IBM Australia and the College of Queensland (UQ) have launched the [emailprotected] Centre of Excellence with the goal of supporting researchers working throughout well being, manufacturing, and environmental sciences to deal with the challenges related to excessive knowledge progress, knowledge organisation, and knowledge storage.

Positioned at UQs Brisbane campus, the brand new centre brings to the college a number of the analysis and improvement (R&D) that Australia misses out on.

Talking with ZDNet, Professor David Abramson, director of the UQ Analysis Computing Centre (RCC), mentioned [emailprotected] was a chance for researchers to push the extremes of their work and the IBM package.

We predict we have a fairly wealthy sandpit to play in, he mentioned.

Our researchers are at all times attempting to do the following factor they are going to actually do something to get the sting on the following factor, so how do I ship that to them? The centre is a bit bit round that as a result of by working carefully with a vendor, we will get entry to stuff that is dropping off the manufacturing line and earlier than its accessible, and we are going to stress check it, and we are going to do actually nasty issues to it.

In Australia, there is a tyranny of distance, leaving researchers and companies removed from the event labs of the big tech firms.

Nobody has their R&D labs in Australia so we get nearer to that by the character [of these partnerships], Abramson mentioned. Introduced the dev lab to us in a manner we would not have in any other case been capable of in any other case do.

Large Blue has donated a variety of novel knowledge storage and pc hardware platforms for experimentation and analysis inside the RCC. Abramson clarified the brand new centre wasnt an R&D lab, nonetheless, because the researchers arent constructing something for IBM; fairly it is centred on experience and innovation.

Well strive issues, well do issues which can be a bit bit modern, or rather a lot modern, within the hope that it really works, and that offers [the researchers] the power to play with the merchandise in an area which is secure however stressing, utilizing merchandise in ways in which individuals did not beforehand take into account, he mentioned.

Well do issues financial institution will not do, for instance. For those who take a conservative firm shopping for IBM package, they will say, We wish this to work in the event you get this unsuitable, my enterprise is in hassle. In fact, that is true within the college system, too, however I am ready to take extra of a threat as a result of my researchers, they received to do one thing they could not have performed in any other case.

Taking extra of a threat, Abramson mentioned, can even enable IBM to profit from what the UQ researchers do with the package.

The professor described the RCCs function as sitting between superior infrastructure and analysis. He mentioned the infrastructure is usually fairly troublesome to make use of, and in the event youve received a PhD in biology, that does not essentially make you a computing particular person.

The centre has been in place for round 10 years and is touted by Abramson as being vendor impartial. Infrastructure has been equipped by HPE and IBM and compute is a mix of Dell, Nvidia, Hewlett-Packard, and a few IBM.

Researchers utilizing the centre convey a variety of initiatives with them, together with what Abramson known as a really giant biosciences element, which may be something from genomics via to medication and vaccines.

Researchers are additionally performing large-scale population-wide genome research, for instance, on genes that trigger Schizophrenia, and there are teams engaged on Alzheimers illness and varied different mind capabilities. Chemistry work on medication via batteries; the hypersonics group whore attempting to construct a scramjet; in addition to humanities, additionally use the infrastructure.

The large drivers are the sciences and one of many causes for thats nearly the entire sciences now are utilizing high-end devices to do their work, he mentioned.

This can be a nice alternative to make use of our experience in addition to our management in scale-out storage options to help organisations like UQ in tackling the challenges of utmost knowledge progress and knowledge perception, IBM director and common supervisor of techniques Jason Worth mentioned.

We search for alternatives to grow to be greater than only a provider, however a trusted advisor and accomplice in delivering outcomes.

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University of Queensland partners with IBM to progress data research - Best gaming pro

What's behind the door of this beautifully updated, 2-story home? A spacious, open floor plan on the main level. Complete with living room, dining room, half bath, fabulous kitchen, & main-floor laundry. New wood floors in the living and dining rooms. In the show-stopping kitchen/breakfast room: porcelain tile floors, sparkling, quartz counter tops, LG Stainless Steel appliances (double oven and a pot filler!), Grecian, polished marble, mosaic backsplash, and MAIN FLOOR LAUNDRY! All leading to the expansive deck, over looking the subdivision. On the second floor- all new carpet, FOUR bedrooms, including a master suite with a full bath and HUGE walk-in closet. Plus, three additional bedrooms, all served by an updated, full bathroom. Don't forget the partially finished, walk-out basement with new laminate flooring, another half bath, and laundry/utility/storage room. Perfect for a family room, entertainment space, play room, office, fitness center-possibilities are endless. Welcome Home!

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For years woodworkers relied on table saws or radial-arm saws for their most accurate machine-made miters and crosscuts. When miter saws first came along, they were crude affairs and not readily adopted by those who valued accuracy over portability. For job site carpentry, these tools were great time savers. However, it took quite a few years for woodworkers to open their shop doors to these portable saws. To get the most out of these tools, you need the best thin-kerf miter saw blades available.

Today, a quality modern miter saw is the go-to tool for fine crosscutting, miter cuts, and compound angle (simultaneous miter and bevel) cuts. And according to industry figures, 12-inch miter saws have overtaken 10-inch saws as the tool of choice for professionals. This holds true both on the job site and in the shop.

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To achieve the smoothest miter saw cuts for furniture building, cabinetmaking, and trim work, you need a blade with a lot of teeth. A stock 12-inch blade typically has 32 teeth. A good trim blade commonly has 80. We opted for the finest-cutting 90 to 100 tooth blades available to seek out the ultimate in miter saw results.

Blades with densely packed teeth make the smoothest cuts. Typically, these blades are limited to cutting hardwoods 1-1/2 inches thick or less. With so many teeth engaged in a cut, there is a lot of friction. In addition, the small gullets of such closely-spaced teeth eject sawdust slowly. The deeper the cut, the slower the progress and the greater the heat build-up. You can only cut as fast as the blade allows. In deep cuts that may not be fast enough to outrun burning.

While its generally true that the thickest and most massive blades provide the most stability in a cut, heavy full-kerf blades are not best suited for the short on-and-off cutting action of a miter saw. Bringing a lighter blade up to speed and quickly stopping it with the motor brake is much easier on your saw. This lets users move a little faster while cutting. Thin blades also use less power while cutting. This is great news for underpowered saws or guys on the job sharing a 20 amp circuit with three other trades.

Because of these benefits (and a somewhat lower cost), thin kerf miter saw blades are growing in popularity. The downside to these thinner blades is that they can deflect and wander in a cut more easily. This particularly affects bevel cuts negatively. According to my blade sharpening consultant, this effect is exacerbated as these blades begin to dull. Thats the reason many industrial users dont use them.

To achieve the smoothest miter saw cuts for furniture building, cabinetmaking, and trim work, you need a blade with lots of teeth.

The anatomy of a miter saw blade is fairly simple. Its the alphabet soup of abbreviations that makes it seem so technical. For extra-fine crosscutting blades intended for solid wood (like those in the test), alternate top bevel (ATB) designs are the best.

Different ATB designs may have raker teeth, pointier high-bevel angle teeth, or angled face teeth. All remain variants of the basic ATB which cuts the outside edges of the kerf first before scooping out the middle. This action scores the wood before any chips are scraped out. It leaves the cleanest surfaces along the top edges of the cut. Hi-ATB teeth with sharper angled tops score deeper to prevent chip-out in fragile materials such as veneered plywood and MDF.

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Rakers are symmetrical, flat-topped teeth that clean out the wood between the grooves made by the right and left angled teeth. They are always set lower than the angled teeth. Rakers may be placed between every set or every other set of ATB teeth. Blades, therefore, designate them as (2+1) or (4+1) respectively.

The final twist on ATB tooth design is the alternate face design. Also known as a shear face, the tooth is skewed with the tallest side forward. This engages the wood at a sharper angle for a shearing cut along the side of the kerf.

The most relevant tooth angles to know are the rake (or hook) angle, the top bevel angle, and the face angle. The rake angle is the orientation of the face of the tooth in relation to a radial line drawn through the center of the blade (like the spoke of a wheel). A tooth parallel to this radial line has a 0-degree rake angle. Positive rake angle teeth take a more aggressive bite and cut faster with less feed pressure.

Negative angle teeth make more of a scraping cut that is slower and requires more feed pressure. They reduce the likelihood of tear-out in the cut surfaces. Most extra-fine ATB crosscutting blades have very low or negative rake angles for smooth cutting.

The top bevel angle is the angle across the top of a tooth when viewed straight on from the front. Bevel angles of 30 degrees and higher usually constitute high ATB teeth. The steeper the teeth, the better the scoring action on either side of the cut. This also results in the tip of the tooth dulling sooner. Also, the amount of unsupported carbide on a steep tip may require a manufacturer to make it out of softer, more impact resistant carbide that will dull even faster.

The face angle is the angle of the tooth when viewed from above. Standard teeth are perpendicular to the blade plate while shear face teeth are skewed alternately to the left and right.

The story of a blade is pretty simple: its mostly about the teeth. But there are a few other features to consider. Blade coatings such as Teflon (PTFE), powder coating, or even chrome serve two functions. Besides warding off corrosion, the slick surfaces dont allow pitch to adhere as easily and are quick to wipe clean.

Noise suppression slots are the laser-cut zigzags apparent in the plates of many blades. They are designed to capture vibration and absorb the sound of a blade screaming through wood. Slots filled with polymer dampen blades more effectively than those left open. We could at least sample this when rung manuallyI wasnt keen on listening for differences in use!

As far as Im concerned, all of the blades are capable of contributing to progressive hearing loss. To combat this, I wore ear protection while cutting. A downside of slotted blades is that perforated material that gets bent out cant be bent back in without cracking (and thus ruining) the blade. One other complaint is that slotted blades can never again be flattened or tensioned during their serviceable life as solid plate blades can.

I used a brand new 12-inch Hitachi C12FDH miter saw as my testing rig. This saw earned high marks in a past tool test I was involved in. I deliberately chose a non-sliding miter saw to eliminate any extra play in the saws mechanism. That would make it harder for me to analyze the cutting results of the blades independent of the tool. Since I was testing on average trim-sized materials, the chop-action-only saw was the right tool for the job anyway.

To evaluate cut quality, I ran each blade through a circuit of crosscuts and miter cuts. We used a variety of materials of different dimensions and thicknesses. With cuts made in the same order and carefully labeled, I ended up with over 20 individual sample pieces for each blade. I later scrutinized those under a raking light.

Hard maple and cherry provided me the finest view of scratch patterns and the best check of a blades propensity for burning. The ring-porous structure of white oak allowed the best evaluation of a blades sharpness along the end of a cut. Veneer-covered plywood and MDF strips accentuated clean cuts along a kerfs top edge. Lacquered beech, maple, and Baltic birch plywood made it easy to look for chipping along a brittle finished edge.

I also ran the saws through materials without regard to the resulting cutoffs just to rate the feed pressure and smoothness of cut. It also helped me better characterize the overall experience of cutting with each blade. After the sawdust settled, I had the owner of a respected professional sharpening business come over to lend his expertise. I also brought in a friend of mine who is a furniture builder and cabinetmaker of some acclaim. Adding these guys opinions to mine made for a well-rounded take on these blades. I could write a book

Before and after testing I took microscopic photos of the sides, faces, and top edges of a few chosen teeth on each blade using a high-resolution USB microscope. I was trying to detect any early wear to use as a predictor of edge longevity. Unfortunately, I didnt make enough cuts to see any difference. My blade sharpening consultant estimated that each blade could likely crosscut 2,000 feet of hardwood trim before needing sharpening. Thats a considerable amount of mileagefar more than I managed to put on each.

However, the microscope gave me a great close up look at individual carbide teeth and their brazes while teaching me a lot about cutting tooth geometry.

In general, it is safe to say that you can achieve an acceptably fine cut with any of these blades. This especially holds true with new blades. The quality of their construction and components will become more evident as each blade ages. Nearly every blade comes with a dozen sharpenings worth of carbide. Some may not be worth the $250 investment that represents over their lifetime.

The apparent quality, advanced features, and exceptional cutting performance of the Forrest, Freud, and Tenryu blades impressed us the most. They seemed to represent the best investments of lasting value a serious craftsman could make. If you want the best thin kerf miter saw blade, start there.

Thanks to Tim Lancaster of Precision Knife and Tool in Fort Collins, CO. for sharing his expertise on the finer points of saw blades.

And thanks to my friend and furniture artisan Peter Glass for sharing his perspective on evaluating cut quality in a variety of woods. http://www.peterglasswoodworks.com

Sure the saw and the blade do most of the work, but being a conscientious saw operator is important if you want to achieve the smoothest and safest cuts. Here are a few essential tips.

It all starts with the fence. With a reliable straightedge, check that the left and right fence sections are coplanara lack of support on either side of your workpiece will lead to vibration and dangerous cuts. Next, check every few inches along the fence with a precise square to make sure the fence surfaces are perpendicular to the saws table. With the fence tightened in position, square the blade to the fence and calibrate the 0-degree marker on your miter scale to this position. Then do the same with the bevel setting while squaring the blade with the saws table. If the plastic insert at the center of the table is not flush with the surrounding metal surface, you must shim up the insert. If left uneven, short or flexible stock will tilt down during a cut, binding the blade and burning the cut.

I have made zero clearance table inserts out of hardboard in the past, but it is fussy work to cut them to shape, and even harder to shim them flush. Plus it still left the side of the work toward the fence unsupported and prone to splintery blowout. Now if I need the smoothest possible cuts, I attach strips of hardboard to the fence and to the table with double sided tape, covering just enough area to fully support the stock I am cutting. The downside is that you need to replace the strips when you change the miter angle, but I find that I am usually making either straight or mitered cuts for a project, rarely switching between both.

Careless cutting technique is the cause of the two biggest problems associated with miter saws: ragged edges at the top of a cut and small cutoff pieces sent airborne by the blade. Follow this simple advice to avoid both. When you complete a cut, hold the saw head down until the blade comes to a full stop. Since the teeth are wider than the blade plate, no part of the saw blade should touch the work as the saw winds down.

It is only when the spinning teeth are brought back up into contact with the wood that the top edge is raked upward and small cutoffs leaning against the blade are caught by the teeth and violently catapulted. If you have a substantial cutoff piece remaining you can raise the saw head with the blade in motion. Just slide the finished cut piece away from the blade first.

Model: 255.096.12The I.T.K. (Industrial Thin Kerf) Fine Finish blade is part of the mid-grade line from this Italian blade company.

Summary: A decent, true Hi-ATB blade that can be found for a very good price online perhaps the least expensive blade tested.

Model: D12100XThe Ultimate Flawless Finish blade from Diablo-Freuds value-oriented construction product line.

Summary: With the most aggressive rake angle in the test, this blade tended to grab at work pieces more readily than other blades. The shear face design is a nice feature for a blade in this low price range.

Model: DW7650From DeWalts top end Woodworking blade line.

Summary: This classic styled uncoated blade has the largest carbide teeth by far both thicker and taller than any others in the test. For the average overall results it posted, however, it is on the expensive side.

Model: CM12905115A premium product from the brand to be sure, but not their most expensive thin kerf miter saw blade.

Summary: A quality heavy-duty blade with old school sensibilities. Built to be serviced like a classic car, the non-perforated blade plate can be re-flattened if it ever goes out of true. And though the plate thickness is listed as .095, skin grinding done to flatten the plate sides mean that individual blades may vary. Ours measured .088. The blade is notably loud in use, but the cutting results are among the very best. The highest-priced blade in the test.

Model: LU74R012Named the Thin Kerf Ultimate Cutoff blade.

Summary: Good features and construction, but didnt wow us like its Hi-ATB brandmate. This blade features a special side grind with a tiny bumper along the edge of the tooth designed to rub against the edge of the cut and burnish the wood smooth.

Model: LU79R012Named the Thin Kerf Ultimate Plywood & Melamine blade due to its Hi-ATB tooth grind.

Summary: A real standout blade in the test and the favorite pick of my furniture builder friend. This Hi-ATB shear face design combines high-performance, quality features, and a modest price its everything you need.

Model: 1807385The Marples branding was recently dusted off by Irwin and put on their premium blade line.

Summary: Kind of a hit or miss proposition, this blade does some things well, but not enough to be as competitive as it could be.

Model: MP-305100ABThe Miter-Pro line is the brands more substantial thin kerf offering, designed for better bevel cuts in trim work.Coating: dull chromed

Summary: High tech and high performance sums up this premium shear face blade. The vibration suppression slots are filled all the way through with a polymer to make the blade almost vibration-free. Tapping the blade with a scrap of wood sounds like tapping on a countertopthe dampening effect is really amazing. On the pricy side though.

Model: SL-305100One of the brand new coated blades in the brands less-expensive Silencer line.Coating: PTFE

Summary: Like the pricier Miter-Pro, this blade shares the great cutting results and highly-effective vibration dampening technology. One downside the tiny carbide teeth are only 2/3 the size of the average tooth in the test. That will force this blade into early retirement after a lot fewer sharpenings. However, this blade boasts amazing cut quality for the price.

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Best Thin Kerf Miter Saw Blades - Pro Tool Reviews

DGAP-News: STS Group AG / Key word(s): Personnel 22.06.2020 / 09:00 The issuer is solely responsible for the content of this announcement.

STS Group AG: Changes in Supervisory Board and Management Board

Hallbergmoos/Munich, 22 June 2020. STS Group AG (ISIN: DE000A1TNU68), a global system supplier for the automotive and commercial vehicle industry, listed in the Prime Standard of the Frankfurt Stock Exchange, announces changes to the company's Supervisory Board and Management Board.

Mr. Robin Laik, the previous Chairman of the Supervisory Board, and Dr. Kristian Schleede, the previous Deputy Chairman of the Supervisory Board, resigned their Supervisory Board mandates with effect from the end of 20 June 2020. Dr. Bernd Maierhofer will remain a member of the Supervisory Board of STS Group. Robin Laik and Dr. Kristian Schleede had been members of the Supervisory Board of STS Group since 2018. Robin Laik, as Chief Executive Officer, and Dr. Kristian Schleede, as Chief Restructuring Officer, wish to focus on their activities on the Management Board of Mutares SE & CO. KGaA in the future.

Andreas Becker, CEO of STS Group AG, thanks the previous members of the Supervisory Board for their extraordinary commitment: "I would like to express my sincere thanks for the consistently good and constructive cooperation over the past two years with Robin Laik and Dr. Kristian Schleede. In particular, their dedication and expertise have helped shape the development of STS Group in a challenging environment following its IPO in 2018. As a major shareholder of Mutares SE & Co. KGaA, we remain closely associated with Robin Laik and Dr. Kristian Schleede."

In order to ensure that the Supervisory Board has a quorum until the election of the new Supervisory Board members at the Annual General Meeting on July 14, 2020, the Executive Board of STS Group AG has applied for the court appointment of Dr. Wolf Cornelius and Dr. Wolfgang Lichtenwalder, LL.M.

There are also changes in the Management Board. Mr. Patrick Oschust left the Management Board on 31 May 2020. Dr. Ulrich Hauck (CFO) also resigned from his position as a member of the Management Board of STS Group AG on 20 June 2020.

Mr. Patrick Oschust was appointed as Chief Production Officer in 2017. Under his leadership, the STS plants were merged, converted to uniform standards, synergies increased and productivity successfully enhanced.

Dr. Ulrich Hauck took over as Chief Financial Officer in 2019 in a difficult phase and led the Group professionally through the very challenging Corona environment. Dr. Hauck played a key role in the reorganization of the STS Group.

The outgoing Chairman of the Supervisory Board, Robin Laik, thanks Dr. Hauck: "I would like to thank Dr. Hauck most sincerely for his great dedication and his achievements in an extremely challenging environment, especially for his valuable contributions to the far-reaching reorganization of the STS Group. Dr. Hauck will continue to be associated with Mutares Group as Senior Advisor and in the context of supervisory board activities."

Due to the reduced volume of business in 2020, the associated cost-cutting requirements and the new, more decentralised orientation, no successor will initially be appointed to the two departing members of the Management Board. Until further notice, STS Group AG will be managed by CEO Andreas Becker as sole member of the Management Board.

About STS Group:STS Group AG, http://www.sts.group (ISIN: DE000A1TNU68), is a leading system supplier to the automotive industry with a focus on solutions in the acoustics, thermal and structural engineering sectors. It employs more than 2,500 people worldwide and generated revenues of 362.8 mEUR in the financial year 2019. The STS Group ("STS") produces and develops plastic and acoustic components such as solid and flexible vehicle and aerodynamic trim, noise and vibration-damping materials, entire interior and exterior trim systems, as well as lightweight construction and battery components for electric vehicles at its 17 plants and four development centres in France, Italy, Germany, Poland, Mexico, Brazil, China and, in the future, also in the USA. STS is considered as a technology leader in the manufacture of special acoustic products, plastic injection moulding and components made of composite materials (Sheet Molding Compound - SMC). STS has a large global footprint with plants in four continents. The customer portfolio comprises leading international manufacturer of commercial vehicles, passenger cars and electric vehicles.

STS Group AGStefan HummelHead of Investor RelationsZeppelinstrasse 485399 Hallbergmoos+49 811 1244 9412ir@sts.groupwww.sts.group

Contact for financial and business pressCROSS ALLIANCE communication GmbHSusan Hoffmeister+49 89 125 09 03 33sh@crossalliance.de

22.06.2020 Dissemination of a Corporate News, transmitted by DGAP - a service of EQS Group AG.The issuer is solely responsible for the content of this announcement.

The DGAP Distribution Services include Regulatory Announcements, Financial/Corporate News and Press Releases. Archive at http://www.dgap.de

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STS Group AG: Changes in Supervisory Board and Management Board - Yahoo Finance UK

Paired with baseboard and stained or painted to match your trim, shoe molding (also known as base shoe) is a small, thin strip ofmolding that gives your room a finished look. Shoe molding adds a decorative touch while covering any gaps that might lie between the bottom of baseboard and the floor. Not all types of baseboard are suitable for installing shoe molding, however, so keep reading to find out if this slim trim is right for youplus how to install it flawlessly.

Tall baseboards were popular during the Greek Revival period in the early-to-mid 1800s, but the idea of adding shoe molding to baseboards began in Europe and the United States during the Victorian era of the late 1800s. Thats when mass production of wood trim made the molding readily available. Shoe molding, so called because its located at shoe level, caught on because it looked good and also helped seal out insectsand dirt.

Today, the main goal of both baseboard and shoe molding is to conceal the less-than-appealing transition between the bottom of the wall and the floor. Baseboard alone covers most of the gap, but because its larger than shoe molding, its relatively stiff and doesnt conform well to an uneven floor. Even after baseboard has been installed, you will often see small gaps here and there between the baseboard and the floor. Thats where shoe molding comes in. Its small size makes it slightly flexible, allowing it to be installed flat against the floor to give baseboard a professional finished look.

RELATED: 9 Ways to Dress Up a Room with Molding

The only caveat to installing shoe molding is that the bottom of the baseboard must be flat to accept the molding. For example, if you want to install standard -inch-high shoe molding, the lower -inch of the baseboard should be flat to allow the shoe molding fits snugly. Some more ornate baseboards feature grooves, slants, and curves within the lower -inch, which would prevent shoe molding from fitting flush against the baseboard.

If youve been looking at baseboard finishing trim, youve probably discovered quarter-round, too. As the name implies, this type of molding is one-quarter of a round dowel (split a dowel down the middle, then further split the halves, and youll have quarter-round). While quarter-round can be installed along the bottom of baseboard, trim carpenters and homeowners tend to prefer the sleeker look of shoe molding, which is taller and narrower than its curved counterpart.

Standard shoe molding, available athome improvement centersand lumberyards, comes in widths of 7/16-inch to -inch and ranges from -inch to 1-inch in height. Its also made in a variety of material options to match the different types of baseboard.

Installing shoe molding is a fairly straightforwarddo-it-yourself project, but you will need to create a coping joint (discussed below). The following tips will help you achieve a professional look.

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NEW YORK, June 2, 2020 /PRNewswire/ -- According to a new report by Reports and Data, the global polypropylene market is forecasted to reach USD 205.61 Billion by 2027. Increasing adoption of PP in the 3D Printing industry owing to its superior chemical resistance is a significant factor influencing market demand. Polypropylene has the lowest density out of all commonly used in manufacturing plastics, which makes it very light. Other benefits associated with the material, including flexibility, durability, and electrical resistance, make it highly practical for the industry. Currently, the product is being used in the healthcare sector to manufacture medical vials, diagnostic devices, specimen bottles, and pill containers.

The increasing global installation of propane dehydrogenation (PDH) facilities is anticipated to influence demand. In the U.S. and Canada, the ethane steam crackers have reduced the production of propylene. Thus, companies have been shifting to propane dehydrogenation for the production of propylene. Based on statistics, since 2010, more than 2 million metric tons/year of new PDH capacity have been developed in both the U.S. and Canada, and around 1.6 MMTPA capacity is currently under development.

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Europe is projected to witness a CAGR of 4.4% in the forecast period. Increasing adoption of PP in the construction sector is likely to foster demand. PP is used in construction applications such as air and moisture barrier membranes, films, and sheets used in insulating building wraps, carpet textiles, and in plastic parts such as pipes. The growing demand for light-weight automobiles has also driven the demand for plastics particularly, PP in the region. Manufacturers in the region have been shifting to polymers and plastic composites to achieve better fuel efficiency levels.

The COVID-19 impact:

The spread of Covid-19 poses a threat to the global oil and gas industry due to various factors. The drastic action taken to curb the spread of the virus has had a significant impact on the working of different sectors. For instance, offshore workers have to balance maintaining social distancing while living and working in confined spaces. Similarly, travel bans and quarantines inhibit companies' ability to facilitate travel and conduct meetings. The uncertainty that runs through the pandemic further affects the historically volatile industry. This uncertainty is further supported by the lack of an apparent historical instance for the phenomenon in the oil and gas sector. The oil industry is being affected by dual frontiers, including the demand destruction caused by the Covid-19 pandemic and the price war amongst key global producers that have brought about a record plunge in prices.

To identify the key trends in the industry, click on the link below: https://www.reportsanddata.com/report-detail/polypropylene-market

Further key findings from the report suggest

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For the purpose of this report, Reports and Data have segmented into the global polypropylene market on the basis of type, application, end use industry, and region:

Extraction Type Outlook (Revenue, USD Million; Volume, Kilo Tons; 2017-2027)

Application Outlook (Revenue, USD Million; Volume, Kilo Tons; 2017-2027)

End Use Industry Outlook (Revenue, USD Million; Volume, Kilo Tons; 2017-2027)

Regional Outlook (Revenue, USD Million; Volume, Kilo Tons; 2017-2027)

Browse more similar reports onPolymers and Resinscategory by Reports And Data

About Reports and Data

Reports and Data is a market research and consulting company that provides syndicated research reports, customized research reports, and consulting services. Our solutions purely focus on your purpose to locate, target and analyze consumer behavior shifts across demographics, across industries and help client's make a smarter business decision. We offer market intelligence studies ensuring relevant and fact-based research across a multiple industries including Healthcare, Technology, Chemicals, Power and Energy. We consistently update our research offerings to ensure our clients are aware about the latest trends existent in the market. Reports and Data has a strong base of experienced analysts from varied areas of expertise.

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Polypropylene Market to Reach USD 205.61 Billion by 2027 | Reports And Data - PRNewswire

The Fibre Cement market research encompasses an exhaustive analysis of the market outlook, framework, and socio-economic impacts. The report covers the accurate investigation of the market size, share, product footprint, revenue, and progress rate. Driven by primary and secondary researches, the Fibre Cement market study offers reliable and authentic projections regarding the technical jargon.All the players running in the global Fibre Cement market are elaborated thoroughly in the Fibre Cement market report on the basis of proprietary technologies, distribution channels, industrial penetration, manufacturing processes, and revenue. In addition, the report examines R&D developments, legal policies, and strategies defining the competitiveness of the Fibre Cement market players.The report on the Fibre Cement market provides a birds eye view of the current proceeding within the Fibre Cement market. Further, the report also takes into account the impact of the novel COVID-19 pandemic on the Fibre Cement market and offers a clear assessment of the projected market fluctuations during the forecast period.

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The following manufacturers are covered:EtexJames HardieEvonikSaint GobainTorayCSRSiam CementNichihaPlycem USACembrit

Segment by RegionsNorth AmericaEuropeChinaJapanSoutheast AsiaIndia

Segment by TypePortland CementSandCellulosic Material

Segment by ApplicationMoulding & TrimSidingRoofing

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Objectives of the Fibre Cement Market Study:To define, describe, and analyze the global Fibre Cement market based on oil type, product type, ship type, and regionTo forecast and analyze the Fibre Cement market size (in terms of value and volume) and submarkets in 5 regions, namely, APAC, Europe, North America, Central & South America, and the Middle East & AfricaTo forecast and analyze the Fibre Cement market at country-level for each regionTo strategically analyze each submarket with respect to individual growth trends and their contribution to the global Fibre Cement marketTo analyze opportunities in the market for stakeholders by identifying high growth segments of the global Fibre Cement marketTo identify trends and factors driving or inhibiting the growth of the market and submarketsTo analyze competitive developments, such as expansions and new product launches, in the global Fibre Cement marketTo strategically profile key market players and comprehensively analyze their growth strategiesThe Fibre Cement market research focuses on the market structure and various factors (positive and negative) affecting the growth of the market. The study encloses a precise evaluation of the Fibre Cement market, including growth rate, current scenario, and volume inflation prospects, on the basis of DROT and Porters Five Forces analyses. In addition, the Fibre Cement market study provides reliable and authentic projections regarding the technical jargon.

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After reading the Fibre Cement market report, readers can:Identify the factors affecting the Fibre Cement market growth drivers, restraints, opportunities and trends.Examine the Y-o-Y growth of the global Fibre Cement market.Analyze trends impacting the demand prospect for the Fibre Cement in various regions.Recognize different tactics leveraged by players of the global Fibre Cement market.Identify the Fibre Cement market impact on various industries.

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How Coronavirus is Impacting Fibre Cement Market 2019-2025: Industry Analysis By Top Players, Types, Key Regions And Applications - Cole of Duty

DUBLIN--(BUSINESS WIRE)--The "COVID-19 Economic Impact Report: Global Fiber Cement" report has been added to ResearchAndMarkets.com's offering.

The global fiber cement industry is facing a number of challenges as it deals with the impact of the COVID-19 pandemic. How has the macroeconomic environment changed and what does it mean for the global fiber cement industry going forward?

The "COVID-19 Economic Impact Report: Global Fiber Cement" report looks at how the expected impact of the pandemic on the current macroeconomic environment compares to other major events since 2000, including the bursting of technology bubble, the SARS outbreak, the 2009 global downturn, and the European financial crisis. It also provides a historical view of global industry sales since 2000, a look at how the industry is being currently impacted, and estimates for global industry sales through 2023.

Fiber cement applications include:

Key Topics Covered:

For more information about this report visit https://www.researchandmarkets.com/r/i7m15l

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ResearchAndMarkets.com is the world's leading source for international market research reports and market data. We provide you with the latest data on international and regional markets, key industries, the top companies, new products and the latest trends.

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COVID-19 Economic Impact Report on the Global Fiber Cement Industry - ResearchAndMarkets.com - Business Wire

Some of the major players operating in this market areTOYOTA BOSHOKU CORPORATION, Adient plc, Lear Corporation, Celanese Corporation, APM Automotive Holdings Berhad, Robert Bosch GmbH, BASF SE, SABIC, Continental Corporation, Faurecia and others.

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The automotive interior materials market report includes the systematic investigation of current scenario of the market, which covers several market dynamics. This automotive interior materials market report also endows with an insightful overview of product specification, technology, product type and production analysis by taking into account most important factors such as Revenue, Cost, Gross and Gross Margin. To accomplish the same, this market research report offers an insightful market data and information about Chemical and Materialsindustry to businesses for making better decisions and defining business strategies. All these factors are very significant when it comes to achieving a success in the competitive marketplace.

Segmentation:Malaysia Automotive Interior Materials Market

Malaysia automotive interior materials market is segmented into three notable segments which are type, vehicle type and application:

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Automotive Interior Materials Market Driven By increased demand for interior styling, cabin comfort and other convenient features in an...

A PEDIGREE British classic racing powerboat is currently being restored to its former glory at Isle of Wight-based Whittle Marine, with this years CowesTorquayCowes race very much still in focus, despite the Covid-19 lockdown.

On the eve of the August bank holiday last year, the team at Whittle Marine in Thorley launched a landmark, classic powerboat in Yarmouth Harbour.

It was a unique boat which had slumbered for ten years in dry storage, before it was test-launched by her new owners in time for the Cowes Classic Powerboat Rally an event that celebrated the 50th anniversary of the 1969 Round Britain Race.

The precise timing of the launch was deliberate.

Following a brief stay at Whittle Marines yard to undergo essential structural and mechanical work, Fordsport 707 took centre stage at the anniversary of an event in which this heavily race-prepared, Fairey Marine Huntsman 31, performed far beyond expectations.

The Fordsport 707 being test launched from Yarmouth Harbour.

Still carrying her original 1969 race number and bearing flaking and chipped paint, 707 was launched with caution.

Nick Whittle and his team checked 707 for water ingress around the recent repairs to the transom, the boats through-hull fittings, twin exhaust outlets and around the two propeller shafts, as the boat rested securely on its launching trailer feeling water lap around it for the first time since 2009.

Satisfied 707 would not sink, the two ignition keys were turned and the boats original, twin 180hp Ford Sabre engines coughed, barked, belched soot and rumbled into life.

Built in 1969 as a collaboration between Fairey Marine and Ford to promote the American companys entry into the European marine engine market, Fords powerboat fleet for the 1969 Round Britain Race fielded three Fairey Hunstman 28s, with 707 the largest of the Ford boats at 31 feet.

Fords 1969 racing fleet was specially designed to withstand the slamming and punishment the boats would experience during the 1,700-mile circumnavigation of Great Britain, with 707 fitted with forward water ballast tanks, extra internal bracing and additional ring frames through-bolted in the hull features absent in the leisure versions of Fairey Marine boats.

The Fordsport 707 being given a pontoon test launch.

Fords development produced a stunning, powerboat racing debut for the company, with 707 taking fourth place overall from 42 entries, just ahead of her smaller, sister boats.

It is worth noting, 707s success is also due to her highly-talented driver in the Round Britain Race the late Lt Cmdr Peter Twiss, a former fighter pilot, test pilot and 1956 world speed record holder as the first man to fly a jet aircraft over 1,000mph.

In 1963, Twiss also featured at the helm of a Fairey Marine speedboat in the Bond movie, From Russia with Love.

Lt Cdr Peter Twiss piloted the 707 in the Round Britain Race.

However, 707s spot in the limelight was very brief.

She raced in the Cowes-Torquay-Cowes in 1969 and again the following year under new ownership, but with race boats reaching 60, 70 and 100mph, 707 was dramatically outpaced and, generally, enthusiasm for racing in the cruiser class declined.

Very swiftly, 707 became a pleasure boat.

Unusually, though, over the past 50 years there has been no attempt to convert 707 from a purpose-built race boat to a comfortable cruiser.

She is still in her original racing trim, with the full cockpit padding remaining.

The original trim of the Fordsport 707.

The standing-only racing seats and extra, strategically positioned hand grabs are also still in place.

Without doubt, 707 is irreplaceable and, of Fords Fairey racing fleet, only the Huntsman 28 606 still survives, based in the Channel Islands.

Following her test launch in Yarmouth, 707s new owners, Sean Siddons and Rob Bingham, took the boat to Cowes for the Round Britain Race 50th anniversary, hitting 32 knots en route with ease a staggering speed, considering the boats original engines had not run for a decade and had only an oil change and new belts fitted at Whittle Marine.

This unexpected level of power also confirms the 180hp engine blocks were considerably uprated by Ford for racing.

Fordsport 707 was brought into Whittle Marine on the Island for restoration.

Following this successful outing, 707 returned to Whittle Marine and is currently undergoing a thorough restoration.

The Whittle Marine team are working top-downwards throughout the boat.

The cabin roof underwent rudimentary repairs and will be removed and replaced with mahogany lamination in cold moulding formation, while the cabins sides will be epoxy sheaved before it is painted in its exciting, original 1960s colours, with perhaps the most complicated repair being the interior area of the boats bow.

Its not a job for the fainthearted, Nick conceded.

Nick Whittle, of Whittle Marine, Thorley, who has spearheaded the boats restoration.

The boats cosmetic restoration is equally extensive, for a top spec finish and her racing number will be carefully traced, alongside the original Ford transfers producing a sympathetic restoration to show her off in all her glory, with the exact historical detailing and accuracy required for such a famous boat.

707 will certainly look spectacular, but with the firm intention of entering the boat in this years Cowes-Torquay-Cowes Race, to mark the events 60th anniversary, the boats twin Ford Sabre engines will be stripped back to the block with turbos, superchargers and coolers, rebuilt for maximum performance.

On Sunday, August 20, Fordsport 707 will be back on the race course where she belongs.

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Classic powerboat back in the game - Isle of Wight County Press