31 May, 2016

Self-Righting Vacuum Cleaners to Change the Course of the Industry

Vacuum cleaner is a device used for cleaning purposes in household and industrial applications. An air pump creates a vacuum that sucks up dust and stores in a dirtbag for later disposal. Some of the vacuum cleaners are used to trap dirt and liquids as well. Technological innovations have led manufacturers to introduce more features in their products for providing convenience and flexibility. The size and features are important parameters manufacturers are focusing on for presenting best products that fulfill customer needs. A variety of sizes and models are available in market that uses various technologies for efficient operation.

Dyson has launched the first of its kind vacuum cleaner Dyson Cinetic Big Ball, that eliminates trapped dust & dirt from dust canister. Its flexibility is one of the best features as it moves in three different directions. New features, such as self-righting, hygienic dirt ejector, and articulated handle have been introduced in this new machine. In conventional vacuum cleaners, users need hold it to avoid toppling over while dragging from one place to another. But, Dyson’s Cinetic Big Ball has a self-righting feature that enables it to adjust itself to avoid falling.


Matthew Knight, a vacuum cleaner expert says, “I have seen this self-righting mechanism in action. In the name of research, I spent some time trying to topple the Dyson Cinetic Big Ball to see if it corrected itself, which I am happy to report that it did, every single time. And in case you were wondering, it still worked after I was finished.” Engineers used gravitation force mechanism in order to keep upright position of device while dragging. Another feature of this device that eliminates the process of cleaning bag after emptying is hygienic dirt ejector. A silicone collar rolls down inside dirt container and cleans dirt inside the bag. The articulated handle moves in three different directions to enable flexible cleaning and convenience.

Neato Robotics, a Silicon Valley startup announced the release of the XV-11, a robotic vacuum cleaner, which costs $399. It uses an onboard laser sensor for mapping the size of a room. The XV-11 expected to a tough completion to iRobot’s Roomba. SLAM technology is used for mapping the room with the help of onboard laser rangefinder. In addition, it provides a longer battery life, better sweeping system, and enhanced usability for users. Rapid and thorough cleaning is possible due to room mapping feature. Innovation in products and flexibility in use are important parameter that will drive the global vacuum cleaner market.
Analysts are studying the current market status and revealed an extensive information & insights in the research reports. Prof Research Reports has added a report titled, “2016 Vacuum Cleaner Industry Report - Global and Chinese Market Scenario.” The report offers a comprehensive analysis on manufacturing technology, drivers & opportunities, key manufacturers, and economical effects on the industry. Furthermore, it also provides a valuable information on capacity, production, growth rate, market share, and investment feasibility analysis of the industry.


Source At:
http://www.profresearchreports.com/vacuum-cleaner-industry-2016-global-and-chinese-analysis-market

About us 
Prof Research Report is a high end market research & consulting firm that offers current and future market intelligence across 30 industrial verticals such as energy, new materials, transportation, daily consumer goods, chemicals, etc through is quality database. Prof Research Report has successfully utilized technology to manage  complex and massive market related database, which offers research reports of high analytical value.

26 May, 2016

Applications of Nodulizers Gaining Prominence Across Various Metallurgical Processes


Nodulizing is the process of consolidating ore fines, different concentrates and other ores for smelting by employing processes such as sintering, pelletization, and briquetting. Nodulizing is gaining prominence in various metallurgical applications since it enhances the metallurgic properties of the ore by changing the chemical composition; it eliminates various harmful impurities, including sulfur and volatile gases, and increases mechanical strength and reducibility along with improving mechanical properties. The entire process lends a porous structure to the materials resulting in formation of pellets and agglomerates and makes it more useful in different casting processes.


Nodulizer as a molten iron additive to separate graphite from cast iron in spheroidal structures and has emerged as the primary method of accessing ductile iron in ores. Compared to other additives, it can significantly accelerate the process of spheroidization of graphite matrix through casting, thereby promoting the formation of graphite nodule. Not only this, applications of suitable type of nodulizer reduces the defects of nodular cast iron improving its usability, its application reduces the aggregate investment cost and increases the production efficiency. These applications have added to the momentum of market growth across various sectors such as aerospace, defense, automobile, machinery and wind power.

Common rare earth materials and yttrium-based heavy rare metals are two most prominent nodulizers; the former type is made of lanthanum and cerium and has applications in most castings, while the latter is used largely in ductile iron castings in various heavy sections. Other types include alloy-like nodulizer, core line nodulizer, and power nodulizer.

Various iron foundries choose the most appropriate type of nodulizer based on their products requirement and production process involved in making them. The market demand of nodulizers in various regions, especially China, depends on the cost of alloy. Most nodulizers are not used alone but as an auxiliary element. The market dynamics of the global and Chinese nodulizer industry is driven by investment trends in metallurgical technology and advancements in nodulizer process. Witnessing the immense growth opportunities in the market, Prof Research Reports has added a report titled “Global and Chinese Nodulizer Industry, 2011-2021 Market Research Report”. The analysis offers in-depth and comprehensive insights into current and emerging trends, competitive landscape scenario, profile of key market players along with detailed segmentation and forecasts.


About Prof Research Reports:

Prof Research Report is a high end market research & consulting firm that offers current and future market intelligence across 30 industrial verticals such as energy, new materials, transportation, daily consumer goods, chemicals, etc through is quality database. Prof Research Report has successfully utilized technology to manage complex and massive market related database, which offers research reports of high analytical value. Prof Research Report’s aim is to help our clients in achieving sustainable growth by providing insightful and qualitative research reports. Our research reports help our clients to achieve the competitive edge in the market.

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19 May, 2016

Co-operative R&D Biome Fosters Piston Ring Wire Industry


Piston ring wire vendors in industry, break performance enhancement barriers through strategic co-operation with engine manufacturers.

A piston ring is a sacrificial component used in IC engines to support piston function for two- and four-wheeler vehicles. They are classified into two major types as per global markets: oil control rings and compression rings. Essential construction materials include metal alloys or polymer wires, ensuring high-degree precision for cross-sectional dimensions of the same.

Obligatory to the continuous back-and-forth movement of cylinder, piston ring wire is required to seal in the gas, conduct heat to walls for surface dissipation, and controls flow of lubricant oil. The application environment demands explicitly for involvement of robust materials with extreme tribological properties in manufacturing.


Material suitability for piston ring wires

Resistance to high-temperatures, cryogenic environment, corrosive elements, and deformation under high pressures are performance requisites of wire materials. While super alloys and other metal alloys match up to some, or all of these requirements, polymers act best where excellent sealing is needed in low temperature atmosphere. As is clear, first crucial stage of ring wire development is understanding the application segment.

Suitably, most appropriate material is chosen for the job considering possible interactions with neighboring components. Materials include cast iron & its alloys, stainless & high-grade steel alloys, and super alloys from nickel & cobalt. Starter materials such as scraps and recycled metal may be reused for the same purpose. Bending is performed on the developed precision shaped wires or rods, a process technically referred to as coiling. After that, the wire is cut into a substantial ring shape with appropriate cut for end gap.

High fidelity construction of ring wire

High silicon and chromium content is maintained in industrial processes to enhance hardness factor in steel rings. Gas nitriding is a heat treatment procedure, often performed for hardening rings for high performance applications. Cost optimization is a necessary concern, with regard to the fact they are not reusable, and require regular replacements.

Great amount of detailing goes into designing and forging these in a controlled environment to minimize wastage. Durability gains center to focus during entire process to eliminate faulty and low performance units. Experimenting with material composition, as well as metric variations in wire shapes enhances workability. Market vendors aggressively refine their shaping technologies to add minute definitions to cross-sectional profile of the wires.

Piston ring wire industry: co-operative competition

Existence of a two-way feedback is a must between wire vendors and engine manufacturers. Contemporary players on both ends extend development co-ordination for mutual benefits, that results from power-efficient IC engines. Prof Research has added a report on “2016 Piston Ring Wire Industry Report - Global and Chinese Market Scenario”.

The report presents a typical analysis of statistics denoting global market size and structure. It includes major growth drivers as well as restraints, effectively outlining opportunity segments prevalent in the industry. Detailed company profiling of major manufacturers and vendors in the business add up to rebuild stakeholder’s perspective of the market. Findings of the report assist strategize investment patterns, based upon recent and upcoming trends.


About Prof Research Reports:

Prof Research Report is a high end market research & consulting firm that offers current and future market intelligence across 30 industrial verticals such as energy, new materials, transportation, daily consumer goods, chemicals, etc through is quality database. Prof Research Report has successfully utilized technology to manage complex and massive market related database, which offers research reports of high analytical value. Prof Research Report’s aim is to help our clients in achieving sustainable growth by providing insightful and qualitative research reports. Our research reports help our clients to achieve the competitive edge in the market.

Contact Us:
James Jordan
5320 SW Macadam Avenue, Suite 100,
Portland, OR 97239, United States.
E-mail - help@profresearchreports.com
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13 May, 2016

Nitinol Ultrafine Medical Wire Gaining Widespread Applications in Making Orthodontics and Stents

Wire of varying shapes and diameter—fine wire, ultrafine wire and braided wire—are wire products that are made from various alloys of stainless steel and other special materials. They have a range of applications across end-use industries such as medical, automotive, power generation, oil & gas, chemical processing, electronics, among many others. Medical ultrafine wire has microscopic cross section and find immense applications in designing a spectrum of medical tools and equipment ranging from orthopedic implants and diagnostic devices to hypodermic needles and surgical instruments. Technological advancements in healthcare industry have led to the demand of various high-end precision thin wires for making surgical implants and diagnostic equipment. The product offerings come in round and flat shapes are also extensively serve the purpose for making braided steel shaft tubing and various rotating surgical devices.


Nitinol wire is fast emerging segment which are made from near equal atomic weight percentage of elements Nickel and Titanium. Considered superior to other conventional medical-grade fine wires made from stainless steel, they are gaining traction across orthodontic applications due to capability to provide desired teeth alignment, with minimum visits to dentists. Nitinols wires can be optimized to promote superb smooth and uniform surface finish quality, mainly due to constancy of stress property over a wide strain range. Apart from that, Nitinol ultrafine wires have the potential to recover up to 8% strain—almost 16 times more than conventional stainless steel. These properties also make the wires suitable for making high-end implants and surgical tools, such as self-expanding stents, embolic protection filters and vascular guidewires. Fort Wayne Metals, Indiana-based global manufacturer of wire that serve across various end-users has recently launched Septal Occuluder for specialized application; they are used to rectify atrial septal defects among young children and patients suffering from complicated health issues. Other prominent manufacturers are actively involved in making perfectly straight wire that can provide smooth torque transmission by using proprietary straightening processes and a range of techniques; these are especially suited for vascular navigation.

Designing high-end medical ultrafine wires that can serve various needs of customers’ specification requirements in health-care industry is a key market challenge faced by manufacturers across regions. Advancements in diagnostic devices will unlock immense growth opportunities in the market. Witnessing the abundant growth prospects in medical ultrafine wire industry, recently, Prof Research Reports has added a report titled “Global and Chinese Medical Ultrafine Wire Industry, 2011-2021 Market Research Report”. The report offers comprehensive insights into current and emerging trends, key market dynamics and recent technological advancements that will shape up the competitive landscape scenario across various regions.


 About Prof Research Reports:

Prof Research Report is a high end market research & consulting firm that offers current and future market intelligence across 30 industrial verticals such as energy, new materials, transportation, daily consumer goods, chemicals, etc through is quality database. Prof Research Report has successfully utilized technology to manage complex and massive market related database, which offers research reports of high analytical value. Prof Research Report’s aim is to help our clients in achieving sustainable growth by providing insightful and qualitative research reports. Our research reports help our clients to achieve the competitive edge in the market.

Contact Us:
James Jordan
5320 SW Macadam Avenue, Suite 100,
Portland, OR 97239, United States.
E-mail - help@profresearchreports.com
US: +1-971-202-1575
Toll Free: +1-800-910-6452
Website - http://www.profresearchreports.com
Facebook - www.facebook.com/profresearchreports

12 May, 2016

Co-operative R&D biome Fosters Piston Ring Wire Industry

Piston ring wire vendors in industry, break performance enhancement barriers through strategic co-operation with engine manufacturers.


A piston ring is a sacrificial component used in IC engines to support piston function for two- and four-wheeler vehicles. They are classified into two major types as per global markets: oil control rings and compression rings. Essential construction materials include metal alloys or polymer wires, ensuring high-degree precision for cross-sectional dimensions of the same. 

Obligatory to the continuous back-and-forth movement of cylinder, piston ring wire is required to seal in the gas, conduct heat to walls for surface dissipation, and controls flow of lubricant oil. The application environment demands explicitly for involvement of robust materials with extreme tribological properties in manufacturing.


Material suitability for piston ring wires
Resistance to high-temperatures, cryogenic environment, corrosive elements, and deformation under high pressures are performance requisites of wire materials. While super alloys and other metal alloys match up to some, or all of these requirements, polymers act best where excellent sealing is needed in low temperature atmosphere. As is clear, first crucial stage of ring wire development is understanding the application segment. 

Suitably, most appropriate material is chosen for the job considering possible interactions with neighboring components. Materials include cast iron & its alloys, stainless & high-grade steel alloys, and super alloys from nickel & cobalt. Starter materials such as scraps and recycled metal may be reused for the same purpose. Bending is performed on the developed precision shaped wires or rods, a process technically referred to as coiling. After that, the wire is cut into a substantial ring shape with appropriate cut for end gap.

High fidelity construction of ring wire
High silicon and chromium content is maintained in industrial processes to enhance hardness factor in steel rings. Gas nitriding is a heat treatment procedure, often performed for hardening rings for high performance applications. Cost optimization is a necessary concern, with regard to the fact they are not reusable, and require regular replacements.

Great amount of detailing goes into designing and forging these in a controlled environment to minimize wastage. Durability gains center to focus during entire process to eliminate faulty and low performance units. Experimenting with material composition, as well as metric variations in wire shapes enhances workability. Market vendors aggressively refine their shaping technologies to add minute definitions to cross-sectional profile of the wires. 

Piston ring wire industry: co-operative competition
Existence of a two-way feedback is a must between wire vendors and engine manufacturers. Contemporary players on both ends extend development co-ordination for mutual benefits, that results from power-efficient IC engines. Prof Research has added a report on “2016 Piston Ring Wire Industry Report - Global and Chinese Market Scenario”. 

The report presents a typical analysis of statistics denoting global market size and structure. It includes major growth drivers as well as restraints, effectively outlining opportunity segments prevalent in the industry. Detailed company profiling of major manufacturers and vendors in the business add up to rebuild stakeholder’s perspective of the market. Findings of the report assist strategize investment patterns, based upon recent and upcoming trends.


Contact Us: 
James Jorden
5320 SW Macadam Avenue,
Suite 100,
Portland, OR 97239,
United States.
Direct: +1-971-202-1575
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New Market Study Published: Global Nail Polish Industry

Prof Research Reports has recently added a study titled “The Global and Chinese Nail Polish Industry, 2010-2020 Market Research Report.” The study unveiled by the research firm consists of data on business environment and industry performance worldwide including China. Research analysts conducting the study apply advanced research techniques to examine the major drivers, restraints as well as opportunities of the industry. In this study, researchers have assessed some of the major developments and current status of the sector. 

Visionary outlook coupled with extensive research on recent advancements, analysis and trends of the manufacturing technology further adds value to the overall study. For companies planning on extending their understanding on prominent vendors would have access to an actionable data. Stakeholder who are yet confused if the time is just right to begin investing would obtain data on factors such as capacity, production value, cost and profit. The leading trends associated with customer preference are thoroughly evaluated during the study. Information on potential use cases related to market comparison, supply and consumption volume as well as import and export status of the nail polish industry makes the study beneficial. New entrants determined to transform the sector in the far future can take a closer look at the industry status by country, company and application. Regions covered during the research are the United States, Japan, China and Europe. 

Enquire About Report At: http://www.profresearchreports.com/request-sample/14332

The report aims at preparing business owners for a whole new world of innovation. To ignite their excitement and interest for the near future, the sector weighs up on the industry chain. When examining the industry chain structure, the study focuses on element such as upstream raw material and downstream market. Study not only analyses new reports but also examines what makes them feasible for investment. Entrepreneurs planning on exploring new regions would also benefit from the statistics on effective marketing channel and market entry strategies. To enable companies, position their products or solutions top of their competitors the report offers insight into the recent news. 

Apart from the driving forces, analysts dig deep into the growing opportunities and challenges worldwide including China. Data are presented in the form of tables and charts. This enables product developers and business executives to sync the data with the existing or use it for creating an effective presentation. To conclude, the study makes sure all important aspects of the market is covered to provide a relevant and unbiased information. 

Read More About Nail Polish Industry Related Details @ http://www.profresearchreports.com/nail-polish-industry-2015-global-and-chinese-analysis-market

About us 

Prof Research Report is a high end market research & consulting firm that offers current and future market intelligence across 30 industrial verticals such as energy, new materials, transportation, daily consumer goods, chemicals, etc through is quality database. Prof Research Report has successfully utilized technology to manage  complex and massive market related database, which offers research reports of high analytical value.

03 May, 2016

Research Inputs to Drive Growth for Thermal Conductive Sheet Industry

Scholarly patents flood thermal conductive sheet industry, bringing novice construction approaches global and Chinese manufacturers.

Dynamic evolution over the past few decades has been the core growth factor for power electronics industry. The complicated mesh of electronic components on bread boards have been replaced by comparatively smaller alternatives. Use of installations and grease as active heat sinks has been eliminated by introduction of thermal conductive sheet as a replacement. On the other hand, these also come across as perfect insulators by acting as quick heat dissipaters.


Segmentation by type for thermal conductive sheet market

Serving their purpose in electronic equipment, the market has multiple types of thermal conductive sheet available for manufacturers. The silicone and acrylic base conductive sheets are highly flexible in architecture and allow reuse. Ceramic filled conductive sheets, are rigid spacers that have a history of high and unavoidable consumer demand. However, cost and manufacturing complications, along with development of innovative materials create a paradigm shift in design of equipment, and hence, in type of sheets in demand.

Silicone type sheets are used for rapid conveyance of heat to external sinks. Low molecular-weight siloxane gas volatility, minimizes the risk of contact fault between component. These effectively conduct heat over IC chips, LED substrates and supply connections. Acrylic type sheets are comparatively less flexible in construction. Despite the fact, it maintains its functionality as well as flexibility over longer durations of time.

Thermal conductive sheet market innovations

Apart from acting as heat dissipaters, manufacturers have also developed versions that can suppress noise component in signals, which is otherwise a major concern in power electronic equipment. Adhesive transfer tapes are used to transfer heat between metal-to-metal parts, as well as plastic modules. They are also used to fix repairs, if needed, in LED illumination devices.

Developers at material research facilities understand the benefits of combining sundry fillers by various techniques, to achieve greater thermal conductance as well as, enhanced electrical insulation performance. Manufacturers also feel the need to test operational results with polymer-induced tapes that possess greater elasticity.

Down the innovation lane, the market also witnesses inclusion of the concept of thermal conductive sheet to generate heat flow sensor sheets. Conventionally used rigid sensors were difficult to be employed in rugged and uneven constructions, thus complicating the monitoring of heat flux. The proposed sensor sheets will be based on the longitudinal spin Seebeck effect (LSSE).

Analyst’s take on the industry

Recently, Prof Research has added an analytical report on “2016 Thermal Conductive Sheet Industry Report - Global and Chinese Market Scenario.” The report presents an analytical review of global and Chinese market structure for thermal conductive sheet industry and its pipeline business verticals. It introduces main business imperatives relevant to the industry and its shareholders.

Key growth drivers as well as restraints have been underscored, with emphasis on the opportunity segments that prevail from the stakeholder’s perspective. Crucial financial ratios for recent past have been critically reviewed to predict future market size and trends. It takes into account the company profiles of major industry players to highlight profitable investment areas for existing plus new entrants.

About Prof Research Reports:

Prof Research Report is a high end market research & consulting firm that offers current and future market intelligence across 30 industrial verticals such as energy, new materials, transportation, daily consumer goods, chemicals, etc through is quality database. Prof Research Report has successfully utilized technology to manage complex and massive market related database, which offers research reports of high analytical value. Prof Research Report’s aim is to help our clients in achieving sustainable growth by providing insightful and qualitative research reports. Our research reports help our clients to achieve the competitive edge in the market.

Contact Us:
James Jordan
5320 SW Macadam Avenue, Suite 100,
Portland, OR 97239, United States.
US: +1-971-202-1575
Toll Free: +1-800-910-6452

Moldable Growth for Liquid Silicone Rubber Industry in Global and Chinese Market

Appealing chemical and physical properties, favorable to manufacturing requirements, add substantial growth to liquid silicone rubber industry.

Liquid silicone rubber (LSR) is essentially a silicone-based elastomer widely incorporated in various industrial products. It has varied formulations, specifically modified while compounding to suit process or product requirement. They have non-reactive properties that provides structural and chemical stability to its molded products over a wide range of temperatures.


Advantageous properties of liquid silicone rubber

LSRs are highly compatible to human body and its component tissues plus fluids. Highly resistive to bacterial culture, they have no color or taste as such of their own. FDA typically approves of such materials to be used in the manufacturing of medical devices. Molded structured retain their desirable qualities even when subjected to high temperatures.

Low affinity to moisture, acidic and basic chemicals, along with low oxidation rates makes adds chemical durability to LSRs. They are great insulators, both thermal and electrical, with the ability to function over a wide temperature range. From extremely elastic to tough rigid structures, the industry witnesses sundry liquid silicone rubbers with remarkable mechanical strength.

The application area of liquid silicone rubber industry is as wide as the list of commendable characteristic of liquid silicone rubber and the forms it can achieve. Healthcare equipment, automotive parts, food & beverage packaging, water & wastewater treatment units, industrial equipment, fire-safety coverings, and infant toys complete the list of pipeline businesses that are involved in end-consumption.

Types and techniques in liquid silicone rubber industry

Liquid form of the material is not useful as such, and exhibits strong adhesion to surfaces. Multiple additives are used for ‘curing’, for it to attain a solid form. The various techniques involved maybe platinum-catalyzed curing system, condensation curing system, peroxide cure system, or oxime cure system. The liquid silicone rubber injection technology is used for the molding processes. There are two types of available injection techniques, namely open nozzle and needle nozzle.

Fully automated production lines, equipped with multi-cavity molds, offer high production capacity, short cycle times, consistency among batches, and reduced inclusion of human errors. Direct injection of LSRs into the molds has helped eliminate wastage of materials on production line. The output products have a clean finish and possess no post-modification burr. 

Global and Chinese market scenario for liquid silicone rubber industry

Liquid silicone rubber industry faces issues on economic fronts when low volume production is concerned. Adoption of this technologically advanced material is inhibited by the expenses incurred during installation of process equipment. However, the cost gets compensated in high-volume manufacturing, by the productivity increase and cut-down in labor costs.

Prof Research has recently added a report titled “2016 Liquid Silicone Rubber Industry Report - Global and Chinese Market Scenario,” that offers a detailed study of entire operational structure for global and Chinese liquid silicone rubber industry. It lays out segmented evaluation of market size, to derive the key trends, drivers, and restraints that shape global and Chinese markets.

The report analyzes major company profiles for their product portfolio, business operations, production interests, market share and capacity, as well as their financial performance to highlight opportunity areas for competitors and prospective investors. On a conclusive note it suggests feasible projects for existing plus new market entrants.


About Prof Research Reports:

Prof Research Report is a high end market research & consulting firm that offers current and future market intelligence across 30 industrial verticals such as energy, new materials, transportation, daily consumer goods, chemicals, etc through is quality database. Prof Research Report has successfully utilized technology to manage complex and massive market related database, which offers research reports of high analytical value. Prof Research Report’s aim is to help our clients in achieving sustainable growth by providing insightful and qualitative research reports. Our research reports help our clients to achieve the competitive edge in the market.

Contact Us:
James Jordan
5320 SW Macadam Avenue, Suite 100,
Portland, OR 97239, United States.
E-mail - help@profresearchreports.com
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Toll Free: +1-800-910-6452












Old Windsor Cottage to Get a New Look with Plywood Extension

TDO, an interior designing studio based in London renovated a cottage in Windsor using plywood-framed extension. TDO designed a home for family with grown up children, who will live primarily in new built portion and then expand into old portion when every member comes home. The studio had to demolish previous additions in order to create space and refurbish the remaining part of the home. TDO was founded in the year 2010 by Tom Lewith, Owen Jones, and Doug Hodgson.

"We established the parts to be retained through map regression and old photos, as well as our own investigations on site," architect Tom Lewith told website dezeen.com. "The parts that ultimately remained were the original small single-storey cottage and the remaining brick wall of an old outbuilding associated with it.


A new-build element offset using two boxes was designed from existing cottage. Most of the accommodation of property, such as master suite, living room, kitchen, dining room, and others was built within this area. The new master bedroom was built by incorporating wall of outbuilding for connecting old property and newly added space.

"Our client was keen on our idea of retaining the architecturally relevant parts of the site, removing the rest and introducing the new-build part sympathetically to ensure an evolution on the site," said Lewith. "We treated that connection between the old wall and the new building quite carefully with a cast in-situ, curved concrete cill externally and a steamed, curved plywood cill internally, both aligning the window with the original curve in the wall."

The newly added space comprises of two-third of total floor area. As per the new design, kitchen faces up to the entrance courtyard, the living space is behind the main garden, while master suite faces up to a private terrace. Architects have used material and finishing throughout the interior of house in order to differentiate between new and old. Plywood is used to frame a series of floor-to-ceiling glazed panels. TDO used plywood more frequently due to its affordability and versatility.

In another news, Trojan Plywood, a leading interior solution provider, has launched a Life Time Guarantee card for its plywood products. Mohammed Arabi K, chairman of MAK Group of companies said that this scheme provides lifetime a limited guarantee with replacement of plywood products. Commenting on expansion plan of the firm, he added that Trojan Plywood is a major player in the South Indian Market with a substantial strength in Kerala.

''We have a very strong sales and distribution network in the state and we plan to double our volumes in over the next 18-24 months,'' he said. MAK Group is a parent organization of Trojan Plywood, which manufactures a range of plywood in manufacturing facilities at Coimbatore, Mangalore, and Myanmar.

Analysts are studying changing market dynamics of the industry and revealing an extensive information& statistics in research reports. Prof Research Reports has added a report titled, “2016 Plywood Industry Report - Global and Chinese Market Scenario.” The report provides insights on key manufacturers, manufacturing technology, new marketing strategies, and industry chain structure. Furthermore, it also offers an extensive analysis of production, capacity, growth rate, market share, and investment feasibility studies of the industry.


About Prof Research Reports:
Prof Research Report is a high end market research & consulting firm that offers current and future market intelligence across 30 industrial verticals such as energy, new materials, transportation, daily consumer goods, chemicals, etc through is quality database. Prof Research Report has successfully utilized technology to manage complex and massive market related database, which offers research reports of high analytical value. Prof Research Report’s aim is to help our clients in achieving sustainable growth by providing insightful and qualitative research reports. Our research reports help our clients to achieve the competitive edge in the market.

Contact Us:
James Jordan
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