Moulding Machinery | Rubber & Tyre Machinery World

July 20, 2016
by Prasanth Warrier 1 Comment

Editor’s Pick: Four Steps to Effective Rubber-Metal Bonding

My friends at Kemstertek, a consulting organization dedicated to Elastomers and its related areas, shared the contents from their e-book ‘Core Rubber Concepts‘.

Rubber in its different forms demonstrates the ability to bond to all kinds of metals. And bonded rubber is stronger. Rubber to metal bonding is a means by which rubber is mechanically bonded to a metal insert during the moulding process. Typical applications for rubber to metal bonding include, any part requiring the combination of the flexibility of rubber and the stability of a metal.

You may have observed that manufacturers across many industries rely on rubber to metal bonding for their components. This is because rubber not only produces a very strong bond on metal, but it also can be used to combine several components into a single assembly. Automotive and industrial manufacturers increasingly are turning to rubber to metal technology to reduce their raw number of components, eliminate vibration and improve the performance of individual components and sub-assemblies used in harsh environment applications.

Examples of Rubber-Metal bonded include small mounts for motors to large locomotive suspension parts, parts used for the isolation of noise and vibration in automotive and engineering applications, larger components designed to decouple translational movement for bridges and buildings.

Rubber-Metal Bonding Process

Briefly, the Rubber-Metal bonding process begins with the inserts that are first prepared for production using a grease removing system to rid your parts of any contaminants before the adhesive is applied. Subsequently, the heated adhesive is applied on to the inserts using a technique similar to your spray painting. Once the metals are prepared, the inserts are then physically placed, one at a time, into each cavity of your mold. Next, the rubber moulding process is started using the appropriate rubber moulding machinery. After the mold is closed, and the moulding begins, the adhesive on the metals is activated, allowing the inserts to bond to the rubber.

Flow chart for manufacturing of moulded rubber-metal parts

Source: Camberley Rubber

Four Steps to Effective Rubber-Metal Bonding

This is a topic from Kemstertek’s book ‘Core Rubber Concepts‘. Read on.

The scope of the following discussion limits only to bonds formed with metal parts while the rubber undergoes vulcanization. This does not cover bonding of vulcanizates with metals at the raw stage or after curing is completed.

Part Design and Manufacturability: The geometry of the metal insert should be such that proper rubber filling should happen while molding and the areas adjoining the insert should get enough molding pressure. The mould should be designed for a positive shut-off on the metal insert to cut the amount of flash. Provision should be made to vent off entrapped air or otherwise it will lead to blisters or weak spots at the interface of rubber and metal that will lead to a lack of bonding and premature failure.
Metal Preparation: Generally a freshly sanded or grit blasted surface should be sufficient to give a strong bond. If more strength is required, chemical adhesive treatments are to be done. Commercial adhesives are available in two pack systems, a primer, and an adhesive. Proper application as prescribed by the manufacturer in terms of grammage, curing, and ageing are to be strictly followed. Adhesive application or molding should be done immediately as the surface of sand blasted metal is prone to oxidation which will affect the bond quality. For high-performance bonds, the brass coating can be made on the metal surface by electro deposition of copper and zinc followed by diffusion and maturation process to form a durable brass coating. Conventional metal coatings processes like phosphating, galvanizing, and polyisocyanate treatments were also reported to be useful.
Adhesion Promoters: Adhesion promoters can play a vital role in the adhesion and sustenance of a bond due to ageing in hot and humid conditions. Cobalt salts like cobalt naphthenate are proven adhesion promoters in tyre skim compounds that come in contact with steel cords. Other additives like silica, organic resin formers, organic sulphides, zinc oxide, and organofunctional silanes are also found effective.
Base Polymer and Fillers: Generally polar rubbers are found to be easier to bond than non-polar rubbers like butyl rubber. Sulphur cured rubbers are easier to bond as sulphur is believed to interact with some of the added bond promoters in the recipe. Fillers are to be carefully selected so as to reduce the differential stress at the interface. Excessive loading of fillers reduce the rubber hydrocarbon percentage at the interface and is not advisable. Epoxy modified natural rubber as an adhesion promoter is found to improve the adhesion properties.

Reach out Kemstertek on team@kemstertek.com

If you liked this article, please do share with your colleagues, customers and friends. And If you would like to be informed of our articles regularly, please register with us for free updates today.

June 14, 2016
by Prasanth Warrier Leave a comment

Global Approach To Rubber Machinery Technology

Make in India is an initiative launched by the Government of India in 2014 to encourage multi-national and national companies to manufacture their products in India. While this initiative has garnered significant international attention and keenly watched, few Indian machinery companies have been steadily building up their repute with global approach and right technology.

In this special edition of Know Your Supplier’s cover story, we feature one such company Bharaj Machineries Pvt. Ltd., through an interactive conversation with Amardeep Singh, Director – Sales & Projects.

Established in 1982 with a vision, to always produce most advanced and quality machinery for the rubber industry, Bharaj has transformed into a giant machinery supplier. Read the full interview here of how Bharaj’s aspiration to be leaders in their various business segments’ is filled with passion and backed with technology.

Click image to read

(This digital edition is available on Youblisher and Yumpu)

Based in Mumbai, India, Bharaj manufactures and supply high-quality and advanced machinery for the rubber industry. They specialise in rubber mould manufacturing, rubber moulding, extrusion and mixing technology.

They are a preferred choice for many rubber related industries starting from Tyre, Automotive, Sports, Footwear, Pharmaceutical, Aerospace and Specialized Silicon Rubber Industry with exports to USA, UK, France, Canada and many Asian Countries.

Here is a teaser from the interview.

Q) What products and services can a prospective equipment buyer expect when they approach you?

ASB: Yes, we offer complete solutions in rubber mould manufacturing, rubber moulding, extrusion and rubber mixing areas. Bharaj designs and manufactures latest technology rubber machinery that saves power, compact in size, has low maintenance, requires minimum labour through smart automation and are user-friendly. Our prospects can choose from a range of Cold Feed Extruders (Plain/Vent Types), Heavy duty Rubber Mixing Mills, Rubber Dispersion Kneaders, Hot Feed Extruders, Refiner Mills, Cracker Mills, Grinding Mills, Calenders with complete lines, Batch-Off Units, Vulcanizers, Bale Cutters, Conveyors, Stock Blenders, Vacuum Compression Type Rubber Moulding Machines, etc.

Q) How do you compete technologically on your product offerings?

ASB: Starting as a small manufacturing unit, today Bharaj Machineries has evolved into a well-respected machinery supplier for the rubber industry in India as well as in the Global Market in the areas of rubber mould manufacturing, rubber moulding, extrusion and mixing technology. We focus on providing high quality machinery at a competitive price. The wide range of quality machinery made by Bharaj is well-accepted worldwide. Our competitively priced equipment performs consistently and we extend prompt back-up. We export to developed countries like USA, UK, France, Canada and many Asian countries. Hence, it is also apt to mention here that Bharaj manufactured machinery are considered as a first choice for many rubber related industries starting from Tyre, Automotive, Sports, Pharmaceutical, Footwear, Aerospace and Specialized Silicon Rubber Industry. Depending on the equipment, we offer quick delivery to our customers. Some of our equipment is delivered in as low as 25 days.

Download PDF of this special edition here

As they pursue global growth, Bharaj management respects and value every equipment buyers’ desire for optimum technology in their production floor. Emphasizes, Amardeep Singh Bharaj,

“We recommend the right machinery with right features that gives our customers the best return on his investment. This means we consult him on equipment selection to match his production process, share layout drawings and take great care to clarify his genuine queries in the most practical manner feasible. Depending on availability, we arrange equipment visits for our prospects either at our 30,500 Sft ultramodern and state-of-the-art manufacturing plant near Mumbai or at any of customer sites.”

I hope you find the contents on this leading rubber and tyre industry equipment supplier, and their global approach to rubber machinery technology, informative .

Below is the rubber machinery supplier info image-card of Bharaj Machineries and their contacts, if you would like to reach them quickly.

Bharaj Info Card

In addition, we have two other knowledge-enriching topics from our portal in the ‘Insight’ and ‘Tips’ sections of this special edition.

Let me know your thoughts.

If you found this supplier details informative, please do share with your colleagues, customers and friends who could benefit. And if you would like to be informed of our articles regularly, please register with us for free updates today.

Know Your Supplier is an advertorial initiative of Rubber & Tyre Machinery World.

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

May 4, 2016
by Prasanth Warrier Leave a comment

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.

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.”

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.

Know Your Supplier is an advertorial initiative of Rubber & Tyre Machinery World.

March 23, 2016
by Prasanth Warrier 1 Comment

Meet A Technology Supplier in Cutting Edge Rubber Injection Moulding

Injection Moulding is an important processing technique for converting elastomeric materials into final products. The injection moulding machine automatically performs raw material feeding, heating, polymer mix plasticization, and mould injection; all operations are performed under controllable conditions of temperature, time, speed and pressure.

As Injection Moulding of Rubber compounds becomes an increasingly important moulding process, it is crucial that machinery technology stays ahead to meet the rapidly changing requirements.

Guangdong Yizumi Precision Machinery Co., Ltd is a hi-tech enterprise focusing on Design, R&D, Production, Sales and Service of moulding machines. High-quality Rubber Injection Machines (RIM) by one of their subsidiaries, Yizumi Rubber Machinery Co., Ltd., is amongst their main products.

In this Rubber & Tyre Machinery World’s Special Edition of Technology & Innovation, I bring you an exclusive interview with Wang Shihai, General Manager of Yizumi Rubber Machinery Co., Ltd. We understand from Wang that since last 6 years, innovation, technology and thirst for global leadership has been driving their RIM business.

“Yizumi has seen a rapid growth in global sales so far and we are committed to provide free of charge service under warranty”, emphasizes Wang Shihai.

I reproduce for you a teaser of our conversation in this post. Please do read full interview to comprehensively Know this Technology Supplier in Cutting-Edge Rubber Injection Moulding Machinery on the special edition here or by clicking on the below image.

Q) I see that you have big range for Rubber Moulding Industry (comprising of more than 7 Models). So, what products and services can a prospective buyer expect when they come to you?

Wang Shihai: Besides customized machines, Yizumi has other 7 machine series because there are so many types of rubber products and they are different in shape and performance demand. Also, customers’ requirements vary a lot, so we recommend different machine series for customers with different products. When customers have no idea of which model fits for them, we will give detailed analysis including TCO evaluation based on customers’ needs.

Q) Do you believe that buyers should evaluate TCO (Total Cost of Ownership) while buying machinery and not just the initial price? Have you been successful in your markets to convince your buyers to evaluate the TCO of equipment?

Wang Shihai: We cannot agree more. And we have several successful cases where customers are satisfied. But we should pay attention to the following points when evaluating TCO:
1. Correct basic data;
2. Verifiable method;
3. Customer’s actual production status;
4. Ultimate benefits oriented for customers.

To make up, modify, or exaggerate the data for winning the orders will affect the final result of TCO, and it should be avoided.

Q) Could you throw some light on how do you compete technologically for your products and service offerings against the European brands? How do you keep pace with the rest of the world to meet your goal of being “No.1 in the rubber injection machine industry” by 2017?

Wang Shihai: Normally, European brand RIM is high in both performance and price. And it is widely accepted as good machines but what Yizumi prefers is to recommend a machine that is most suitable for the customer. Yizumi adopts modular design including 5 different types of injection plasticising structure (injection volume
0.15L – 80L), 7 types of clamping structure (clamping force 25T – 1800T) in total. The injection plasticising unit in different structure and different volume and clamping unit in different structure and clamping force can form 51 machine models, among which you can have 5 different power systems with more than 30 other optional devices for choices. We offer most suitable technology, machine model and configuration according to customer’s needs. Also, customization is available in order to guarantee that customer can purchase more suitable equipment and avoid the waste of machine performance and functions.

Meanwhile, Yizumi is the first RIM manufacturer to provide globally free after-sales service within warranty. Even after warranty, Yizumi will provide life-long machine maintenance and upgrade services at a fair price.

Besides, in order to launch “low price machine” to the market, some European brands adopts mechanical parts with low quality and cut down some necessary functions. This is totally not in line with the developing trend of rubber moulding industry.

xxxxxxxxxxxx

China has already become an important production base of the global moulding equipment industry. Chinese equipment have become more relevant in global market. And Yizumi is a company that innovates regularly and focuses on providing cutting-edge technology to its customers.

“Yizumi is the most reliable partner for customers, please tell us what you really need, let’s decide the most suitable machine model for you” says Wang Shihai.

Please Download PDF Here of the full eMagazine for your digital library.

Below is a rubber machinery supplier info image-card of Yizumi and their contacts, if you would like to reach them quickly.

Yizumi Info On RMW Post

I hope you find the contents informative to learn more about this Rubber Injection Machinery (RIM) supplier.

Technology & Innovation is an advertorial initiative of Rubber Machinery World and all information are as provided by the supplier. If you desire to know more, kindly reach out on the contact details provided or write to me stating the additional details you seek on this supplier.

And if you 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.

December 29, 2015
by Prasanth Warrier 2 Comments

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 4^th 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.

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.

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

November 18, 2015
by Prasanth Warrier 3 Comments

The Biggest Problem with Heat Transfer Efficiency in Rubber Machinery (And How You Can Fix It)

Rubber processing has a bizarre energy pattern, when seen from a layman’s perspective. Because you add heat into your process and then you cool down!

Heat addition and removal is repeated in each of your subsequent stages as well.

When you process rubber, energy is consumed across the value chain – right from transport of raw rubber, to the various processing operations (be it rubber mixing, rubber extrusion, rubber calendering, moulding etc) to convert into your suitable product and then transportation of your product.

Source: Tangram

This implies that you need to cool down your rubber processing machinery regularly, which simultaneously involves heat exchange from a hot medium to a cooler medium.

And the most common medium to cool is water.

But where there’s water, you will face water-related problems caused by its mineral deposits. These deposits could give you varying degrees of water-related problems that affect your operating efficiencies and/or even leading to more costly equipment downtime issues.

This could be in your Rubber Machinery like Mixer, Mixing Mill Rolls, Calender Rolls, Press, Extruder, Heat Exchangers, Moulds, and factory equipment like Boilers, Chillers, Compressors, and TCU‘s or other Ancillary Units, etc.

You would notice that the mineral deposits accumulate quickly regardless of screens or treatment actions adopted. Even a thin coating of water scale will act to insulate the water system’s surface and retard the transfer of heat.

Hence, scaling is the biggest problem affecting the heat transfer efficiency in rubber machinery.

To increase heat transfer efficiency, lower maintenance cost, conserve overall energy consumption and thus enhance the usable life of your machinery, removing scales in all your water-cooled or water-heated rubber and tyre equipment is very important.

In a simple rubber machinery like the mixing mill, the presence of scales on rolls leads to localized hot spots affecting your mixing quality. In the case of boilers, scales can be very damaging leading to even boiler rupture. When water scale, lime and rust deposits accumulate on the water side of chambers, rotors and the drop door of the Mixer, it causes temperature of your rubber stock to rise and gradually lead to a loss in production.

Different machinery has different safe and effective method to remove scales. Recently, I was shown an instruction sheet, from one of the descalers (RYDLYME), on the process to descale a rubber mixer that I found interesting.

Here’s the process reproduced. I hope you too find it informative.

Image From RYDLYME

Take mixer out of service.
Close water supply valve at header as shown in the sketch above.
Drain all water from all sections of mixer.
Connect Descaling Solution pump discharge hose to water header. Header usually supplies all circuits.
Connect return hoses to drain lines from all circuits and place into the Descaling Solution receiver.
Close water supply valves to gate and jacket circuits.
Start pump and pump the descaling solution into rotors to purge the water from this circuit to sewer. When the descaling solution begins to discharge from this hose, return to the receiver.
Open water supply valve to gate and maintain Descaling Solution circulation through this circuit.
Open water supply valve to jacket and maintain Descaling Solution circulation through this circuit.
If any circuit is NOT flowing properly, restrict Descaling Solution flow in other circuits until flow returns to normal in this circuit.
Circulate a total of 120 Litres of Descaling Solution through all circuits of mixer until clean. This will require approximately four (4) hours pumping time.
It is suggested to periodically rotate the rotors during Descaling Solution cleaning to assure that the Descaling Solution is in contact with all of the lobes of the rotor.
Upon completion of cleaning, flush all Descaling Solution from all circuits with fresh water.
Disconnect the Descaling Solution pump and all hoses. The mixer is now ready to be returned to service.
Periodic descaling will keep the temperatures of the mixer within acceptable limits, assuring you a better product and minimize burnt or improperly mixed stock.
Clean out the Descaling Solution System and store for future use.

Summarizing, scaling is the biggest problem with heat transfer efficiency in your rubber machinery. Descaling or cleaning the scales helps you fix this issue. Hence incorporating descaling solutions into your preventive maintenance program is recommended to keep your equipment running effectively and economically.

Do you agree?

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

October 19, 2015
by Prasanth Warrier 3 Comments

A Starter’s Guide – Special Edition

This edition of Knowledge On-The-Go Special Supplement features two key machinery used in the rubber industry viz. Autoclave and Compression Moulding.

Autoclave is a vulcanizing equipment, and the other is the equipment used in your most common rubber moulding technique – compression moulding.

Our previous issue on Mixing Mills tracked the advancements of a very popular rubber machinery. This edition is aimed at fulfilling the curiosity of the new generation of business leaders in rubber goods manufacturing – who are either taking over from their parents or those young entrepreneurs setting up their own venture.

Hence, the theme – ‘A Starter’s Guide’.

Click On The Cover Page To Flip Through

Download Your PDF Here

I hope you find this special supplement different and informative.

(Disclaimer: Any pictures and quoted statements in our special supplements including Know Your Supplier editions are shared with us by the respective companies and/or sources are mentioned appropriately. Rubber Machinery World does not independently verify them nor will vouch for their actions, hence will not be liable for any misrepresented data)

If you liked this article, please do share with your colleagues, customers and friends. And If you would like to be informed of our articles regularly, please register with us for free updates today.

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.

Rubber & Tyre Machinery World

Info on Equipment And Suppliers

Category Archives: Moulding Machinery

Editor’s Pick: Four Steps to Effective Rubber-Metal Bonding

Four Steps to Effective Rubber-Metal Bonding

Global Approach To Rubber Machinery Technology

Practical Modern Solutions For Tyre And Rubber Industry

Meet A Technology Supplier in Cutting Edge Rubber Injection Moulding