Showing posts with label Global Plastic Marketplace. Show all posts
Showing posts with label Global Plastic Marketplace. Show all posts

Thursday, December 9, 2010

RTP launches 2nd European production site

Engineered thermoplastics compounder RTP Co. has opened a new manufacturing plant in Ladenburg, Germany, the company’s second in Europe.



Operating as RTP Deutschland GmbH, the 61,500-square-foot operation will make products including very-long-fiber composites and conductive compounds.


“In addition to expanding manufacturing capacity, the Ladenburg plant also houses on-site product development engineers as well as a quality assurance laboratory,” John Van Wijk, European director of sales, said in a  news release.

Winona, Minn.-based RTP now has 11 manufacturing sites. Others include Beaune, France; Suzhou, China; Singapore; Monterrey, Mexico; and six plants in the U.S.



RTP bought the Beaune plant from French thermoplastics compounder Codiplast SNC in 1995. Since then, RTP has significantly expanded its global footprint. The company said a second plant in Europe was necessary because of growth in its market for engineered materials.

In an interview at K 2010, European sales and development manager Colin Rooney said RTP has seen strong demand for compounds based on nylon and polypropylene for the automotive sector.

“If you want to be in automotive [in Europe], Germany is the place,” he said, adding that a number of customers had asked RTP to locate a facility there.

RTP’s long-fiber products and other materials can be used in automotive battery trays, front-end parts and door panels. The first extrusion line at the Ladenburg plant was commissioned in late October, with the second line set to begin production in the first quarter of 2011.

Business in 2009 “wasn’t good for anybody,” Rooney said. “But it came back this year.”

Earlier in 2010. RTP entered the South American market with a sales office and warehouse in Alphaville, Brazil, near São Paulo. Officials said they are needed because of increased demand for domestically made products from the automotive, consumer-goods and energy markets.

RTP ranks as one of North America’s 30 largest compounders and concentrate makers.

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Thursday, November 25, 2010

SIPA releases new rotary PET blow molder with compact design

SIPA, a manufacturer of stretch blow molding machines for the production of PET, PLA, OPP and multilayer bottles, has released a new rotary blow molder to their existing range.

The SFR 6 EVO, which can produce up to 13,800 bottles/hour, is the smallest version in its rotary range, with six blowing cavities.

he new compact model features a preform alignment system inside the machine and a vertical mold opening that ensures maximum simplicity of preform/bottle transfer wheels and the lowest peripheral speed in the market.

Handling of the preforms is performed by a technopolymer transport chain, with the neck up heating and with very simple and low speed movements.



The heating oven features great process flexibility and can be used to produce high quality containers as well as hot fill containers of various shapes.

The company said that the SFR 6 EVO can produce extremely lightweight and complex containers such as a 1-litre container, weighing only 16g utilizing preforms which determine a total stretch ratio of 18, producing a speed of 2,200bph per cavity.

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Thursday, November 4, 2010

Kistler and STASA develop an automatic method for the prognosis of injection molded part quality

Swiss company Kistler Instrumente AG of Winterthur is the leading international supplier of sensors and systems for in-line cavity pressure-based quality monitoring of injection molding processes. German specialist Steinbeis Angewandte Systemanalyse GmbH (STASA) with headquarters in Stuttgart has many years of experience in the development of process models, online prognosis of quality features based on characteristic process values as well as the application of complex mathematical methods and models to industrial processes. This expertise is based on scientifically corroborated methods such as the design of experience (DoE) and the generation of models, and can be reliably applied to injection molding.

The implementation of approved Kistler systems into process-related quality monitoring of injection molding processes based on process profile characteristics such as the properties and tolerances of the cavity pressure curve is already widely established. Kistler and STASA have now joined forces to develop an enhanced quality monitoring method for injection molding processes that allows the direct quality monitoring and definite prognosis of the quality of the currently molded part by using the quality models of the STASA QC program. Based on the process models and measured process parameters, the final dimensions of the molded part can be predicted online, i.e. while the part is being produced. Immediately after injection molding, this approach provides information on whether the part will meet specified dimensional tolerances when it is used.


The new concept has many benefits for manufacturers and OEMs of injection molded products: they will receive information on the tolerance limits directly from the part specification and can use this criterion as a parameter of the process monitoring system. This technique significantly enhances in-line quality monitoring of injection molding processes: the limits of monitoring parameters such as pressure maxima, pressure integrals and other values need no longer be defined and evaluated. Instead, the relevant correlations between process profiles and quality criteria are acquired during mold sampling and are then used for process monitoring. The DoE used during mold sampling has beneficial side effects, because the injection molding process can be optimized automatically and ideal parameters for meeting the required quality criteria can be defined within the process latitude.

This combination of process and quality monitoring with quality prognosis has long been requested by molders of high-quality, extremely sensitive, hard-to-assemble moldings such as producers of medical parts and pharmaceutical components. This technology is integrated into Kistler CoMo Injection process monitoring systems as an optional module. Quality prognosis will become available as a high-end option for the CoMo Injection during the course of 2011.

Background: Quality Assurance with Mold Cavity Pressure
The cavity pressure curve is considered to represent a fingerprint of the injection molding process. It is the most informative characteristic for evaluating the quality of the part. Deviations from the optimum curve are clear indications of process fluctuations that lead to part defects ranging from incomplete mold filling to flashing or dimensional discrepancies. As the supplier with the largest and widest range of sensors for all methods of injection molding, simple connection technology and intuitively easy to operate, networkable systems, Kistler is the only manufacturer to offer complete monitoring of injection molding from a single source. Kistler is the world\'s leading manufacturer of pressure and temperature sensors for use in the plastics processing industry

Kistler Group
Kistler’s core competence is the development, production and use of sensors for measuring pressure, force, torque and acceleration. Kistler’s know-how and electronic systems can be used to prepare measuring signals for use in analyzing physical processes, controlling and optimizing industrial processes, improving product quality in manufacturing and improving performance in sports and rehabilitation.
Kistler offers a comprehensive range of sensors and systems for engine development, automotive engineering, plastics and metal processing, installation technology and biomechanics. A worldwide sales presence in the form of 25 group companies and 30 distributors ensures customer proximity, application support on an individual level and short lead times. With a staff of about 1 000, the Kistler Group is one of the world’s leading providers of dynamic measuring instrumentation. The Kistler Group achieved turnover of 166 million Swiss Francs in the 2009 financial year.

STASA Steinbeis Angewandte Systemanalyse GmbH
STASA Steinbeis Angewandte Systemanalyse GmbH was founded by Prof. Dr. Günter Haag and is a member of the Steinbeis network. The specialist’s objective is the utilization of useful innovations on the leading edge of research and development in order to keep industrial customers abreast of the competition by leveraging their expertise. A selected team of highly qualified experts is providing solutions to complex tasks in the area of applied analysis, model development and simulation of technical systems. The integration of innovative statistics and physical methods is one the specialist’s core competencies. The STASA QC application won the do-it Software Award.

Source : K Time 2010

Wednesday, November 3, 2010

Rajoo Engineers Forges Ahead; Technical Collaboration With Hosokawa Alpine Ag

The markets in India and parts of Africa, would benefit immensely with this collaboration. It would bring the very best in blown film technology of HOSOKAWA ALPINE through one of the most trusted and respected names in the business – Rajoo Engineers.

The maxim ‘Excellence in Extrusion’ continues to drive Rajoo Engineers and thus the technical collaboration with HOSOKAWA ALPINE AG of Germany – one of the most reputed companies globally in this sector – comes as no surprise.


Both companies are long-established manufacturers of blown film lines. The HOSOKAWA ALPINE lines are used around the world by customers with high quality and performance demands. The RAJOO systems cover the demands in many newly industrialised countries such as India, Africa, Gulf and parts of Latin America and have their main focus on an attractive price-performance ratio for the customers.

The markets in India and parts of Africa (Nigeria, Ghana, Kenya and Tanzania), would benefit immensely with this collaboration. It would bring the very best in blown film technology of HOSOKAWA ALPINE through one of the most trusted and respected names in the business – Rajoo Engineers at affordable price levels.

In a first step, Rajoo Engineers Ltd. will assume responsibility for marketing and service support for Alpine’s blown film systems in India as well as in Nigeria , Ghana, Kenya and Tanzania. Both companies plan to jointly develop a new product line of blown film systems. It is planned to combine the time proven machine components of both manufacturers to form new hybrid systems on a higher quality level and at a simultaneously attractive price levels.

In future, this joint venture will be extended to include co-operation in the areas of service support, development, production, joint procurement and sales and marketing.

‘Rajoo’s strong understanding of the developing economies coupled with world class technology of Alpine will ensure a unique mix that customers would benefit from, says Sunil Jain, President, Rajoo Engineers. ‘The brand and the network of Rajoo will only raise the bar of customer satisfaction’, he adds. This alliance with ALPINE would only further the focused efforts of Rajoo in blown film lines, an area where the company enjoys premium market position.

‘Synergies will result from this cooperation in the areas of international marketing, production and procurement as well as in joint product development. For Alpine, this collaboration would also serve as an extension of its manufacturing capability, wherein it could now source from India, aggressively priced blown film solutions (using its technology and manufactured by Rajoo Engineers), for its global markets.’, says Peter Krieg, President, Hosokawa Alpine AG.

The existing Rajoo portfolio of the widest range of mono and multilayer blown film lines up to seven layers, sheet lines up to five layers, water quenched downward extrusion lines up to three layers, lines for foamed film and sheets for various special applications and thermoformers will now be supplemented by hybrid products as well as complete ALPINE systems, giving the customer enough options to choose from.

About Rajoo
Based in Rajkot, Rajoo Engineers Limited, having made a modest beginning in 1986, has today emerged as an undisputed global player in blown film and sheet extrusion lines. Owing to its focused efforts in blown film and sheet extrusion lines, the Company enjoys premium market position in this segment. Being a technology driven Company, product innovations, world-class quality, state-of-the-art workmanship, increased energy efficiency and high levels of sophistication and automation have become the hallmark of Rajoo products during all these years, positioning the Company\'s products on a global platform, competing with the established world leaders. With representations in many countries of the world and customers in over 40 countries, the Companys exports have multiplied after its debut in the international market in 1990. (www.rajoo.com)

 K Time 2010

Friday, October 15, 2010

Canada declares BPA toxic, plans to draft regulations

Canada’s federal government has decided that bisphenol A is a toxic substance and is drafting regulations to manage the chemical. It is the first country to take such an extreme view of the byproduct of certain plastics production.

“Our science indicated that Bisphenol A may be harmful to both human health and the environment and we were the first country to take bold action in the interest of Canadians,” stated Minister of Health Leona Aglukkaq in an Oct. 13 announcement.




The verdict of toxicity was echoed by Minister of the Environment Jim Prentice.

“We are continuing our leadership on this issue and Canadians can rest assured that we are working hard to monitor and manage bisphenol A,” Prentice noted in the announcement.

Bisphenol A has been added to Schedule 1 of the Canadian Environmental Protection Act, which enables development of regulatory risk management measures.

The recent pronouncement strengthens Canada’s approach to bisphenol A. Nearly two years ago it banned polycarbonate baby bottles because they might contain BPA but it allowed 18.9-liter water bottles. In July 2009 it said BPA did not pose a health risk in bottled water, powdered infant formula and baby foods in glass jars with metal lids. This past summer the federal government announced BPA is present in the urine of most Canadians.

Source: plasticsnews.com

Plastic Recycling: The Facts You Need to Know

If you have heard about the Plastic Continent -- the floating island of plastic twice the size of Texas in the Pacific Ocean -- then you understand how crucial it is to recycle plastic. Right now, only 5% of plastics worldwide are recycled. Some of this is ignorance: most of the world still simply doesn't understand the danger plastics pose to our environment and our food chain. But plastics themselves are complicated. Even if you want to recycle your plastics, and even if you dutifully separate plastics from the rest of your household waste and put it out on the curb in its blue or green recycle bin, your plastics might still end up in the Plastic Continent. Why is this?

Different Types of Plastic


Look at the underneath side of a plastic bottle or plastic container. Inside the familiar reduce, reuse, recycle triangle (“chasing arrows”) logo is a number between one and seven. This number indicates what kind of plastic that container is made from. Some plastics are easy to recycle, but other plastics are much harder to recycle. As a result, most municipal recycling facilities only recycle the easiest plastics: plastics 1 and 2. What happens to plastics 3 through 7? At some recycling facilities, these are gathered until they have enough to send to a larger recycling facility that does recycle these types of plastics. But at other recycling facilities, the same thing happens to plastics 3 through 7 as what would have happened at your house if you didn't have that handy recycling bin: it goes to the landfill, or the Pacific's Plastic Continent.




Plastics #1 and #2

Plastic #1 is polyethelyne terephthalate (PET). This is the most commonly used plastic, and it\'s the easiest to recycle. Your plastic soda bottle, salad dressing bottle, and cooking oil bottle are probably all made from PET. More than 2.3 billion pounds of PET are recycled annually.

Plastic #2 is high density polyethelene (HDPE). Most milk jugs, detergent bottles, and many food containers are made from HDPE. Unfortunately, some plastics marked with a #2, such as yogurt cups, are not actually recyclable. This is because other chemicals have been added to the plastic in order to mold it into the desired shape. These additives make recycling some of these #2 items basically impossible.

Plastics #1 and #2 make up 96% of all the plastic bottles produced in the United States. Nevertheless, 80% of plastic bottles still wind up in a landfill, even though 80% of Americans have access to a method for recycling these bottles.

Plastics #3 through #7

The rest of the plastics make up pretty much everything that\'s not a plastic bottle. Just think of all the plastics in your home -- your toothbrush, cling wrap, plastic bowls, plastic cups, drinking straws, last night\'s leftovers, that almost-impossible-to-open package your new iPhone came in, your computer, your DVD cases... plastic is everywhere.

These plastics can all be categorized as the plastics #3 through #7. None of them are particularly easy to recycle, so even though your recycling guy will take it from your curb, that doesn't necessarily mean it will become tomorrow's soda bottle. However, by researching recycling facilities in your area, you can find places to recycle these less common plastics.

The Bottom Line When it Comes to Plastic Recycling

Plastic is much harder to recycle than other materials. Because it breaks down during the recycling process, it can only be recycled so many times -- this is why many recyclers prefer so-called “virgin plastics”, or plastics that haven't been recycled before because they make a better product. That means that even if you do the best you can to recycle all your plastics, some of them might still wind up in the dump.

The clear conclusion we must draw is that even the most conscientious recycling is not enough when it comes to plastics: ultimately, we have to reduce our consumption. The process of producing plastics, many plastics themselves, and the aftermath of plastic use can all be described as toxic. Nearly all manufacturing processes for the different types of plastic listed above involve some degree of toxicity, and as these plastics disintegrate in landfills or in the ocean, these toxic chemicals find their ways back into our soils, our water, our food, and our bodies.

So please recycle plastic. But better yet, stop buying plastic wherever possible.

Source: amazines.com

Wednesday, October 13, 2010

Which Plastics to Use and Avoid

Plastics are very important in day-to-day lives due to the numerous applications associated with them. Some of the common uses of plastics include packaging of items. Packaging industries must realize which plastics to use/avoid thus protecting the environment from harmful plastics. Generally, plastics are non-biodegradable hence they do not decay. For this reason, plastics fill the earth and cause water run off when they accumulate in soil. Because of this reason, packaging industries must use the appropriate plastic. The advantage of using plastic for packaging is because plastics offer a good barrier to many elements including oxygen and water.

Many governments, because of its pollution effects, ban thin plastic use. Thin polythene is not recycled after use; it thus ends up in the garbage heap thus polluting the environment. On the contrary, high-density plastics do not damage the environment due to recycling; this reduces pollution of the environment. Apart from conserving the environment, many employment opportunities crop up and sparing of raw materials thus boosting the economy. Another vital use plastic is in building and construction however, majority of construction work uses high-density plastic that is renewable. Polyvinyl chloride makes pipes as well as sliding sheets. Insulators, computer hardware as well as many handles are made of high-density plastics. These plastics never damage the environment because they are recycled. Apart from recycling, the plastics are multipurpose.

Industries use high-density plastics to manufacture of automobiles, trucks as well as airplanes seats and bumpers. Another use of plastics is in electric appliances and electric wire coatings. Due to inability of plastics to conduct heat or ectricity, they are widely used as insulators. Majority of these plastics are high-density plastics. Low-density plastics on the other hand lead to flooding. This is so because thin plastic fills the ground, thus no water percolation in the ground. Thin plastics harbor water that is breeding grounds for harmful insects like mosquitoes.

Thin plastics have some advantage because they are very cheap and they are produced fast. Plastics both high and low-density have general benefits to man and they include, flexbility. Tailoring plastics is easy thus attaining many different forms and shapes of products. Plastics have lightweight thus excellent for transporting purposes. This leads to reduced fuel consumption. When well kept, plastics are durable because they do not rust nor rust. Plastics are excellent building materials because they are resistant to water and chemical damage. Medical equipments and foodstuffs are packaged using plastics due to cleanliness of plastics. Plastics contain chemical compounds that are harmful to human body, thus, they are not ideal for food covering. An alternative plastic like bio-plastics solves this problem.

Scientists are researching on a new form of plastic called bio-plastic made from plant polymers. The advantage of this plastic is that microorganisms have the ability of degrading it. Bio-plastic are friendly to the environment thus it has no issues of filling the soil. Bio-plastics are also the ideal plastics because they have no harmful effects to the body due to chemicals present in the synthetic plastics. With these facts in place, an individual must decide which plastics to use/avoid depending on activity on hand.

http://www.articlesbase.com

Plastic Pollution and the Plight of the Planet

By negligently discarding plastic, especially plastic water bottles, fishing gear and plastic bags, people are unknowingly causing the deaths of millions of mammals, fish, birds and reptiles every year.

We defile the face of the earth with plastic refuse. Since the invention of plastic earlier this century, it has become a popular material used in a wide variety of unique and innovative applications. Plastic is used to make, or wrap around, many of the items we buy or use. The problem comes when we no longer want these items and how we dispose of them, particularly the throwaway plastic material used in wrapping or packaging. Plastic is handy, lightweight and easily discarded. Too easily discarded.




Plastics are not themselves the problem. They are useful materials which can be produced with relatively little damage to the environment. The problem is the excessive use of plastics in one-time applications together with careless disposal.

Take a look around you. Plastic bags can readily be seen hanging from the branches of trees, flying about on windy days, settled amongst grasses and floating on streams. They clog up drains causing water and sewage to overflow and become the breeding grounds of germs and bacteria that spread disease.

Plastics are utilized because they are easy and inexpensive to manufacture, strong and durable. Unfortunately these same useful qualities make plastic an overwhelming pollution problem. Inferior quality and low cost means plastic is readily discarded. Plastics take around 300 years to photo degrade. Plastics long life assures it survival in the environment for extended periods where it can do great harm. Because plastic does not easily decompose and requires high energy ultra-violet light to break down, the volume of plastic waste in the world?s oceans is steadily increasing.

Plastic is now found in virtually all the oceans and rivers of the world, even the most remote and once pristine.

American oceanographer Charles Moore says the amount of plastic pollution in the worlds oceans is so extensive it?s beyond cleaning up. A toxic plastic ?graveyard? double the size of Texas swirls in the waters of the Pacific between San Francisco and Hawaii. There his crew found that the water contained over 40 parts of plastic for every part plankton, with a fivefold increase in the amount of plastic between 1997 and 2007.

Annually approximately 500 billion plastic bags are used worldwide. That is an unconscionable amount of waste, so much that more than one million bags are used every minute and their impact on the planet is devastating. Plastic bags are only part of the problem. America alone, yearly produces in excess of 800,000 tons of plastic bottle pollution. World-wide our precious planet is defaced and poisoned with more than 100 million tons of plastic pollution annually.

According to the California Costal Commission, over 80% of refuse within waterways, most of it being plastic, originates on land rather than coming from boats.

Plastic affects marine wildlife in deadly ways: entangling creatures and by being consumed.

Turtles are particularly devastated by plastic pollution. All seven of the world\'s turtle species are already endangered or threatened for a multitude of reasons. Turtles become entangled in plastic fishing nets, and many sea turtles have been found dead with plastic garbage bags in their stomachs. Studies indicate turtles mistake these floating semi-transparent bags for jellyfish and eat them. The turtles die an inhumane death from choking or from being unable to eat. A dead turtle found off the coast Hawaii was found to have more than 1000 pieces of plastic in its stomach including part of a comb, a toy truck wheel and lank of nylon rope.

There is great environmental concern about the effect of plastic trash on all marine mammals. These elegant creatures are already under threat for a variety of other reasons: e.g. seal and whale populations have been decimated by unregulated hunting. A recent study concluded that in excess of 100,000 marine mammals die needlessly each year from the deadly effects of plastic pollution.

World-wide over 100 bird species are known to ingest plastic particles. This includes 36 species found off the coast of South Africa. A recent study of blue petrel hatchlings at South Africa\'s remote Marion Island showed that 90% of the chicks examined had plastic in their digestive systems, apparently fed to them accidentally by their parents. South African seabirds are among the worst affected in the world. Plastics remain in the bird?s stomachs, impeding digestion and causing starvation.

Scientific studies are not conclusive about how much plastic birds and fish are consuming, however scientist agree that plastic in seafood is likely to be harmful for people. Plastic is compared with better understood toxic materials such as mercury. Plastic acts like a sponge when in contact with poisons such as PCBs, concentrating them at levels that are millions of time more than in seawater.

The ingredients in plastic have been linked to cancer and reproductive abnormalities. Bisphenol A, found in plastic water bottles, has been shown to produce cancer in lab rats, to disrupt hormone levels and is associated with diabetes and obesity.

Scientists also voice concerns that the massive swirls of floating plastic could contribute to global warming by creating a dense shade canopy that makes it difficult for plankton to grow.

"When you defile the pleasant streams and the wild bird\'s abiding place, you massacre a million dreams and cast your spittle in God\'s face." ~ John Drinkwater

Let?s look at a few different ways where ?Together We Can Make A Difference?.

The crisis of plastic pollution demands urgent study and action. Businesses should be encouraged to reduce the amount of plastic used in packaging and to re-cycle.

Plastic wrapping and bags should be required to carry a warning label advising of the dangers of plastic pollution and shoppers should be encouraged to use eco-friendly shopping bags of organic, natural materials or recycled plastic fibers. Tell this to our law makers. The situation only continues to worsen. We must act now!

When a tax levy was imposed on plastic bags in Ireland, usage dropped by 90 percent. Several other countries have already banned the use of plastic bags with significant impact. America must follow their example. Support re-cycling programs and promote environmental awareness in your local community. Be pro-active in asking governments to make changes and consumers to re-think their attitudes. Purchase products requiring less plastic packaging and inform store management why you are doing so. We can speak with a loud voice when we speak with our ?dollars?.

Choose to drink tap or carbon filtered water from a glass lined reusable container. If you do purchase plastic bottled, dispose to the container properly. Recycle.

With the increase in environmental awareness, it has become obvious that there is more that we can do to create a sustainable society. If everyone of us would take a few tiny steps, make a few different choices and consciously consider our impact on the planet, there might be a way to restore the world to its original beauty and resources.

Join us in protecting the diversity and quality of our environment. We can all contribute to a healthier, greener world.

http://www.articlesbase.com

Wednesday, October 6, 2010

BASF Polyurethane Network In China Will Be Expanded

Just in time for K 2010 EMS GRIVORY launched under the name "EMS Database material" a new, comprehensive database for the main products of the product families, Grivory, Grilamid, and Grilon Grilflex.

The database has been integrated into the website of EMS-Grivory and without access code in both German and English freely available. The comprehensive database containing the technical data from over 300 polyamide-specialties, which are used in diverse market segments and applications.


In addition to fast download technical data sheets and safety data sheets for the new Web tool allows for vendor information, a direct product comparison to easily find product, polymer groups and in-depth search for specific features, product features, applications, as well as by specific regulatory approvals. With a few mouse clicks, users can create search profiles and compare EMS-material data. The search results can be stored as required by the user on the local machine.

EMS-CHEMIE AG Business Unit EMS-Europe GRIVORY, Domat / Ems, Switzerland

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Thursday, August 26, 2010

Recycled Plastic Industry With WRAP

The growth in plastics recycling can play a key role in driving the green economy according to a new report published recently by WRAP (Waste & Resources Action Programme).

The latest market situation report on plastics identifies the key
developments in the UK markets for recovered plastic since 2007 and tracks trends in collections, existing and planned domestic reprocessing capacity, export markets, prices and legislative issues.


The report reveals increased UK demand for food-grade recovered polymers, and in some cases, demand is outstripping supply. This is a market opportunity which could support greater investment in UK reprocessing infrastructure. WRAP has already helped to demonstrate the technology for producing recycled food-grade polymers and is able to provide further support for investors through its Accelerating Growth Fund.

Attention is increasingly turning to the recycling of non-bottle household plastic packaging (popularly known as ´mixed plastics´). With the first WRAP funded mixed plastics reprocessing facility opening in 2011, the trend to recycle more plastics seems set to continue.

WRAP recently launched Mixed Plastics Loan Facility will provide further growth in the industry.

Advert

There could be significant economic benefits from increased recycling of mixed plastics in the UK. Previous WRAP research has suggested that the recovered plastics market has a potential value of £250 - £500 million. Coupled with this are benefits in terms of new ‘green’ jobs.

Marcus Gover, Director of Market Development said; “WRAP’s report shows that the overall picture for plastics is positive. Despite the volatility in prices of the past two years, the market is strong.” He went on to say; “There has been extensive investment in UK plastics reprocessing capacity however, the UK still exports a large proportion of the plastics it collects for recycling. Given the strong UK demand for high quality recycled plastics, this represents a great opportunity for UK manufacturers to exploit this green niche.”

WRAP’s market situation report also identifies further key themes from the plastics recycling sector:

• The plastic bottle recycling rate now stands at over 40% and there has been extensive investment in UK plastic bottle processing capacity over the past two years;

• Attention has now turned to collecting and developing infrastructure to recycle mixed packaging plastics, less than 5% of which is currently recycled. Around 20% of local authorities already operate kerbside mixed plastic collections, and 2011 will see the operation of the UK’s first mixed plastic reprocessing facility;

• Recycling of non-packaging plastics has also increased, this is partly as a result of regulatory factors, however a further driver for market development was the launch of the Non-Packaging Plastics Quality Protocol.

For More Plastic Industry Updates : Plastic Industry

WRAP - Waste & Resources Action Programme

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Friday, August 13, 2010

World Plastic Industry Expansion With Plastic Products

Nowadays, world is surrounded by information technology and people are doing business online via so many tactics. There are many platforms to do the business online. Here we will discuss the plastic business. If you want to do your plastic business online then B2B plastic portal is really the great platform.

World Plastic Industry :-

On the basis of our study, following are some of the notable facts:

Growth Of Plastic Industry

    * India's plastic industry is about 0.5% of India's GDP.

    * The export of plastic products yields about 1% of the domestic exports.

    * 50% turnover of the plastic industry is derived from the small scale companies where it has a large presence

    * Production of the plastic provides employment to an estimate of about 0.4 million people in the country

plastic packaging products    * The processing of the plastic products involve approximately Rs 100 billion as an investment in the form of fixed assets

    * 20% of the industry turnover comes from small scale enterprises

    * Only 10 to 15% of the total market players can be categorized as medium scale enterprises

Type Of Plastic Products:-

Some of the major plastic products manufactured and exported from India can be categorized under the following headings:-

Raw Materials like PVC, polypropylene, polyethylene, polystyrene etc.

Packaging Materials like a range of plastic sheeting and films, pouches,

crates, bottles, containers, barrels, cans etc

Films like Polyester film, multilayer films, photo films etc

household plastic productsConsumer Goods like toothbrushes, cleaning brushes, hair brushes, nail

and cosmetic brushes, combs, molded furniture (chairs,

tables, etc.) House ware, kitchenware, and many such

other durables.

writing plastic instrumentsWriting Instruments like Pens, ball pens, markers, sign pens, refills, etc.

Travel ware like molded luggage, soft luggage, a range of bags like school

bags / ladies handbags, wallets, etc.

Water Storage Tanks Toys and Games Engineering Plastics

Electrical Accessories like cellphones, dryer machines etc.

Safety helmets

Sanitary Fittings

Construction Materials like PVC profiles, doors, windows, etc.

An Overview:-

The Indian plastic industry is growing at a fast pace. However, with an increasing cost-effective liberalization competition this industry is expected to increase considerably.

To survive the growing competition, the following revolutionizes need to be adopted by our plastic manufacturers and suppliers:

    * Cost reduction by adopting more radical methods and approaches

    * Putting more stress on the processing stage to reduce time and cost associated with the manufacturing of the final products

Although, the per capita expenditure of plastic products in India is well below the world average, the country will continue to be one of the largest resources of plastic products.

Plastic World is one of India's Most Exclusive Plastic Portal, has wide knowledge of online trade market and Business industries. For latest updates on plastic products business opportunities and available business offers, visit online B2B marketplace plastic-world.in

For More Details : Plastic B2B Directory | Plastic Machinery Marketplace | Plastic Companies | Online Plastic Portal | Advanced E-Marketing | Plastic Exhibition | Plastic Industry Updates | Plastic Business Offers

Tuesday, August 10, 2010

E-Marketing Business Opportunities With Online Plastic B2B Trade Portal - Plastic World

Plastic World - online business-to-business portal of plastic and allied industry has been launched new advanced branding services which include SMS Marketing, E-Mail Marketing & Banner Marketing. These branding services help you out in generating more and more fruitful business and getting an edge over your competitors.

E-Marketing

Recently launched plastic B2B portal – Plastic World, has announced new advanced branding services - include SMS Marketing, E-Mail Marketing & Banner Marketing. Within short time of launching this plastic portal (B2B) becomes the professional business platform for all who are involved in to import-export trade, Indian exporters, manufacturers and suppliers of plastics and allied industry.

At Plastic World - Plastic Marketplace, business houses are categorized according to their product/services; however, It is fast as well as easy to use and possess the ability to cope with high level of traffic so there is no limit to the potential success for your advertising.

By intending worldwide branding in mind Plastic-World.in launched SMS Marketing, E-Mail Marketing & Banner Marketing.

SMS Marketing:

SMS MarketingThrough our SMS Marketing, your text message reaches the target market within seven seconds and you will receive immediate response for your announcement, offer or message. It helps you to build new relationships. Regular text messages will keep you in contact with existing customers which offers maintaining of brand loyalty.

Mobile users can get registered with advertising companies and in turn the advertisers will contact them. The advertisers send SMS depend on the company category, state, city, occupation as well as several other parameters. After the advertisers acquire SMS credit, the SMS text campaign is run. However, paid users will be receiving regular SMS from the advertisers.

E-Mail Marketing:

E-Mail MarketingThrough our E-Mail Marketing you can send business e-mails to the business houses listed with us in bulk. We offer an effective e-mail promotion campaign which reaches focused customers related to your business and generates maximum business response for you. Business categories of our email marketing include Manufacturer Exporters, Merchant Exporters, Service Providers and Importers; however, we have more than 2000 product categories under these business categories.

Our E-Mail Marketing Service Provides:

- Well managed and updated database of more than 70,000 satisfied business houses.

- Over 100,000 business queries generated per month.

Banner Marketing:

banner marketingOur banner advertisement gives you an edge over your competitors, by catching the attention of your potential customers, through attractive banners. Our objective is to make each and every business house get the advantage of being associated with exporters.

- We can design a business & products theme based Banner for You.

- Maximize your website traffic & increase no. of unique visitors that are related to your business.

- Generate thousand business queries per month & earn more Profits.

- Attract right visitors to your site and get a fruitful business.

With our banner marketing you can select from three different sizes of banners for banner marketing; however, availability of desired location will depends on the size of banner selected by you. Given Banner sizes are in accordance to the space availability on the respective page.


Global Business OppertunitiesPlastic World, India's global plastic marketplace plays an essential role to produce future business opportunities to all relevant plastic players in the industries all over the world. Plastic World is a leading B2B Plastic Portal and it helps to make appropriate decisions in the complex maze in a wide geography for the stakeholders by offering a B2B platform. It is a medium without physical boundaries and geographical barriers which would help companies’ lower costs, expand existing markets, reduce customer service time, create more collaborative relationships with trading partners, and most importantly, create new revenue opportunities.

For More Information Please Visit Us At : Plastic Industry | Plastic Manufacturers | Plastic Exporters | Global Plastic Marketplace | Online Plastic B2B Portal | International Plastic Exhibition

Monday, August 9, 2010

Plastics Exports are Developing Dynamically

The plastic processing plants in Malaysia, see their future in selling high-quality products, such as modern packaging materials and technical parts. This must be invested in new equipment, which is difficult given the tight financial situation. In addition to set higher prices for primary products and electricity in the industry. In production and exporters of plastics and synthetic resins characterized in 2010 from a recovery.

Malaysia\'s plastics industry includes over 1,450 manufacturers with 85,000 employees. The majority of the company is considered a small to medium, and many are owner-managed. Only just over half are found mainly in local hands. The industry posted 2009 sales of 14.6 billion ringgit (RM; about 3.0 billion euros, 1 euro = 4.91 RM - annual average 2009) and contributes approximately 3% of total turnover in the manufacturing sector. It is powered by an advanced petrochemical industry with raw materials.

During 2009 to cope with a decline of almost 10% was in 2010, the signs of growth. Especially for export, the outlook has been estimated by the Malaysian Plastics Manufacturers Association (MPMA) good. For the development of plastics demand at home and abroad are mainly due to the highly cyclical consumer electronics, automotive and construction industry. In particular, the first two had taken the difficult global recession. The major exports of films and packaging in the industrial countries had fallen to crisis.

Main features of the Malaysian plastics industry in billions of RM,% change year on year (Source: MPMA) *)

The industry is highly export-dependent. In the past decade, annual growth in exports 15-20% are recorded. The share of exports in the turnover increased from 40% in the late 90\'s to last nearly 60%. Despite the recovery in demand, particularly in the field of food packaging in the second Half of 2009 decreased exports of plastic products for the full year by 10.8% to 8.3 billion RM. These were imports valued at 5 billion to RM, which failed to 9.3% lower than last year. Primarily packaging materials were exported, for example, flexible films, sheets, bags, bottles and containers.

The main customers are the European Union, Japan and the PRC. Industry insiders expect the future especially from the Asian region a dynamic demand, the debt crisis in the EU could however provide for restraint. With the implementation of the Asean Free Trade Area (AFTA) will open up new markets for Malaysian plastics exporters in the participating countries, which in turn will also benefit from the reduction in import duties to zero since 1.1.10. In total, the MPMA greater opportunities than risks for the producers, even when the import pressure especially for synthetic resins should initially be high. A challenge for the producers themselves could develop prior to price increases for gas, which comes both as a fuel and as raw material for raw materials used.

The Malaysian factories made in 2009 about 37% of their goods in film extrusion and 35% with injection molding. The extrusion of pipes and profiles made 7% and 6% from the blow molding manufacturing. The main segments of the plastics industry are the manufacturers of packaging (40%), components for electrical / electronic industry (23%) and household goods (22%) and the automotive industry (9%). The rest of the production attributable to the construction industry and agriculture.

Growth opportunities are mainly seen in the field of packaging, including those with multi-layer material as well as in packaging for convenience foods and those that increase the shelf life of foods. The trend for weight saving in the automotive industry provides increasing demand for high-quality plastic parts. A growing challenge is setting new standards concerning environmental protection, safety and health, to be followed by the industry.

At a low level in the view of the MPMA the R & D and design efforts. To be able to develop, produce higher quality goods, and sell under its own brand, firms must also invest in their equipment. Only then will the long-term holdings are against competition from low wage countries. lacks some of the smaller family farms are often in capital and market experience to implement the modernization. Connoisseur of the industrial sector therefore see a need for consolidation in the local market - for example through mergers - as well as the need to cooperate with multinational companies.

The authorized investment volume in 2009 to 771 million at RM, but registered by the competent authority Malaysian Industrial Development Authority (MIDA) with 42 individual projects about a third less than last year. About 80% will flow into the packaging segment (production of flexible films, sheets and bags or blow-molded bottles and containers). The great majority of the investments it was new projects, foreign engagement standing for nearly 70% of the total.

The consumption of synthetic resins in 2009 fell by around 4% to 1.7 million tonnes, as the user industries are electronics and automotive less inquired. The production declined to 1.8 million tonnes, while exports were virtually unchanged at 0.8 million tonnes. A major problem for the industry are the rising prices of synthetic resin, according to the MPMA have these last four years more than doubled. The energy prices have risen, and further increases are expected. Main types of resins used in Malaysia are polyethylene, polypropylene, polyvinyl chloride and polystyrene. Engineering plastics such as polyamides and polycarbonates must however still largely imported.

The main producers of synthetic resins include BASF, Eastman Chemicals, Industrial Resins, Malayan Electro-Chemical Industry (MECI), Petlin Malaysia, Malaysia Petrochemicals, Polyethylene Malaysia, Malaysia Polypropylene, Titanium PP Polymers, Toray Plastics and Vinyl Chloride Malaysia. Usually it is a joint venture of international chemical companies, national oil and gas company Petronas.

Source: www.plasticker.com

For More Information Please Visit Us At : Plastic Industry | Plastic Manufacturers | Plastic Exporters | Global Plastic Marketplace | Online Plastic B2B Portal | International Plastic Exhibition