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After visiting customers in the US last month, we have just made another trip to Turkey. We have strategic partners here and also have a joint venture factory with Ecoplas, named Sensei Tooling or SENSEİ KALIP. Learn more about us: www.bluestar-mould.com #Turkeytooling #Plasticmold #injectionmold

3D printing is good for low-volume automotive production

The main problems of 3D printing technology now are to take longer time and have high cost for mass-production, but it is good for low-volume production.

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Automotive plastic tanks with the tool built by Bluestar Mould! Look for a supplier that can build your automotive plastic tank moulds and also offer your injection moulding services? We are right here to serve you! www.bluestar-mould.com #autoplastic #tankmould #automold

Lightweighting is in auto industry spotlight

Automakers have already achieved improvements in fleet fuel economy through downsizing and engine efficiency programs, but as the industry faces progressively tougher regulations, OEMs are shifting focus to lightweighting.

International competitiveness of Chinese mould and die makers increasing

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A recent study conducted by WBA in Aachen says that "China will have a key role in the world of tooling in future. The fact that internationally competitive companies with a high level of competence could evolve confirms the positive outlook for the development of the tool and die manufacturing industry in China." Do you agree? Full report: http://bit.ly/1rZCipB #Chinamould #Chinesetooling #mouldindustry

Plastic/metal hybrid technology for automotive airbags to save weight and cost

The integrated lead frame activates the horn when the driver presses the airbag cover in the centre of the steering wheel, completing an electric circuit. As such, the module is a safety-critical component, so design and manufacturing requirements are very demanding. It is produced by injection molding a 40% glass-fiber-reinforced polyamide (PA) over a pre-coated stamped steel plate. http://bit.ly/1OgeWpS

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We offer high-volume production services with various types of materials and engineering plastics: ABS, PC, PC + ABS, POM, PMMA, PA, PPT, PE, PVC… Besides, we mainly engage to process automotive interiors and exteriors, also medical parts and home appliance parts. www.bluestar-mould.com

Micro-bybrids will significantly drive auto efficiency in 2025

Micro-hybrids automatically stop the engine when it would otherwise be idling, using an improved or additional battery (or another type of energy storage system) to quickly restart when it’s time to move. Some even capture braking energy and do propulsion assist. Nearly half of the improvements required to meet the stiff targets will come from micro-hybrid technology, notably through improved batteries; lighter structural materials will contribute 39% and improved fuels will add 13%.

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Usage of carbon fiber in automotive manufacturing will increase to 9,800 tonnes in 2030, up from 3,400 tonnes in 2013. These predictions are made in a report titled, "Weight Reduction in Automotive Design & Manufacture." "Average car to incorporate nearly 350kg of plastics by 2020": http://bit.ly/1Ogsa0u #weightreduction #autoplastics

13 leading plastics and their uses in car today

According to Craftech Industries, the most common plastics found in vehicles today are polypropylene (32%), polyurethane (17%) and PVC (16%). However, a variety of plastics and polymers are used and combined for automotive parts.

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The U.S. auto industry had a banner year in 2015, with vehicle sales topping the previous record set in 2000—17.47 million vehicles sold compared with 17.35 million—but the sector is counting on emerging markets to drive car production to new heights in 2016. Read more the report on Plastics Today: https://lnkd.in/b7mJVav

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