Polypropylene
Rising demand in modern flooring & waterproofing construction projects to drive APAC rotomoulding powder market
Owing to a rising demand for numerous plastic products during construction activities, Asia Pacific rotomoulding powder market has gained immense traction in recent years. Products made from rotational moulding process, also known as rotomoulding, encompass a wide range of applications including storage tanks in residential, agricultural and commercial sectors as well as industrial equipment.
Asia Pacific Rotomoulding Powder Market, By Material, 2017 & 2024 (USD Million)
Foreseeing an increased demand for rotomoulded products, rotomoulding powder manufacturers are offering a variety of polyethylene and polypropylene materials to meet the demand for high-quality plastic parts and equipment.
With a slew of material suppliers and molders present across Asia Pacific, the region continues to drive the development of cutting-edge technology for producing various aesthetic and industrial products. Realization among manufacturers that novel eco-friendly materials can now be produced has created new opportunities for APAC rotomoulding power industry.
A prominent study reveals that currently, major industries in APAC are heavily dependent on Polyethylene (PE) composites and most of the rotomoulded products are made from this material, as it is an easily mouldable, versatile, and readily available polymer which can help deliver a variety of styles, colors, and surface finishes.
Growing infrastructure spending in emerging economies of Asia is expected to boost the consumption of rotomoulded products. Nowadays, many developers are broadly using components made from PE that are designed to minimize the environmental impact of plastics on the planet by deploying them in wall coverings, window & door frames, water proofing, and flooring, enhancing the scope of APAC rotomoulding powder market.
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Modern flooring has already become the latest trend among infrastructure players, with stylish homes and workplace décor representing an image of high living standards. For high quality flooring, protection from moisture is vital because floors inside the buildings are usually covered with tiles and carpet, where penetration of water vapor through concrete slabs could lead to the failure of adhesive in tiling, staining of flooring products and fungal growth. Due to its durability, chemical resistance and load rating properties, PE is widely being accepted among rotomoulding powder manufacturers to meet different flooring needs.
Plastic industry is one of the fastest growing segments in India and PE is the most largely used plastic material by Indian companies, which accounts 43% of total consumption and indicates considerable potential for APAC rotomoulding powder market in the future. PE floorings are also being offered for outdoor tile applications to improve the aesthetic appeal of commercial and residential surroundings. APAC rotomoulding powder market is poised to register remarkable proceeds from augmented construction of housing complexes and industrial or IT parks in developing nations.
Waterproofing of the concrete structures has always been a challenging task and for simplifying the job, they are focusing more on quality of concrete and subsequent proofing solutions that play a vital role in the durability of a structure. Waterproofing a structure may account for only 2% to 3% of the overall building expenditure, but defects arising out of waterproofing failures could lead to nearly 80% of a structure’s defects. Growing need for PE waterproof membranes across emerging economies will reinforce APAC rotomoulding powder industry, with players coming up with a variety of options that not only improve aesthetics but are also environment-friendly in nature.
A large number of chemical companies have extensive operations throughout Asia-Pacific, endorsing the necessity of chemical-resistant plastic frames for industrial structures. Increasing demand for these materials will undoubtedly expand APAC rotomoulding powder market share in developing countries.
Plastic is considered as one of the best suited materials for window and door frames since it is extremely impact resistant as well as impervious to water and corrosion. It is largely deployed in the food industry for professional kitchens and other humid environments. APAC is home to several countries which experience harsh weather conditions and heavy rains are witnessed across the region, which escalate the demand for corrosion resistant door and window frames. Need for suitable plastic materials like uPVC for these products will fuel APAC rotomoulding powder market growth.
APAC rotomoulding powder industry has recently witnessed a rapid adoption in low and medium-income nations in the continent, generating considerable revenues from a host of vital applications. In fact, reports estimate that Asia Pacific rotomoulding powder market will exceed annual valuation of USD 7 billion by 2024.
Author Name : Deeksha Pant
Rising demand from textiles industry to drive decaBDE market share
Growing application in electrical & electronics appliances as well as in the textile industry will drive decabromodiphenyl ether market growth. Decabromodiphenyl ether (decaBDE) is an additive flame retardant that has wide applications in plastics, sealants, textiles, adhesives, coatings and many other products. It is used to protect items like electronic equipment, furniture cushions, upholstery textiles, mattresses, carpet backings, vehicles, aircrafts and building materials from the risk of fire.
U.S. 83% Purity Decabromodiphenyl Ether Market Size, By Material, 2018 & 2025, (Kilo Tons)
In the past, commercial decabromodiphenyl ether (decaBDE) constituted 75%-80% of the global production of PBDEs (Polybrominated diphenyl ethers), while the total production of c-decaBDE over 1970-2005 was recorded around 1.1 million to 1.25 million tons. DecaBDE consumption peaked in the early 2000’s and continues to be used worldwide.
In the building industry, decaBDE is used to develop paper foil laminate, home insulation, hot melt adhesive and architectural foam. In the rubber industry, decaBDE powder is used to manufacture flame retardant rubber conveyor belts that are used in underground coal mines, and to manufacture ventilation bands used as air ducts sealants in mine ventilation systems.
DecaBDE is also found in plastics used in electrical appliances and equipment such as computers, circuit boards, cable insulations and casings. Other uses in the transportation sector include fabrics of automobiles and aircrafts. Driven by a widespread application spectrum, decabromodiphenyl ether industry size may register significant growth over the coming years.
Based on material, decabromodiphenyl ether market is segmented into acrylonitrile-butadiene-styrene (ABS), polyolefins, polyvinylchloride, polyurethane, polypropylene. ABS is often used in automotive and electrical equipment. It exhibits excellent mechanical properties, thus offering good impact strength.
ABS offers good electrical insulating properties, on account of which it finds applications in products like electrical connections, light switches, power points and more. Control housing covers are also made using ABS. Additionally, ABS resins are used in injection molding of parts for medical devices, domestic electrical appliances, and automotive casings. Rising inclination toward the product owing to its superior surface appearance and fire-retardant properties will impel ABS-based decabromodiphenyl ether market share.
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Surging ABS demand in electrical & electronics appliances and in the construction industry will also fuel the overall acrylonitrile butadiene styrene (ABS) market, a marginal impact of which will be felt across decaBDE industry.
Decabromodiphenyl ether market has registered considerable growth from textile industry. DecaBDE is used to treat a wide range of synthetic, blended and natural fibers. It is used in products like upholstery, window blinds, curtains, mattress textiles and more. It may also be used in synthetic latex foam in protective clothing, carpets, upholstery fabric, tents, and interiors fabrics used in cars, trains and aircraft.
DecaBDE is commonly applied using back coating process in the textiles industry. Padding processes and printing processes are also used to apply this flame retardant chemical. Increasing disposable incomes along with changing lifestyles have enhanced consumer spending on household fabrics, which is anticipated to accelerate product demand in the textile industry.
APAC decabromodiphenyl ether industry is growing on account of high-production demand for flame retardant, especially across China and India. Indeed, the demand for flame retardants has increased exponentially in China, mainly as the country produces large volumes of electronic devices for global markets. According to reliable reports, China’s electronics production volume grew from 10% in 2016 to 14.5% in April 2017.
Demand for improved fire retardant and durable plastics for consumer electronics should foster decaBDE demand. Moreover, rapid urbanization has led to increased demand for decaBDE in the residential and commercial building sectors, accelerating the APAC decabromodiphenyl ether market share.
Decabromodiphenyl ether is a flame retardant used to enhance the strength, durability and chemical resistance of numerous end-user products. Increasing application in the automotive, textile and construction industries has accelerated industry growth in recent times. Global Market Insights, Inc., estimates decaBDE market size to exceed USD 430 million by 2025.
Author Name : Mateen Dalal
Industrial protective fabrics market to witness remarkable proceeds from the notable demand for arc flash suits
The industrial protective fabrics market is slated to witness a prolific demand over the next few years owing to continuous rise in manufacturing, construction and oil and gas exploration activities worldwide. Numerous cases of chemical and industrial accidents occurring annually have prompted businesses and governments to enforce stringent safety regulations and process norms to protect employees in hazardous working environments. Subsequently, effective personal protective equipment (PPE) made using various materials are being deployed that meet the critical requirements of workplace safety, providing substantial growth opportunity to the industrial protective fabrics market. Frequent human errors during operations which lead to unpredictable mishaps make it necessary to adopt decisive protection strategies.
Germany Industrial Protective Fabrics Market Size, By application, 2018 & 2025, (Million Square Meter)
Innovative industrial fabrics such as polyester, polyolefins, polyamide, aramid and even cotton fibers help protect workers against fire, chemical hazard, electric sparks or biohazards they might encounter while performing everyday tasks. The oil and gas sector alone represents a crucial application area for the industrial protective fabrics market, since oil drilling and refinery operations entail considerable fire and injury risk. A small mistake could lead to fire in one part of an oil rig, which can quickly spread to other sections and cause fatalities, along with millions in damages. Flame resistant suits would be indispensable during these situations to help implement fire safety measures and avert major industrial disasters.
Apparently, electrocution is one of the leading causes of industrial accidents and results in several fatalities every year all over the world. It is believed that most of the electrical accidents which could take place in oil and gas facilities can be attributed to an arc flash, an extremely hazardous type of electrical shorting fault. The event occurs when a large electric current passes through ionized air or gases due to different reasons, including manual errors, equipment failure, gaps in insulation or surface impurities on the conductor. Today, the vast scale at which oil companies undertake exploration activities will generate extensive demand for arc flash suits and immensely propagate the industrial protective fabrics market.
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In essence, arc flash suits are designed to safeguard a technician from arc flash heat exposures and minimize any burn injuries sustained, in addition to providing valuable time to escape a possible secondary explosion in the area. Considering the amount of flammable liquids and gases accompanying an oil and gas facility, occurrence of an arc flash can be catastrophic. Undoubtedly, arc flash clothing will be a vital component in a company’s inventory for effectively protecting its employees and minimizing the extent of any burns or other injury. According to a long-term study conducted by Electricite de France, an estimated 77% of all electrical injuries taking place on the job are a result of arc flash incidents, demonstrating the broad scope of the industrial protective fabrics market.
A key driver for the consumption for arc flash suits is the growing awareness among enterprises about the prevention of industrial accidents and support from regulatory agencies who impose strict industrial standards. For instance, the U.S. Occupational Safety and Health Administration has directed businesses to provide necessary PPE to workers at no extra cost, including all types of protective clothing. The National Fire Protection Association’s NFPA 70E article specifies the need for electrical hazard analysis for areas where high voltage systems are being operated, further helping to determine the use of industrial protective fabrics against arc flash.
Electrical installations play a prominent role in the operations of oil refineries and drilling rigs and warrant significant concentration of funds towards safety analysis and PPE allocation. With tremendous investments made for exploring new oil and gas fields as well as the growth of various other business verticals, the industrial protective fabrics market will exceed annual valuation of more than US$9 billion by 2025. Leading players outlining the industry’s competitive hierarchy include Huntsman Corporation, DuPont, W. Barnet, Honeywell, Loyal Textiles Mills and Teijin, among others.
Author Name : Pankaj Singh
China long fiber thermoplastics market to garner commendable revenue by 2025, escalating demand from the automotive sector to augment the regional industry
The rising focus on the adoption of lightweight material in the automotive & aerospace sectors has accelerated the long fiber thermoplastics market growth in recent years, given the need to attain high fuel efficiency. Long fiber thermoplastics (LFT) help in sustainable development of automotive structures and robust, lightweight aircraft components as well. Indeed, by adopting LFT, automakers and aircraft manufacturers have been able to lower manufacturing cost, reduce installation time, and deliver lightweight components that provide high level of productivity and recycling potential, supplementing LFT market growth.
U.S. Long Glass Fiber Thermoplastics Market Size, By Application, 2018 & 2025, (Kilo Tons)
The automotive industry will majorly drive the long fiber thermoplastic market growth over the years to come. The material’s high performance in terms of mechanical properties, low cost, processing advantages and low density has led to its application in the automotive industry for making front end modules, bumper beams, instrumental panel career, doors and underbody shields. The product has an edge over conventional materials like aluminum due to its high specific strength, simple manufacturing process, recyclability, good damping capacity, and corrosion resistance has encouraged manufacturers to implement it in their vehicle segments. Moreover, rising customer demand for fuel-efficient vehicles has also propelled the long fiber thermoplastic industry trends.
With increasing emission levels in urban areas along with increased cases of obesity, people are constantly shifting towards cycling to commute in the city, which may in turn increase long fiber thermoplastics market demand. LFT has found application in manufacturing bicycles as it offers frothy properties which ensure better durability, handling and rideability to users. Moreover, as car traffic and commute times at an all-time high, more people are considering cycling as a more efficient and sustainable means for transport. Bike-sharing companies like Lime Bike, Mobike and Jump have recently gained demand from city commuters, generating huge opportunities in the bike manufacturing sector, further augmenting LFT market growth.
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Long fiber thermoplastics market outlook from the expanding aerospace sector
LFT is rapidly being deployed in the aerospace, aviation and missile/defense applications. The material offers lightweight advantages, design flexibility, high specific modulus and strength, ease of installing, and recyclability. Aerospace components featuring LFT mainly comprise of complex-shaped baseplates for electronic housings, stowage doors, structural load-bearing member and more. These products are utilized for making aeronautic equipments that reduce the weight and bulkiness of an aircraft, eventually making air travel more fuel-efficient and safe.
Given the expansive usage of the material in the aerospace & automotive sectors, it is prudent to mention that the Asia Pacific long fiber thermoplastics market, led by South Korea, India, China, and Japan, will accumulate commendable returns in the years to come. China specifically, is predicted to emerge as one of the most lucrative avenues of the regional industry. Since LFT finds long-term applications in the automotive interior manufacturing sector and in the construction of waste treatment plants as well, given its chemical and thermal resistance, China will come up to be one of the most profitable regional grounds for the long fiber thermoplastic industry. As per estimates, China long fiber thermoplastics industry size is likely to record a CAGR of 10.5% over 2019-2025.
Another regional ground that is primed to be rather lucrative for the long fiber thermoplastics market is Europe, led by the countries of France, Italy, Germany and the U.K. The region’s automobile industry has evolved rapidly as it comprises renowned auto giant’s like Volkswagen, Mercedes-Benz, Audi and more that offer sales worldwide. The LFT market will also witness significant gains as carbon reinforced thermoplastics are used in the manufacturing of vehicles to reduce kerb weight which makes vehicles more fuel efficient.
These thermal & heat resistant components which are largely used in automotive, aerospace and electrical & electronic industries, are lately being amalgamated with carbon and glass fibers to form structures which increase the robustness of a product. This would indeed, give rise to a spate of new growth avenues in the years to come. According to Global Market Insights, Inc., the long fiber thermoplastics market size will surpass $3 billion by 2025.
Author Name : Mateen Dalal
Polyurethane flexible foam market to gain sizable momentum by 2025, APAC to emerge as a prominent revenue pocket
Highlighting the rapid developments across the global flexible foam market, it would be pivotal to state the mention the Germany-based global leader in flexible foams, Armacell. Apparently, the firm has recently opened its new manufacturing facility in Bahrain. According to news reports, the facility has an annual operational capacity of 60,000-cu m of technical insulation foam, in turn providing a wide range of insulation solution for the domestic market including elastomeric insulation & high-density materials for HVAC (heating, ventilation, and air conditioning) systems. Industry analysts deem that Armacell’s move to open flexible foam manufacturing facility will not only cater to the strong product demand in the Gulf region, but will also strengthen its foothold in the global flexible foam industry space.
Asia Pacific flexible foam market, By Type, 2018 & 2025, (Million Tons)
This German company, however, is not the only major flexible foam industry player that’s seizing the growing product demand from myriad applications including packaging, construction, furniture & upholstery, bedding, pillows, carpet cushion, mattresses, consumer goods, and automotive interiors. FRX Polymers Inc., recently for instance has introduced its Nofia non-halogenated polyphosphonates that will be used in UL 94 V-0 high-temp polyurethane flexible foams used in the transportation & electronic industries. For the record, Nofia phosphonate oligomers act as a flame retardant & heat stabilizer in polyurethane flexible foam products and retain mechanical performance.
A statement by FRX claims that the Nofia FR enabled the fire retardant polyurethane foam to conveniently handle higher temperatures – with respect to both, the continuous use temperature and peak temperature. FRX’s launch of Nofia is an apt instance validating the significance of polyurethane as a vital type of flexible foam. The material apparently, is characterized by outstanding features such as light weight, lower installation time, enhanced resiliency, improved cushioning, lightweight, increased shelf life, and durability.
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Elaborating on the extensive deployment of polyurethane for introducing light weightiness in vehicles, it would be prudent to mention that high-density polyurethane foam components can be effectively coated to seem like the original product, and can be manufactured with a closed-cell structure that boasts of being water-tight. Ergo, the component is not susceptible to rotting, delaminating from water intrusion, or warping. PU foam is also equipped with exceptional self-skinning properties, making the product ready for painting or coating. This has consequently increased the deployment of PU foams in myriad automotive and aerospace applications, thereby driving the PU flexible foam market share.
Powered by its excellent characteristics, polyurethane foam is widely used across a spate of industry verticals. As a matter of fact, polyurethane dominated the overall flexible foam market in 2018, with a share of over 60% of the demand. Driven by its innumerable applications in lightweight automotive parts, as thermal insulation products in buildings, in automotive interior components, and as cushioning in beddings, upholstery, etc., polyurethane-based flexible foam industry is slated to traverse alongside a highly profitable growth path in the years ahead.
Speaking of the regional spectrum of flexible foam market, the APAC undeniably, has emerged as a forerunner, a feat that can be credited to the expanding automotive and consumer goods industries in the region. As a matter of fact, the continent boasts of increased expenditure on luxurious consumer goods coupled, thereby fueling the demand for memory foams in mattresses and beddings. The region’s construction industry has also been undergoing a robust expansion of sorts, that has considerably increased the demand for flexible foams in the continent.
Powered by the expanding hospitality industry, specifically across the South-East Asian nations of Thailand, Singapore, Malaysia, Vietnam, and Indonesia, on account of supportive FDI policies, APAC flexible foam market share is anticipated to depict a commendable rise in the years ahead. Indeed, as per estimates, Asia Pacific led the overall flexible foam market share in 2018, accounting for more than 30% of the demand.
As the demand for flexible foams exhibit an incline across a slew of prominent industry verticals, the global flexible foam market is anticipated to gain quite some traction in the years ahead. The industry is also characterized by the launch of highly innovative products by numerous industry contenders. Say for instance, Deacom, Inc., the popular developer of a comprehensive ERP solution, recently concluded an implementation for an innovative PU foam chemical technology manufacturer, Foam Supplies, Inc., with Ecomate®, its patented blowing agent. The new system is expected to provide the technology foundation to manage Foam’s production operations. Aided by a ferocious competitive spectrum and a widespread application landscape, the global flexible foam industry size is set to be pegged at USD 65 billion by 2025.
Author Name : Saipriya Iyer
Top four trends driving Injection Molded Plastic Market over 2016-2023: U.S. to remain a prominent revenue contributor
Forming an essential fragment of the global plastics sector, Injection Molded Plastic Market has established itself as one of the most dynamically evolving businesses of recent times. The injection molding process is one of the most commonly-used plastic formation technique across myriad industrial sectors, subject to the absolute ease and convenience provided by this methodology. With a widespread spectrum of applications across the automotive, packaging, construction, and consumables & electronics sectors, injection molded plastic industry has indeed embarked on a highly profitable growth path since its inception. Statistics bear testimony to the aforementioned fact – global injection molded plastic market size stood at 100 million tons, and has been forecast to record a CAGR of 5% over the forthcoming years.
The process of injection molding has penetrated most of the plastics manufacturing sectors, and is used to develop a range of plastic products, right from wheelie bins and car bumpers to micro parts for packaging. Manufactured from materials such as ABS (acrylonitrile-butadiene-styrene), nylon PA, polycarbonate, HDPE, and polypropylene, injection molded plastic products are liberally used across a plethora of manufacturing sectors. It is therefore, evident that the changing trends of the manufacturing sector will have a profound effect on the growth path of injection molded plastic industry.
MEA Injection molded plastics market size, by application, 2012 – 2023 (USD Million)
The automotive sector will stand as one of strongest growth drivers of injection molded plastic market. As per estimates, automotive & transportation applications are slated to witness gains of more than 5.7% over 2016-2023. The Corporate Average Fuel Economy (CAFE) has implemented regulations to produce low-fuel consumption cars, which will spur the business expansion. The production of lightweight automobiles will also boost injection molded plastics industry – estimates claim that even a mere 10% reduction in car weight will lead to saving around 5% to 7% of fuel.
In the recent years, injection molded plastic market has been influenced by a plethora of trends. It is noteworthy to mention that some of these trends mentioned below will not have a prominent impact on solely injection molded plastic industry, but on the entire plastic manufacturing sector.
The impact of automation on injection molded plastic market
The onset of automation has created a path-breaking influence on practically all the industries worldwide. Robotics has long since been a disrupting trend in the manufacturing sector, and if surveys are to be believed, its impact across injection molded plastic industry is slated to be immense. Heavily deployed in myriad manufacturing processes, automated tools and robots have transformed the dynamics of manufacturing sector. Automated robots are quick, accurate, agile, and adaptable, which ultimately translates into efficient production.
Injection molded plastic market giants such as BASF, SABIC, Eastman, Dow, ExxonMobil, INEOS, and Huntsman have been deploying these robots to streamline the process of injection molding and develop highly efficient plastic products within a lesser amount of time. Robots apparently provide more leeway and lend flexibility to the manufacturing process, thereby leading to the expansion of injection molded plastic industry. In fact, highly sophisticated robots can also be used to manufacture customized products, especially across the automotive sector.
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The impact of renewability on injection molded plastic market
In accordance with the latest trends of eco-friendliness and sustainability, injection molded plastic industry players have been striving to develop bio-based, recyclable products. Creating bio-based plastics that are reclaimable and recyclable is likely to pose a major challenge for manufacturers, nonetheless, the trend has penetrated most sectors, which has made it inevitable for injection molded plastic market players to generate plastics without the usage of fossil fuels. Many companies have already implemented a prototype of such products, from soybeans, corn, flax, etc., which seem to be garnering acclaim. In response, many other entrants in the industry are also striving to achieve a balance between conventional plastic production and alternative, bio-based plastic production, which will eventually stimulate injection molded plastic industry size.
The impact of on-shoring on injection molded plastic market
On-shoring has begun to gain renewed traction lately, despite the mixed reviews regarding its execution. The trend of shifting the manufacturing facilities back to the home ground will prove to be beneficial for most sectors, injection molded plastic industry being no exception. Some of the statistics supporting the resurgence of on-shoring across the U.S. are outlined below:
- As per a 2014 survey, manufacturers predicted that the United States will be responsible for more than 455 of their production by 2019.
- The year 2014 also depicted that 20% of the top executives working companies that are a part of the billion-dollar fraternity intended to come back to the U.S. from China.
- More than 22% of other such executives have declared that they would do the same in a few years.
- A humongous figure exceeding 50% have declared interest in on-shoring.
The impact of technology on injection molded plastic market
Connected technologies will have a profound impact on injection molded plastic industry in the coming years, as depicted by surveys. Over the last few years, manufacturers have realized that customer needs need to fulfilled immediately, so that production issues can be resolved sooner and managers are able to troubleshoot issues the moment they arise. On these grounds, the advent of IoT has helped streamline the manufacturing process across major sectors, including injection molded plastic market. Technology will also help factories utilize sensors, digitization, and networked devices, that will help in effective cost-control and enhanced productivity.
The contribution of the United States toward the overall injection molded plastic industry
The plastics sector is the third-largest manufacturing business in the U.S., which is a strong factor impelling the growth of injection molded plastic market. Some of the vital facts that make the U.S. one of the most lucrative revenue pockets of injection molding industry are as follows:
- The U.S. plastics sector accounts for the employment of almost 900,000 employees in the region, which will be a key factor impelling the regional injection molded plastic market. In fact, the country houses around 16,000 plastic manufacturing facilities.
- North America injection molded plastic industry, dominated by the U.S., is slated to depict a CAGR of 4.8% over 2016-2023 demand, supported by the expansion of the F&B packaging and construction sectors.
- In 2012, plastic shipments accounted for more than USD 370 billion in sales. The same year had actually recorded a valuation of more than USD 12 billion.
Experts have rightly stated that injection molding can be qualified as one of the greatest technologies ever conceptualized, that has transformed the outlook of the global plastic sector. The advent of 3D printing has cast a momentary gloom on the growth spectrum of injection molded plastic market, especially since the former is reputed for the production of finished prototypes, however, industry players have been concentrating on bringing forth newer techniques to develop a range of plastic models that may be more flexible and affordable. Keeping abreast of the latest trends, companies operating in injection molded plastic industry have also begun to concentrate on the development of bio-based plastics. Also, they ultimately intend to reduce the dependency factor on crude oil subject to strict environmental legislations enforced by regulatory bodies, which may lead to the generation of lucrative investment opportunities, thereby creating a favorable growth path for injection molded plastic market.
Author Name : Saipriya Iyer
Global Market Insights Inc. 