary of Bayer AG.

As a distributor we are looking forward to working with the same great materials and people and we are eager to see what the future brings now that Covestro stands on its own. Although some things remain the same, the change to Covestro is more than a pretty new logo. It is an opportunity that has been embraced by the Bayer team to reflect on it’s goals and it’s purpose and with that has come a new vision that Covestro released along with their new logo:

Covestro Logo Blk Txt CMYK“Making the World a Brighter Place”

In a recent press release Covestro’s CEO Patrick Thomas stated “We fulfill this vision by inspiring innovation and driving growth through profitable technologies and products that benefit society and reduce environmental impacts.”

As has been the case in the years leading up to the change, Covestro and AIN Plastics have worked with customers throughout just about every industry from high tech aerospace, defense and automotive to the demanding applications of medical device, food processing, orthotics and prosthetics and on into fine art preservation and architecture. It’s a broad range and Covestro has the high quality materials needed to supply them all. In addition, one of the things that has made the AIN Plastics / Bayer partnership so successful is our shared focus on continuous growth of industry knowledge that we bring to our customer service. As a company Covestro employs approximately 14,000 workers around the globe and according to news reports that number may be increasing soon. The US headquarters will remain in Pennsylvania where they are already sporting the bright new logo on signs around the property.

AIN Plastics is looking forward to our continued partnership with Covestro. As a top manufacturer of polycarbonate resins, sheets and shapes AIN Plastics is happy to continue stocking and selling their materials. Our team will be on the front line of learning about new Covestro materials and applications in the months and years to come, and as always, everyone at AIN Plastics will be eager to assist customers in finding that just right engineering plastic for their application.

 

 

 

For more information and articles about Bayer Material Science’s transition to Covestro see these links:

Bayer US Website

Pittshurgh-Post Gazzette

Wall Street Journal

 

See you in the blogosphere again soon!

Lisa Anderson

Marketing Manager
ThyssenKrupp Materials, NA
AIN Plastics Division


lisa_anderson_001CroppedAbout Lisa Anderson
Ms. Anderson has been ThyssenKrupp Materials AIN Plastics Division for over 3 years. She brings 20+ years of advertising, award winning graphic design, social media and marketing. She has worked in book publishing, advertising agencies, printing, manufacturing, and the apartment industry. Ms. Anderson has a Bachelor of Fine Arts in Studio Arts from Calvin College, Grand Rapids, MI.

Hurricane Potential Reminds Us to Prepare

The US has had a few quiet years in terms of hurricanes, but now that we have Erika causing damage and we look back at the anniversary of Hurricane Katrina it’s time to review. Are we ready for a hurricane, or even a tropical storm? Lots of resources are available and we wanted to share a few to help.

Of course, The Weather Channel is a great place, either on TV, their app, or weatherchanel.com. They have a special section just for hurricane information.

If you have not visited lately. Ready.gov provides a whole series of great things from checklists to things like, how to talk to your children, how to plan and more like How to build a disaster preparedness kit. Even if a big hurricane does not hit this year, the peace of mind and the little time it takes up front is well worth it.

The Red Cross also has an easy to search library that is full of great tools to help you prepare for natural events such as hurricanes, snow storms (yes winter is on its way too), and much more. Plus, you can join in and help those affected by disasters by finding locations to donate blood or volunteer. We all want to help, but sometimes the best way is to join up with a long-time organization like The Red Cross who’s organized efforts have helped millions. Find out more by visiting their site.

The CDC (Centers for Disease Control) also has great information and an important reminder. In a disaster you may not have access to a computer, cell phone, tablet – all those things we’ve come to rely on heavily for fast access to information and storing information may not be availab le to you, so keep some old fashioned paper stuff on hand too.

Most importantly, start now. We’ve all seen the news reports of empty store shelves and people lining up to get gas, water, and plywood to board up windows and doors. Starting well ahead of time can save you time and reduce your stress level, knowing you won’t need to make that mad dash for supplies, or – what did you forget.

Lastly, take a look at your home and what you can do there to improve. Many residential homes and businesses use plywood to secure windows and doors, but AIN Plastics Florida has researched and found a better way that lets you put up hurricane protection on windows and doors ahead of time because it’s easy, reusable and it lets in the light! We call this material HurriGuard®

HurriGuard Panel

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HurriGuard® has passed missile testing and is Miami Dade County approved for hurricane protection. (MIAMI DADE APPROVAL: 13-1126.21 FLORIDA APPROVAL: 16699) What is HurriGuard®? It’s actually a triple wall polycarbonate which makes it very strong and very lightweight. In fact, individuals can often install their own because it weighs about 1/4 what an average sheet of plywood weighs. The polycarbonate sheets come in sizes up to 4×8 and they can be cut to size. A channel system installed around the window allows for the panels to be installed within a short time and, unlike plywood they can be reused. Plywood soaks up water leaving it damaged and only good for a one-time use but HurriGuard® has a 10 year warranty against UV degredation. As a Florida business AIN Plastics Florida is happy to provide such a quality product. We have it in stock and ready to ship within Florida. If you have more questions please feel free to call us at 813-242-9162 or visit the HurriGuard® website.

In addition to windows and doors here are a few other things to check for:
Are rain/storm gutter clean and clear of debris?
If you currently have hurricane shutters are they in working order?
Be sure any loose objects are put away or secured
Remove any damaged or dead trees or shrubs
Check your roof and make sure shingles, tiles etc. are in good repair

 

 

Scott Moore

Branch Manager
ThyssenKrupp Materials NA AIN Plastics Division

TKMNA Talent Program Team Takes on New Challenges

As the Song Goes…Guess Who’s Back, Back Again…

What an incredible experience! As of May 28th, I have completed ThyssenKrupp Materials
NA Sales Talent Development Program. Woohoo! I’m very thankful for this opportunity to gain experience in not only sales, but other departments such as operations, purchasing, and finance. My journey through the program was from AIN Plastics, to Copper and Brass, Class II of the Sales Talent Development Program included Left to right Louis Szilagyi, Chris Porritt, Jon Lown, and Front Becca Reidythen onto ThyssenKrupp Industrial Services, next up was ThyssenKrupp Aerospace and I also spent a week at KenMac Metals. Through the rotations, I had the opportunity to go on sales calls and see the applications of our materials for TKMNA. I saw everything from cranial baby helmets being produced to seeing the F-150 stamping plant and touring the Boeing facility that could fit 75 NFL football fields inside it to riding along on the BMW test track!

Pictured to the right is Class II of the Sales Talent Development Program which included (left to right) Louis Szilagyi, Chris Porritt, Jon Lown, (and front) Becca Reidy

New Image

Pictured Above: Jon Lown Chris Porritt, Louis Szilagyi, Becca Reidy, and Talent Program Director Heather Clark of TKMNA, NA.

 

image002-1I am happy to say, since completing the program, I began my Inside Sales position at AIN Plastics on July 1st. First, I’m heading down to our Kennesaw Branch to learn as much as I can from our team about the machine shop at Kennesaw, GA and all the value-added services. February 1st, I will be off to Dallas to join our team and settle in. I’m looking forward to applying all my skills that I have developed over this past year and seeing the results. I know it’s not going to be easy. Sales can be tough; you win some and lose some. It’s a lot like sports. You dedicate a lot of time and effort toward an account and sometimes you come out with a loss. Sometimes you get in ruts, but with the support of your team and a good sense of work ethic you break the bad streak. And all that hard work will be worth the results.

I want to send out a big thank you for everyone who has made my journey along the way a great experience and I’m excited to start working with my AIN team. If anyone has any questions on my journey or the other divisions I visited feel free to contact me. I would love to discuss my journey in more detail.

 

Becca Reidy

Inside Sales
ThyssenKrupp Materials, NA
AIN Plastics Division

rebecca.reidy@thyssenkrupp.com

To read more about Becca and the journey of the Sales Talent Development Team Visit these other posts.

Chris Porritt Talks AIN Plastics and Talent Development Program

AIN Acquires New Talent Through TKMNA Program

What’s That Plastic?

Have you ever come across a plastic material, a sheet, rod, or tube, in your shop or warehouse with no label and no way to determine exactly what it is? This can be a difficult challenge due to incredible number of variations that include all the machinable engineering plastics plus all the fillers and additives used to enhance or improve aspects of an engineering plastic’s performance under specific conditions.
However, there are some things you can do to get off to a good start on narrowing down the options.
We’ve put together a handy infographic on some simple do it yourself tests and how the most popular engineering plastics will react to them.

In addition to these methods take a look at our blog post on using the Burn / Flame Test to Identify Plastic Materials

 

A Plastics Guy in the Glass Industry

One of the most fascinating things about the Engineering Plastics Industry is that these materials are used in every industry, at least every industry I’ve come across so far, and that’s a lot! So when I recently visited a glass manufacturing plant I wasn’t entirely surprised to find they had a need for plastics.

As Old as Humans 
Glass was discovered by stone-age hunters in the form of obsidian long before it was first manufactured in any form. The first manufactured glass that we know of dates to Mesopotamia in the 16th century BC. In this day and age it’s hard to imagine a world without our automated glass manufacturing techniques. All you have to do is look at skyscrapers in any city. The beautiful glass that you see on the outside is engineered and produced to some amazing standards.  The same is true of the safety glass in every automobile on the road.  Without automated lines that take the sand, sodium carbonate, and calcium carbonate (soda ash and lime) through the process, cars would not be the same. Modern glass has improved safety, part life, and given designers a freedom to create a virtually endless array of shapes.

Modern-Day Glass Factories
Where do plastics enter into the modern-day glass factory? Inside glass plants, technology has led to many innovations that keep prices down and the design capabilities endless.  Automation allows glass to be consistently formed, tinted, laminated, and packaged, and all at high speeds compared to earlier methods. In this process the conveyors rather than humans handle the glass from furnace to delivery on the factory floor.  To keep the lines moving, glass is sent across conveyor lines while it is still at extremely high temperatures. This has created some challenges on the manufacturing side to be able to move the glass in a way that is gentle enough that the fresh material is not scratched, marred or broken. This is where Engineering Plastics offer benefits to the glass manufacturer as it can minimize these issues.

Glass Stops
Illustrations---Glass-HandlingOver the years glass plants have made stops, a small piece that acts as a ‘bumper’ of sorts. Glass hits the stop which helps to cushion and redirect hot glass as it moves along conveyor lines. Some plants have used phenolics or other plastics to make glass stops. Although these materials work, customers tell us they need to be replaced often as the high temperature of the glass degrades the plastic stops. DuPont™ Vespel® is a unique family of polyimide materials that many glass manufactures have moved to  because of their ability to withstand the high temperatures and impact of hot glass.  As one of the highest performing materials for high temperature environments, engineers have designed rollers, stops, fingers, and wear strips out of DuPont™ Vespel®.  In addition to performing well under extreme heat DuPont™ Vespel® has been noted for its ability to handle the constant impact of glass without deformation or causing marring, scratching, or breakage of the glass. While this material is not inexpensive, customers continue to specify DuPont™ Vespel® due to benefits that include  –

  • Reduced downtime of lines to replace stops
  • Reduced furnace downtime to cool and reheat while production lines are down
  • Minimize product loss due to scratches or other damage
  • Decrease downtime to clean up after product breakage occurs

In a recent application in an auto glass factory, we replaced a graphite based material used to make glass stops with DuPont™ Vespel® SCP-5050.  The customer reported the service life of the stops improved over 5000%! It’s a great reminder to me as we look at engineering plastics that it’s not all about the initial cost of the material, it’s about the savings and improvements to your manufacturing process that can happen when you choose the right engineering plastic for the job. So, feel free to call up your local plastics professional when you are looking for improvements. We may or may not be the right fit, but if we are, you’ll be glad you made the call.

Photo---Paul-Hanson---ThumbnailPaul Hanson

Sales and Marketing Manager
DuPont Vespel®
ThyssenKrupp Materials NA
AIN Plastics Division

email: paul.hanson@thyssenkrupp.com

For more information about Engineering Plastics for Glass Stops download a pdf here Flyer – Glass Handling w Vespel 01-15

For more information about AIN Plastics please visit our website at ainplastics.com

Chris Porritt Talks AIN Plastics and TKMNA Talent Program

As a participant in the ThyssenKrupp Materials NA Sales Talent Development Program I am in my third rotation of working at different TKMNA Divisions. My current home is at Copper and Brass sales. I was hired by ThyssenKrupp out of Central Michigan University, where I majored in Law and Economics (Econ. Degree). I learned about ThyssenKrupp through my professional sales and marketing fraternity, Pi Sigma Epsilon. Representatives from ThyssenKrupp Materials NA came to one of our networking nights and I got to speak face to face with Heather Clark, Director of the talent program and Evan Van Buhler about the STDP and the different MBU’s of TKMNA. I was interested in ThyssenKrupp because I knew that it was a huge company where I could grow and develop in-depth knowledge of different industries and have a wide variety of experiences.

The TMX Aerospace Division of ThyssenKrupp Materials NA hired me straight out of CMU and I spent almost three months in Seattle this summer learning about their business. I really enjoyed my time with TMX this summer, and I look forward to heading back to Seattle, once my time in the Talent Program is done, to start my new role with them. For the past two months I have been with the AIN Plastics Division which is based in Madison Heights, Michigan. My experiences with AIN Plastics have been wide-ranging and I have really enjoyed my time working with the team at AIN. During my three months my I spent time with the Inside Sales team, Outside Sales teams at several branches, the Business Development team in Kennesaw, as well as time in the warehouse in Madison Heights and the machine shop in Kennesaw, Georgia. During my rotation with AIN, I have also had various projects that were assigned to me. These include reports on: productivity, consignment, CRM tools, and long-term projects involving the other members of the STDP and our mentor projects. These projects have been invaluable to me, in terms of working on my time-management skills and increasing my knowledge of AIN’s business processes. They have helped me to build skills that I will carry into my new position once I return to TMX Aerospace. Additionally my rotations are giving me a better understanding of ThyssenKrupp Materials NA as a whole company.

Lastly, during my AIN rotation I was fortunate to be invited to take part in their National Sales Meetings and President’s club Awards Banquet where AIN team members are honored for achievements over the past year. It was an amazing experience. I attended Branch Manager meetings where I got to see some of the metrics that are used to gauge AIN Plastics performance each year. From there we all attended breakout sessions where we brainstormed idea’s to save money and increase revenue. I learned a lot from spending time with people who have been with AIN Plastics and in the plastics industry in general for many years. The rest of the time at the National Sales Meeting was spent with representatives from some of our suppliers and then we had the presentations for The President’s Club Awards. I really enjoyed my time at the National Sales Meetings. It was a time where I formed some great relationships with various AIN employees that I know will last into my future years with ThyssenKrupp. (See more about the AIN Plastics NSM and President’s Club Awards)

My time with AIN Plastics has been a wonderfully positivel experience and I can’t say enough about the AIN Plastics team. I could really feel the family atmosphere at the different branches I visited and that is something that you do not see often at companies the size of AIN Plastics. It has been an honor to work with the AIN Plastics team and I look forward to continuing working with AIN and the rest of TKMNA.

 

Photo---Chris-PorrittChris Porritt
Sales Trainee
TKMNA Sales Talent Program

www.tkmna.com

What is Fracking and How does it Work?

Fracking is a slang term for hydraulic fracturing, a process that maximizes the output of natural gas and oil wells to make them productive.

How does hydraulic fracturing work?

When a well is fractured, an operator pumps a mixture of water, sand and a small amount
of chemicals into an oil or gas formation deep underground and applies pressure. The pressure fractures rock layers, releasing oil or gas reserves. The sand holds the fractures open to continue allowing the oil or gas to flow into the well.

Illustration---Fracking-01

As gas or oil comes to the well head under pressure, it brings with it the fracturing water that was pumped, along with natural brines that are present in the deeper layers of the earth. That “flowback” water is separated from the gas and oil at the surface, contained in steel tanks, and sent to deep injection wells for disposal.

Is hydraulic fracturing new?

No. Gas and oil operators have been using hydraulic fracturing around the country since it’s invention by George Mitchell in the late 1940s. (See article link below)

One popular method for creating fractures is the use of frac ports and sliding sleeves. Open hole packers isolate different sections of the horizontal well. A sliding sleeve is placed between each packer pair and is opened by injecting a ball inside the borehole. Typically, a completion string is placed inside the well. The string includes frac ports and open hole packers spaced to specifications.

Frac balls, typically made from an Engineering Plastic, are critical components in cutting edge downhole tooling used in hydraulic fracturing operations. Typically when creating multiple fractures in a wellbore, a completion string is placed inside the borehole with frac ports and sliding sleeves spaced between each section. In order to actuate each sleeve a properly sized frac ball is pumped along with the fracturing fluid inside the well.

Each ball is smaller than the opening in each of the previous sleeves but larger than the hole in the sleeve it is intended to open. The ball shall seat within the sleeve, closing the hole and exerting pressure to slide open the sleeve, opening the frac ports. Once the ports are open the fracturing fluid is diverted to the open hole space outside of the completion assembly causing the surrounding formation to fracture.

At the completion of each fracturing stage, the next sized ball is injected into the well causing the next sleeve to open and so on until all of the sleeves are open and multiple fractures are created within the well. The main advantages of this process being the speed with which the well can be penetrated hence reducing cost.

Engineering Plastics used in Hydraulic Fracturing

  • PEEK
  • TORLON®
  • G10-G11-FR4
  • DuPont™ Vespel®

The Engineering Plastics listed above are commonly found in seals, bushings, thrust washers, back-up rings, and logging tools. Many have properties that provide longer wear and high temperature resistance than more traditional materials.

As in nearly all industries today,  Engineered Plastics are becoming widely accepted as a solution to  bearing and wear issues. The oil and gas industry is no exception.  Engineered Plastics have been found to alleviate  some headaches in the extreme conditions the oil and gas industry meets when drilling deeper to tap into new resources.

Kendall Montague

National Sales Manager Oil & Gas
Thyssenkrupp Materials NA AIN Plastics Division

Connect with me on LinkedIn

 

Links to Related Items:

Animation of Baker Hughes completion and frac ball application. Frac Ball Application by Baker Hughes

Related Article: George Mitchell – The Inventor of Fracking 

ThyssenKrupp Materials NA AIN Plastics Division is a sponsor of the Energy Rubber Group

 

Engineering Plastics use Grows in Food Processing Equipment

iStock_000014977093LargeEngineering Plastics continue to replace metals as key components in food processing equipment. Plastics are often lighter and able to outlast traditional metal parts. A quick look through the variety of plastics available in today’s market shows an increasing number of engineering plastics that are compliant to FDA, USDA, 3A Dairy standards making them available in applications where they will come into direct contact with food. They are also being chosen for their
ability to create a quieter work environment.

With 2014 looking to be a great year for Food Processing equipment sales I wanted to share what we most find in food processing applications and why.

UHMW
UHMW continues to lead the way (by pounds sold in the United States) in the transformation from metal to plastic parts.  For more information on materials sold in the U.S. see this article by the American Chemical Council. Compared to steel UHMW is just 1/7th the weight. In addition UHMW is corrosion resistant. UHMW is a great option for room temperature applications like guides, paddles, and cutting surfaces.  Recent advances include the introduction of metal detectable versions that can be recognized by your detection systems in line.

Nylons
For bearing and wear applications, Nylon materials have been the workhorse for over 30 years.  Like UHMW, Nylon is also light weight, and provides lubrication – free operation making it a great material for producing bearings or bushings.  Gears and sprockets made of Nylon have been popular because they can reduce noise in work areas. They can also improve the efficiency of production lines conveying food and liquids in your plants by lasting longer than metals, which reduces downtime, and by allowing lines to run faster.

Acetals
For many components, Acetal is the best choice for metal replacement, and we find its popularity is growing quickly in the food processing industry.  Acetal (Delrin Homopolymer or CoPolymer brands like Acetron GP and Celcon) are very easy to machine, and their very low moisture absorption rates make them a good choice for the often wet environment of food processing.  Acetals are harder than Nylons and maintain dimensional stability where Nylons tend to be more flexible. In many applications Acetals can handle continuous use temperatures up to 210° F and they are typically compatible with most cleaning solutions, a huge plus in the food processing industry.

ERTALYTE®
A popular speciality material is Quadrant Engineering Plastics Ertalyte material.  Ertalyte has unique properties that allow it to wear like Acetal in wet environments and like Nylon in dry or unlubricated environments.  I like to think of it as giving you the best of both worlds! Ertalyte also is highly resistant to stains generated by things like tomato based sauces and green vegetables.  Ertalyte also has high dimensional stability that meets the demands of the highly precise machining tolerances required in filling pistons and fluid manifolds.

In looking to the future of food processing the demands are heavy. Companies are working hard to keep consumer prices in line while still making a profit. Food processing companies are achieving these goals by improving efficiency and creating better work environments. Plastics are an increasingly big part of the solution because their use in parts can improve line speeds, decrease maintenance downtime, and even make for a quieter work environment.

As I look at the Engineering Plastics and High Performance Materials we have here at AIN Plastics I’m pleased to see how they are being used to improve the food processing industry and I’m excited to see the new applications our customers are working on as well as the new materials our suppliers are always working on. If you have an application you’ve been scratching your head over, give us a call. We know there are lots of options and we can help you take some of the guess work out of finding out if Engineering Plastics are right for your application.

Paul Hanson

Sales and Marketing Manager
DuPont Vespel®
ThyssenKrupp Materials NA
AIN Plastics Division

email: paul.hanson@thyssenkrupp.com

For more information on Engineering Plastics visit http://www.tkmna.com/tkmna/Products/Plastics/Engineering/index.html

A Little Acrylic Helps a Scout Become an Eagle Scout

AIN Plastics, a Division of ThyssenKrupp Materials NA. It sounds huge doesn’t it? Well, it is. ThyssenKrupp Materials NA is part of a global company that includes divisions for aerospace, elevators, materials services and much more. But there is also a local side to all of this. AIN Plastics Division has local branches throughout the U.S. and each of those branches provides materials across the U.S. but just as often, they do within their local community. Sales reps are in each area assisting customers personally, and of course these are the communities we live our lives in. Although we do projects and events that the entire company takes part in, our local branches don’t stop at that and say good enough. AIN Plastics  local branches, like many local businesses  enjoy doing events to help improve the community they are a part of. Whether it’s helping out the local school robotics team, donating time at the local food bank, or doing a roadside beautification project, you will find our branches are out getting together and doing things to make a difference in their community.

Recently I was talking with Terry Tewell, Branch Manager for AIN Plastics in Lancaster, PA about a potential new project. As we talked he also shared a project his team helped with earlier this year. Terry said it was a donation of materials, but what really struck the whole team was what it really meant to donate clear acrylic to a young Boy Scout and all that one simple act to us meant to him. Below is the letter the AIN Plastics Lancaster team received back from now Eagle Scout, Derian Erb.

Dear AIN Plastics,

On May 8th, 2013 I was awarded the Rank of Eagle Scout. I would like to personally than you for your donation of three sheets of pled- glass. Without it, my project would not have been completed. As you can see; along with your donation, it took 5 months and over 230 man hours to build and install 2 information kiosks at the Blue Rock Boat Launch along the Susquehanna River.

The purpose of my project was to build information kiosks along the Susquehanna River to assist boaters, hunters, fishermen, and bird enthusiasts in providing updated changes in the PA laws regarding the use of the river for fish and fowl in connection with the PA Fish and Boat Commission.

Because of your donation, support of Boy Scouts and a belief in me and this project, what I learned is immeasurable. This experience has taught me the full extent of how to manage a complete project plan from start to finish. Even though you do projects in High School, nothing can prepare you for the workload of this. At the time I was the Senior Patrol Leader (the highest leadership position in my Troop) and thought I knew how to lead. Boy was I wrong, my confidence, leadership and communication skills (which in my mind were good) greatly developed over the course of guidance, writing a check, writing and mailing a formal letter, soliciting donations and hosting fundraisers, project labor, and lastly; I greatly improved my ability of talking over the phone. I learned a lot throughout this project which I know helped prepare to better me in life.

 

Thank you for your support,

Sincerely Yours in Scouting,

Darian Erb, Eagle Scout – Troop 267

 

Photo---Erb-Eagle-Scout-11-13Photo---Erb-Eagle-Scout-02-11-13

It’s great to do big events. But I’m happy to be part of a company that also values the local side of life and the the things we can do in our individual communities that might make a big difference for someone in their life. Best wishes to Eagle Scout, Derian Erb. We know you have a great future ahead of you!

 

See you in the blogosphere again soon!

Lisa Anderson

Marketing Manager
ThyssenKrupp Materials, NA
AIN Plastics Division