Technavio has published a new report on the global wood plastic composites market from 2017-2021. (Graphic: Business Wire)

Progress in Housing and Building Industries Will Drive the Wooden Plastic Composites Market, Says Technavio

LONDON–(BUSINESS WIRE) – According to the latest market study published by Technavio, the global wood-plastic composite (WPC) market is expected to reach USD 5,991.2 million by 2021 and grow at an annual growth rate of more than 11%.

This research report, titled Global WPC Market 2017-2021, provides an in-depth analysis of the market in terms of sales and trends in emerging markets. When calculating the market size, the report takes into account sales of WPC products in key applications such as construction, automotive, industrial, and consumer products.

The global WPC market is expected to grow rapidly due to the increased production of composite materials and increasing demand from regions like South America and countries like Russia, China and India. The entry of various suppliers of WPCs is driving consumption in these countries. In August 2015, the GS Group put a pilot WPC production plant into operation in Ulyanovsk, Russia, in which granulated WPC products are to be manufactured that are extruded and injection molded.

Request a sample report: http://www.technavio.com/request-a-sample?report=56938

Technavio’s sample reports are free and include multiple sections of the report including market size and forecast, drivers, challenges, trends, and more.

Technavio’s chemical and materials analysts categorize the global WPC market into four main segments by product type. You are:

  • Polyethylene

  • Polyvinyl chloride

  • Polypropylene

  • Other polymers

The three main product segments for the global WPC market are:

Global market for WPCs made of polyethylene

Polyethylene is one of the widely used thermoplastic polymers. HDPE, low density polyethylene (LDPE), linear LDPE (LLDPE), and ultra high molecular weight polyethylene (UMWPE) are some of the different types of polyethylene available that are suitable for a particular application. In the global WPC market, polyethylene is expected to perform well and continue to hold the leading share over the forecast period

Ajay Adikhari, a senior biochemicals and biomaterials analyst for Technavio, said, “The excess availability of recycled HDPE in the US is driving the use of polyethylene as the preferred matrix polymer. On the contrary, PP is the preferred matrix polymer in Europe. Due to the better UV stability of polyethylene, the trend is slowly changing in Europe too. ”

Global Polyvinyl Chloride WPC Market

PVC is a suitable alternative to traditional materials such as glass, copper, iron and wood in various applications because of its operational efficiency and benefits. The polymer has a high hardness and mechanical properties, which are improved with increasing molecular weight and lower temperature.

“PVC is made from ethylene, which comes from the oil and gas industry. It can also be made using various hydrocarbons, including derivatives of plants, sugar cane, and coal. PVC matrix WPCs are often used to make windows and are now also used in the terrace segment, ”says Ajay.

Global market for polypropylene WPCs

PP is an unsaturated polyolefin. It is inherently semi-rigid and offers good resistance to chemicals, heat, and fatigue even at high temperatures. PP quality is selected depending on the required specification, processing method and associated costs. Homopolymers, copolymers (5% -15%, ethylene) and random copolymers are the commonly available grades.

Injection molding, blow molding, and general purpose extrusion are some of the widely used processing methods for PP. The development of prototypes on CNC machines and 3D printers with PP matrix is ​​increasing in Europe because these filaments are readily available.

The main vendors highlighted in this report by Technavio’s research analysts are:

  • Advanced Environmental Recycling Technologies (AERT)

  • CPG International

  • Fiberon

  • Trex Company

  • Universal forest products

Browse related reports:

Become a member of Technavio Insights and access all three reports for a fraction of the original cost. As a Technavio Insights member, you have immediate access to new reports as soon as they are published. In addition to all of the 6,000+ existing reports covering segments such as Metals & Minerals, Olefins, and Specialty Chemicals. This subscription will save you thousands while staying connected to Technavio’s ever-changing research library. This enables you to make informed business decisions more efficiently.

About Technavio

Technavio is a leading global technology research and consulting company. The company develops over 2000 research papers each year, covering more than 500 technologies in 80 countries. Technavio has around 300 analysts worldwide who specialize in tailor-made consulting and corporate research tasks using the latest cutting-edge technologies.

Technavio analysts use both primary and secondary research techniques to determine the size and vendor landscape in a number of markets. Analysts obtain information using a combination of bottom-up and top-down approaches, as well as internal market modeling tools and proprietary databases. You confirm this data with the data of various market participants and stakeholders along the value chain, including providers, service providers, dealers, resellers and end users.

If you are interested in further information, please contact our media team at media@technavio.com.

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3ders.org – Artist creates amazingly lifelike tree sculpture utilizing 3D printing pen & wooden filament

March 5, 2018 | From Tess

There is no question about that 3D printing pens can be used to create some pretty amazing and creative things. Of Fashion to 3D images and sculptureFor years people have been pushing the artistic boundaries of the 3D pen medium. However, never before did we have to take a second look at a 3D pen sculpture to see if it wasn’t.

The artist Martin Binder has created a four-meter-long birch tree sculpture with a 3D printing pen and a wood-plastic composite filament. The piece entitled “Portrait of a Birch” can currently be seen in Berlin’s Super Bien! Contemporary art greenhouse where it is hung in a glass case.

From a distance the 3D drawn tree is scary and one could easily and falsely believe that it is a real birch branch hanging behind glass. On closer inspection, however, the precisely drawn lines of the plastic of the 3D pen become clear. Amazingly, the 3D pen’s plastic filament mimics the pattern and visual structure of an actual birch tree.

For an additional feeling of authenticity, Binder decided to work exclusively with a filament made of plastic and birch wood. He adds that he has carefully studied natural birch trees to perfectly capture their appearance. “My eyes were the 3D scanner and my hands were the 3D printer,” he says.

In total, it took Binder over 250 hours to create the tree with a 3D printer (that’s more than six weeks of full-time work!). The effort is evident in the fine details and the natural feeling of the industry.

The 3D drawn branch is displayed in a glass display case that was a conscious choice of Binder. He explains: “I spend a lot of time on Instagram where I consume pictures behind a pane of glass. This work is a three-dimensional equivalent of consuming digital media. A fragment of a tree can be visually experienced behind the glass walls of the unconventional exhibition space. “

Since the tree is on display outside, the viewer can visit it at any time of the day or night.

Posted in 3D Design

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Technavio has published a new report on the global wood plastic composites market from 2017-2021. (Graphic: Business Wire)

Progress in Housing and Building Industries Will Drive the Wooden Plastic Composites Market, Says Technavio

LONDON–(BUSINESS WIRE) – According to the latest market study published by Technavio, the global wood-plastic composite (WPC) market is expected to reach USD 5,991.2 million by 2021 and grow at a CAGR of more than 11%.

This research report, titled Global WPC Market 2017-2021, provides an in-depth analysis of the market in terms of sales and trends in emerging markets. When calculating the market size, the report takes into account sales of WPC products in key applications such as construction, automotive, industrial, and consumer products.

The global WPC market is expected to grow rapidly due to the increased production of composite materials and increasing demand from regions like South America and countries like Russia, China and India. The entry of various suppliers of WPCs is driving consumption in these countries. In August 2015, the GS Group put a pilot WPC production facility into operation in Ulyanovsk, Russia, in which granulated WPC products are to be manufactured that are extruded and injection molded.

Request a sample report: http://www.technavio.com/request-a-sample?report=56938

Technavio’s sample reports are free and include multiple sections of the report including market size and forecast, drivers, challenges, trends, and more.

Technavio’s chemical and materials analysts categorize the global WPC market into four main segments by product type. You are:

  • Polyethylene

  • Polyvinyl chloride

  • Polypropylene

  • Other polymers

The three main product segments for the global WPC market are:

Global market for WPCs made of polyethylene

Polyethylene is one of the widely used thermoplastic polymers. HDPE, low density polyethylene (LDPE), linear LDPE (LLDPE), and ultra high molecular weight polyethylene (UMWPE) are some of the different types of polyethylene available that are suitable for a particular application. In the global WPC market, polyethylene should hold its own well in the forecast period and continue to hold the leading share

Ajay Adikhari, a senior biochemicals and biomaterials analyst for Technavio, said, “The excess availability of recycled HDPE in the US is driving the use of polyethylene as the preferred matrix polymer. On the contrary, PP is the preferred matrix polymer in Europe. Due to the better UV stability of polyethylene, the trend is slowly changing in Europe too. ”

Global Polyvinyl Chloride WPC Market

PVC is a suitable alternative to traditional materials such as glass, copper, iron and wood in various applications because of its operational efficiency and benefits. The polymer has a high hardness and mechanical properties, which improve with increasing molecular weight and lower temperature.

“PVC is made from ethylene, which comes from the oil and gas industry. It can also be made using various hydrocarbons, including derivatives of plants, sugar cane, and coal. PVC matrix WPCs are often used to make windows and are now also used in the terrace segment, ”says Ajay.

Global market for polypropylene WPCs

PP is an unsaturated polyolefin. It is inherently semi-rigid and offers good resistance to chemicals, heat, and fatigue even at high temperatures. PP quality is selected depending on the required specification, processing method and associated costs. Homopolymers, copolymers (5% -15%, ethylene) and random copolymers are the commonly available grades.

Injection molding, blow molding, and general purpose extrusion are some of the widely used processing methods for PP. The development of prototypes on CNC machines and 3D printers with PP matrix is ​​increasing in Europe because these filaments are readily available.

The main vendors highlighted in this report by Technavio’s research analysts are:

  • Advanced Environmental Recycling Technologies (AERT)

  • CPG International

  • Fiberon

  • Trex Company

  • Universal forest products

Browse related reports:

Become a member of Technavio Insights and access all three reports for a fraction of the original cost. As a Technavio Insights member, you have immediate access to new reports as soon as they are published. In addition to all of the 6,000+ existing reports covering segments such as Metals & Minerals, Olefins, and Specialty Chemicals. This subscription will save you thousands while staying connected to Technavio’s ever-changing research library. This enables you to make informed business decisions more efficiently.

About Technavio

Technavio is a leading global technology research and consulting company. The company develops over 2000 research papers each year, covering more than 500 technologies in 80 countries. Technavio has around 300 analysts around the world who specialize in tailor-made consulting and corporate research tasks using the latest cutting-edge technologies.

Technavio analysts use both primary and secondary research techniques to determine the size and vendor landscape in a number of markets. Analysts obtain information using a combination of bottom-up and top-down approaches, as well as internal market modeling tools and proprietary databases. You confirm this data with the data of various market participants and stakeholders along the value chain, including suppliers, service providers, dealers, resellers and end users.

If you are interested in further information, please contact our media team at media@technavio.com.

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The WPC filament made with the open source Recyclebot.  Image via Forest Products Society

Researchers use industrial wood-waste to make FDM/FFF wooden filament

Scientists at Michigan Technology University in Houghton have successfully created 3D printable wood filaments from furniture wood waste.

The success was revealed in a research report co-authored by open source champ Joshua Pearce. The paper investigated the possibility of converting furniture waste into wood filaments to reduce the environmental impact of wood waste.

The wood filament was made using only open source software and hardware.

The WPC filament made with the open source Recyclebot. Image via Forest Products Society

Manufacture of wood filaments from waste

According to the paper, the furniture industry in Michigan alone produces more than 150 tons of wood waste every day.

In a four-step process, the scientists demonstrated the possibility of producing wood filaments with a combination of wood waste and PLA plastic in 3D printing. The mixture of these two materials is better known as wood-plastic composite (WPC).

In the first step, wood waste was acquired from various furniture manufacturers in Michigan. The waste contained solid boards and sawdust made from MDF, LDF and melamine.

These solid slabs and sawdust were reduced to microscale for the production of WPC filaments. The waste material was hammer milled, ground in a wood chopper, and sieved using a vibratory ventilator using an 80 micron mesh screen.

At the end of this process, the wood waste was in a powder state with a granular component of cereal flour. The material was now referred to as “waste wood powder”.

This entire process was necessary to make the wood mixable with PLA.

The next step was to make PLA to mix with the waste wood powder. PLA pellets were heated to 210 ° C until they became stirrable. The wood powder was added to the molten PLA mixture at varying wood-PLA weight percentages (wt%) between 10 wt% -40 wt% wood waste powder.

As soon as the desired mixing quantity and quality was achieved, the material was left to cool.

The solidified material was put back into the wood chopper to prepare the open source Recyclebot, a plastic extruder for filament production.

The filament produced had a thickness of 1.65 mm and a thinner diameter than the standard 3-D filament available on the market, ie 1.75 mm.

A doorknob with the wooden thread.  Image via Forest Products SocietyA door knob printed with the wooden thread. Image via Forest Products Society

3D printing with open source wood filament

The wood filament was tested by making various items such as a wooden cube, a door knob, and a drawer handle. Due to the mechanical properties of the wood thread, adjustments were made to the Delta RepRap and Re: 3D Gigabot v. 3D printers used in the study. GB2 made. The changes included modifying the extruder and controlling the printing speed.

Printing wood to an ideal temperature is also an important factor as high temperatures can char the wood and clog the nozzle. In this case the wood filament was printed at 185 ° C.

The researchers showed that it is convenient to make wood filaments from waste wood from furniture. However, you raised important points for future studies. This included the economic and environmental impact, details of mechanical properties and the possibility of industrial scale production.

The paper concluded: “This study has shown a technically feasible method for upcycling wood waste from furniture into usable 3D printed parts for the furniture industry. By mixing PLA pellets and recycled wood waste material, filament with a diameter size of 1.65 ± 0.10 mm was made and used for printing a small variety of test parts. This method developed in the laboratory can be adapted to the requirements of the industry, as the process steps are straightforward. Small batches of 40 wt% wood were made but showed reduced repeatability, while batches of 30 wt% wood with ease of use showed the most promise. “

The research paper covered in this article is titled Wood Furniture Waste Based Recycled 3D Printing Filament. It is co-authored by Adam M. Pringle, Mark Rudnicki and Joshua Pearce.

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The picture shown shows the wood filament produced in the study. Image via Forest Products Society

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