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Practical Modern Solutions For Tyre And Rubber Industry

Change is inevitable. Changes in the business environment happen all the time. The economy fluctuates up or down on a daily basis, frequently causing businesses to alter the way they operate. New competitors enter the marketplace while others leave. Advancements in technologies, products and innovation lead to change in a business environment.

Sustaining and innovating amidst changes is the hallmark of exemplary leadership. Pelmar Group has been displaying dynamic leadership for the last 50 years! Hence, in this special edition of Know Your Supplier’s cover story, we showcase for you Pelmar Engineering Ltd., the Practical Modern Solution Providers For Tyre And Rubber Industry.

We understand from our conversation with Jacob Peled, Founder and Executive Chairman, that Pelmar had three consecutive record years. And is now planning expansion of both its commercial and technical activities in Israel and worldwide.

It’s not easy to achieve three record years consecutively handling a range of activities that include pre-owned machinery, new equipment, complete engineering services, raw materials, military technical rubber production, technology transfer, M&A activity and more. Because, this requires efficiency and focus.

Don’t miss our main interview to know how Pelmar has been consistently outperforming customer expectations year-on-year.

Know-Your-Supplier-Pelmar-May-2016

Click on the image to read

(You may read this digital edition either on Youblisher and/or Yumpu platform.)

An anecdote shared by Peled in his own words that I choose to mention here.

“I was asked a question yesterday evening by one of the persons I admire most in the industry, Michael Labbe the Managing Director of Rema TipTop, how could I and Pelmar cope with handling so many various subjects efficiently at the same time. He referred mainly to Pelmar handling pre-owned machinery, new equipment, complete engineering services, raw materials, military technical rubber production, technology transfer, M&A activity and more. I did not have a proper answer.

This morning I had breakfast with the technical director of one of the major Tier 1 tyre companies, who asked me how could I with the size of our Group, with the international spread, with the diversity of functions handle only one industry, the tire and rubber industry. I tried to explain that tire and the technical rubber industry are separate, but found myself mumbling.

The worst thing about the above is that both questions are absolutely correct and in place. The only answer that I can think of is that because we are handling “just one industry” we can and should be involved in as many aspects of this industry as possible.”

Pelmar Engineering Ltd.

Identifying and capitalizing on the opportunities swiftly along with thirst for growth has helped Pelmar diversify their expertise, spread reach globally and offer single-stop shop total solutions for rubber and tyre industry.

Additionally, on this digital edition, we have two knowledge-enriching topics from our portal aptly titled ‘Insight’ and ‘Tips’ sections.

Download PDF of this special edition here

I hope you find the contents informative to learn more about this leader in rubber and tyre industry.


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Tyre Technology Is An Amalgamation Of Science And Engineering – P.K.Mohamed

Tyre Technology is an amalgamation of science and engineering. It is dominated by physics, chemistry, mechanical and chemical engineering, says P.K.Mohamed, Chief Adviser – Research & Technology and Member of Management Board, Apollo Tyres Ltd. in an exclusive interview with Rubber Machinery World.

Mohamed is a soft-spoken and an accomplished tyre technologist with 5 decades of experience in the field of Tyre Technology and Manufacturing. When you read this passionate interview of his journey from a college lecturer to a well-known tyre technologist, you will observe struggles, challenges, achievements, dedication and loyalty; and importance of continuous education – a complete package of learning and leadership wisdom for new generation of aspiring professionals in tyre industry.

Mohamed is a Fellow Member of the Rubber and Plastic Institute London, Member in the Management Board of Apollo Tyres Ltd, Industrial Advisory board of Centre for Tyre Research, USA, IRCO and Area Director of American Chemical Society Rubber Division. Mohamed is also the Chairman of Indian Tyre Technical Advisory Committee (ITTAC), Technology Environment Safety and Standard (TESS) group of ATMA and past chairman of IRI. He has several international publications to his credit.

Mohamed’s exceptional knowledge, clarity, relevance and insight on the various aspects is awe-inspiring. I consider it a privilege to know him and present his thoughts to you in our “Know A Leader” Series.

Know-A-Leader-Mohamed-Apollo-Tyres

Click cover to read online

I urge you not to miss reading this complete interview online on our digital edition (please click on the image above). You will immensely gain from his wisdom shared through passionate narration of personal experiences growing Apollo’s technology might; know his views on changes in rubber compounding,  future of tyre building, new ideas energizing the tyre industry, sustainable profitability, automation, notes for equipment manufacturers, and machinery selection advice for buyers.

Here’s one teaser Q&A below, while the full interview has 10 questions.

Q6) Tyre design is a fascinating topic though few people really understand the differences in design between brands. How has the design of tyres really changed during as you witnessed it? What were the key factors driving this change?

P.K.Mohamed:

Tyre technology is an amalgamation of science and engineering. It is dominated by physics, chemistry, mechanical and chemical engineering. Tyre is a product which is a unique combination of steel and rubber.

Steel is responsible to withstand all stresses experienced by the tyre and rubber is responsible for taking care of its strain. Such an intelligent sharing of stresses and strain is rarely seen in any other product other than a tyre. So it is a challenge for the tyre engineer to design a carcass of a tyre with minimal strain on material when the same is stressed by inflation, vehicle load or traction loads. This challenge further increases when it comes to the tread design. Tread is responsible not only for providing adequate traction, mileage, and water drainage but also need to cater to other performance requirement of rolling resistance and noise. It is noticed that, several new concepts such as natural inflated profile (NIP), and Tension Controlled Optimized Theory (TCOT), have been tried by several companies but the tyre technologist is yet not very successful in creating a carcass which can withstand under inflated condition and provide the same performance. This still remains as a challenge. In the case of tread, several developments have taken place to enhance water drainage & traction improvement, reduction in foot print pressure & noise and improvement in aesthetics and aggressive looks. While the pattern design methodology followed by many companies generally follow same guidelines, significant deviations are seen recently to meet the new-found challenges in meeting label values in RR, traction and noise. In depth understanding is required to make significant alterations in tried and tested designs to meet ever-increasing performance requirements and advanced design simulation tools are of great use for the tyre designers in this process. With the usage of new materials and improvements in compound properties, tyre technologists are now trying to tune the behavior of new compounds in different designs for optimal performance in a given operating condition.

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Was this informative for you? I look forward to your feedback and thoughts of this interview.


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Industrie 4.0 And Why You Should Be Excited About It?

If you are even remotely following the advancements in manufacturing and automation, then you have already heard this term – Industrie 4.0. A German branded initiative, this is a term coined for the next stage of manufacturing that describes the main future development tasks required to achieve a ‘Smart Factory‘.

To quickly understand, you may visualize smart factories as ‘social networks’ where humans, machines and materials communicate and interact in real time.

Considered the 4th industrial revolution in manufacturing (watch a video), Industrie 4.0 is a dynamic process of evolution. It refers to the technological evolution from embedded systems to Cyber-Physical Systems (CPS).

Too much of jargons? Let me make an effort to explain…..

Relevance of CPS

In your manufacturing environment, these Cyber-Physical Systems comprise of smart machines, storage systems and production facilities capable of autonomously exchanging information, triggering actions and controlling each other independently.

This means all your machines, processes, control systems, logistics and even end-products are closely interconnected via internet-based, data-handling technologies and devices.

CPS makes your next level of decentralization realistic. It improves your resource productivity and efficiency, enables more flexible models of your work organization.

Says, Ashutosh Chincholikar, Business Head, Smart Controls India Ltd, “With Industrie 4.0, rubber and tyre machinery will no longer simply ‘processes’ the product, but your product would communicate with the machinery to tell it exactly what to do.”

Industrie-4.0-Rubber-Tyre-Machinery

Benefits of Industrie 4.0

Your benefits include flexibility in specification and volume, fine-tuning to your customer needs, and improving efficiency as a way to reduce your cost.

Your product development-to-market and order-to-shipment lead times become shorter. Expensive downtime for your machinery and plant gets reduced through remote monitoring and predictive maintenance.

Digitization, connected-ness and virtual tool planning opens your door to customized mass-production. This means you can produce very small batch sizes and yet sell at a profit.  Flexible manufacturing may mean that more of your parts and production materials have to be detected, inspected and identified. Transparency and reproducibility of your processes will enhance your product quality.

Experiences shared by Smart Controls India Ltd, include significant benefits like

  • 5% increase in productivity on 20 machines was equal to an extra machine.
  • 25% saving on a plant in Auto industry
  • 11% efficiency improvements in first 3 months at a Tire Company.
  • 68% gain in production by just fine tuning setup processes (up from 410 to 690 parts/week)
  • A large equipment manufacturer’s OEE shot up from 24% to 62% on machines

It is these benefits of speed, flexibility, quality amongst others that should keep you excited and upbeat about the prospects of Industrie 4.0. Further when you use CPS, you will have a clear advantage to attract the best employee talent since you can offer a better work-life balance.

| It is these benefits of speed, flexibility, quality amongst others that should keep you excited and upbeat about the prospects of Industrie 4.0. |

Need for a balanced approach

Interestingly, Industrie 4.0 goes by a variety of names: ‘Advanced Manufacturing’ in the USA and the UK, ‘les usines du futur’ (The Factories of the Future) in France, ‘Made Different – Factories of the Future’ in Belgium, and “Smart Industries” in the Netherlands.

As a manufacturer, you definitely need to procure equipment with right level of futuristic automation. Because Industrie 4.0 is bringing fundamental change to your business competition in today’s ‘VUCA’ (Volatile, Uncertain, Complex and Ambiguous) world.  If you continue using today’s automation systems you will fail due to excess cost in automation.

| If you continue using today’s automation systems you will fail due to excess cost in automation. |

However, it is also necessary to find the balance between full automation and manual work. It doesn’t make sense to automate all your manufacturing processes completely as the cost of that will be too high.

For example, tire production is high-volume customization. The tire industry seeks to consistently improve quality while cutting waste, thus reduce the cost of each tire. Experts and Leaders will tell you that the steps you need to do this in China or India are different than they are in Japan or in Europe or in the U.S.

Every application must be evaluated with regards to the breakeven point. And that is where you will benefit with the assistance of a systems integrator.

balanced-approach

Adopt a Balanced Approach. (Image Source: Web)

| Every application must be evaluated with regards to the break-even point.|

Adds Ashutosh, “In order to implement automation solutions in the tyre industry someone who understands the intricacies of tyre manufacturing processes – from mixing, tyre building, curing to inspection – is needed. This is where Smart Controls plays a big role. With over 15 years of experience in serving the tyre industry, Smart Controls has full knowledge and experience of using the Siemens Technological Platform to implement automation solutions for almost all processes of tyre making.”

(You may wish to hear more on the ‘role of a system integrator in your smart factory’, when Ashutosh Chincholikar speaks at the International Rubber Conference in Chennai on March 1-3, 2016.) 

Summarizing, Industrie 4.0 is more than just a buzzword today and hence important that you take notice. Because it ensures that your resources are used more efficiently while people and machinery work far more productively.

Let us know your thoughts on Smart Factory and and plans for Industrie 4.0.


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Do you have any blog suggestions? Let us know on rubbermachineryworld@gmail.com


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The Future Will See A Lot of Machinery Makers – David Shaw

The future will see a lot of machinery makers; some will be based in Asia; some in Europe and some in the Americas. It will become a lot more difficult to guess which offer high tech and high prices or low tech and low prices simply by looking at their country of origin, says David Shaw, CEO of Tire Industry Research, in an exclusive interview with Rubber Machinery World.

David Shaw, is a tall leader and a global expert on the international tire and rubber industry. He has studied tire manufacturing, raw materials, processes and technologies and how they vary around the world. This deep technical knowledge, built up over 25 years combined with a thorough understanding of branding, pricing and distribution channels, gives him a unique advantage to analyse regional and global strategies in car, light truck, heavy truck & specialty tires.

With exceptional knowledge, clarity, relevance and insight, David offer both overviews and detailed analyses of companies, markets, sectors, segments and regions as a strategy consultant.

Interview With David Shaw

Click on the image to Flip through digital edition

I consider it a privilege to know him and present his thoughts to you in our “Know A Leader” Series. Because, it is a lengthy interview covering a wide topic on trends, growth drivers, innovation, sustainability, tire design, machinery improvements, concerns, role of China & India, etc; I reproduce below only 3 Q&A’s to give you a feel.

I invite you to read the complete interview online on our digital edition (by clicking on the image above).

Q3) One school of thought that has been endorsed by another expert is that there have been very few changes in tyre industry in the last 100 years. Your views?

David Shaw: I saw your interview with Jacob Peled. I like Jacob very much. He has been a good friend and teacher to me and has been in the business longer than I have, so I have great respect for his views.

He is right to say that there has been limited progress in the fundamental design of much equipment in the tyre and rubber industry, but I think his analysis can be expanded. We have seen huge improvements in the detailed design. Productivity, repeatability and process-flexibility have all improved tremendously in the last couple of decades, albeit in a series of incremental improvements.

The introduction of consumer labelling for tyres a few years ago in Japan, Korea and the EU led to a near-revolution in the tyre manufacturing side in which machinery makers were asked to deliver equipment that can make semi-finished components and finished tyres with tight Cpk and Cpp values.

Tyre building has changed massively – not only with the introduction of radial designs in the 1940s, but over the last couple of decades the need for more automation and faster size changes has led to a transformation in the design of TBM equipment and especially building drums.

Although mixers still use the same principles as original designs of Thomas Hancock, the power of the rotors, the heat transfer capacity and the variety of rotor designs for high shear, intensive mixing and other processes show tremendous creativity and development.

It so happens that I believe the internal mixer is close to the end of its development cycle. I think that in the near future we will see some very significant developments in mixing technology which can overcome some of the limitations of internal mixers when it comes to high-volume, highly dispersive mixing of silica in solution SBR and high molecular-weight Nd-BR compounds.

Q6) What new ideas are energizing the tyre industry globally? How much of it is related to machinery developments or improvements?

David Shaw:I have hinted above that I think the internal mixer is approaching the end of its product development cycle. Wear rates on tyres are closely linked to the uniformity of the compound on a 10nm – 100nm scale. That’s the size of agglomerations of carbon black and silica particles. More discontinuities in that size range lead to greater stress concentrations and consequently increased wear under dynamic loading as seen in hard cornering or heavy braking.

Current internal mixers are close to their limit when compounders want good dispersion on these scales, especially when mixing silica which likes to self-agglomerate.

I think we will see some very significant changes to the mixing process during 2016. If the industry adopts these new changes – and I am convinced that they will – then the design of compounds and the care of compounds will become a new field for machinery makers. I can envisage whole new classes of machinery which are less aggressive towards the compound. This in turn should lead to lower energy costs and improved product performance.

Second, the machinery suppliers have traditionally looked only at initial capital investments by tyre makers with on-going maintenance contracts where they can sell them. They have restricted themselves to the machinery.

I suspect that one or two of them will venture into the raw materials supply area. Already we have seen Mesnac investigating some material properties. Today this is largely driven by a need to better understand how these materials can be processed.

I remember a conversation with Ronil Malaney in India a few years ago. At the time he was acting as agent for machinery makers and for materials suppliers. There are strong synergies in that combination.

As machinery supplier, you get an idea of the capacity of the factory and so can predict what materials will be needed and in what volumes. As materials supplier, you can get an idea of when a factory is close to capacity and might want to think about expanding, so can time your upgrade suggestions accordingly.

Q10) What would be your advice on machinery to both equipment buyers and equipment sellers?

David Shaw: To both buyers and sellers, I’d say the future will see a lot of machinery makers; some will be based in Asia; some in Europe and some in the Americas. It will become a lot more difficult to guess which offer high tech and high prices or low tech and low prices simply by looking at their country of origin.

My advice to sellers would be to explore every way of removing cost without removing value and to develop a deep understanding of the attributes your customer thinks genuinely add value; concentrate on those aspects to exceed the expectations of your customer.

To buyers, I’d say look at the total cost of ownership, but also think about the kind of tyres you want to make and assess the performance needed for each operation within that envelope. In many cases, balancing initial cost against overall quality can bring the amortisation time down, so reducing the overall financial risk.

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I look forward to hear your thoughts on David Shaw’s interview.


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Tire Production Simplified In A Flow Chart

My earlier post on Tyre Building Machine – 5 Amazing Videos You Must See was well received by the readers and they found it informative.

I have in earlier posts covered rubber machinery like Bale Cutter, Mixer, Mixing Mill, Batch-Off, Extruder, Tire Buffer, etc. However, its intriguing to see where all these equipment (along with the other machinery) goes into tire production.

This flow chart simplifies tire production overview and helps you visualize the various equipment that we discuss on this portal Rubber Machinery World in the right perspective.

Tire-Production-Flow-Chart

The source of above flow chart is from Nell Achieve Website.

And just in case, you thought even for a microsecond ‘Is this all to tyre manufacturing?’, I correct you here.

The tire production process is a very meticulous and complex  affair. Click here to download the infographic from Giti that explains their tire production concisely.

I hope you found this post informative. Let me know.


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What Is A Tyre Building Machine? 5 Amazing Videos You Must See

What is a Tyre Building Machine? 

A Tyre Building Machine (or TBM) is a crucial tyre machinery that assembles all components such as tread, sidewall, inner liner, body ply, bead, and cord body together to build green tyres. Each cycle is programmed to carry out the various operations and concurrently, to give a balanced building cycle.

It is said that a picture is worth thousand words. And logically a video is worth much more. Hence today I choose to concisely share with you over 1 million words in 5 amazing videos.

Lets start by understanding how a tyre is made, so you could appreciate the later videos better.  This 4:50 min long video shows Michelin brand and has been viewed over 240k times.

How A Tire is Made

The next 7:05 min video is of a TBM that is likely to be seen with most tire producers who have still not automated.

Tyre Building Machine

The evolution from the above is the automatic TBM’s from VMI that has high productivity and efficiency as you will see from this 1:51 min long video.

VMI_TBM

The next 2:32 min long video from BST eltromat is an amazing animation that gives you an overview of the complete TBM and helps you visualize the tyre building process seen in above two videos in the right perspective.

Layout of a TBM

Lastly, for those curious of the history, here is a 9:36 min long video clipped from the 1934 film, ‘Under the Tread’. 

Tire Building in 1934

You would have spent a little less than 29 minutes if you have watched all the 5 above videos in full. I look forward to your thoughts if this time you invested was knowledge-enhancing or not.


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How To Select Your Rubber And Tyre Machinery? Insightful Advices From 6 CEO’s

“How To Select Your Rubber And Tyre Machinery?”

This subject question could have volumes written in theory. But today we focus on what the CEO’s advise, distilled down from their experience, expertise, and wisdom.

Your equipment supplier ecosystem includes New Manufacturers, Rebuilders, OEM Suppliers, Pre-Owned Machinery Suppliers and Agent representatives.

So I asked all the CEO’s the same question to give you a true perspective.

“What would you advice on machinery selection to buyers and users of rubber and tire equipment?”

The different views they offered here are not only insightful, they are pertinent, prudent and practical.

Read on in our Special Supplement here….

This special supplement is one of our efforts to give you useful knowledge on-the-go in a concise and timely manner. This topic based micro-editions is in addition to our other initiatives like ‘Know Your Supplier’ that provides you information on the machinery supplier ecosystem.

Watch Video Version of this supplement on YouTube or Download Full PDF Here.


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If you are an equipment supplier and would like your organization to be promoted on Rubber Machinery World, please see the opportunities on Partner Me or Contact Me at rubbermachineryworld@gmail.com for your customized offering.