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Increased Demand for Trekking has Spurred the Usage of Sleeping Bags

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Archives, Commentary, Global Trade Daily

Increased Demand for Trekking has Spurred the Usage of Sleeping Bags

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The sleeping bag is an essential commodity that protects people from cold outdoor or cool environments. They are extensively used for relief and rescue work, field training, and recreation & traveling.

Choosing the right sleeping bag is important for attaining maximum comfort. Generally, trekkers and campers prefer sleeping bags that provide enough room to roll over and stretch out. That is the reason many sleeping bags have a rectangular design. Also, choosing the right type of insulation becomes important for achieving the optimum experience. When all these features are taken into consideration, customers can obtain an ideal sleeping bag.

The growing number of trekkers, mountaineers and campers has increased the demand for sleeping bags across the world. Sleeping bags are resistant to rains, snow, and winds owing to their excellent insulating properties. These bags have superior cushioning at the bottom that provides comfort. Moderate water repellence with some extra plastic covering offers users safety from moist surfaces. The rise in the number of outdoor and recreational activities will invigorate the consumption of sleeping bags.

As per the recent reports, the sleeping bag market is anticipated to record substantial growth in the coming years.

The expanding outdoor industry to bolster the demand for sleeping bags

Many people across the world have shifted their focus on personal care by opting to go for frequent treks and camps. This growing preference for a healthier lifestyle has encouraged customers to invest in commodities necessary for these activities.

Also, many trekkers and mountaineers set their camps on top of mountains where the temperatures are low and the weather there can be windy or rainy. Sleeping bags are suitable for these conditions which is the reason campaigners carry them along with their tents.

Technological advancements to enhance the overall comfort of sleeping bags

Sleeping bag manufacturers are conducting research activities for obtaining the right material for optimizing the comfort of consumers. Novel materials like aerogel insulators reduce the total weight of these bags and increase the warmth owing to their excellent thermal conductivity. Such activities will substantially enhance the industry’s growth.

The growing trend of bag packing in Asia Pacific

There is a growing preference for trekkers and hikers to camp on mountains like Mt. Everest and K2. This has increased the demand for equipment that can sustain in extreme conditions of these locations. In addition, developing countries like India and China are heavily investing in the tourism sector to encourage people in visiting these places. All these factors are responsible for the growing insistence for sleeping bags in the Asia Pacific region.

On the other hand, European countries like Germany, France, Spain have also witnessed a surge in the number of people opting for recreational and outdoor activities. Such a growing awareness for a healthier and stress-free lifestyle has prompted the consumption of traveling equipment like sleeping bags in the region.

Many key industry players are expanding their businesses with frequent product launches and collaborations with tourism industry players to strengthen their position in the market. For instance, Helinox and NEIGHBORHOOD established a collaboration in 2019 and they introduced an innovative change by using aluminum in producing sleeping bags, making them portable and lightweight. Such ventures will possibly enhance the sales figures of these players, thus expanding the sleeping bag industry.

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Surgical Examination Gowns to Observe Consistent Demand in the Near Future

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The demand for examination gowns will be significantly bolstered by the consistent prevalence of chronic diseases. The rising cases of the coronavirus have necessitated the protection of the healthcare workers to combat the infection. Examination gowns, also referred to as medical gowns are widely utilized across health care settings as personal protective equipment.

The gowns mainly protect their wearers from infections or other illnesses that can be caused by highly infectious liquid and solid substances. They also restrict these individuals from transferring microorganisms that are likely to affect vulnerable patients that possess weak immune systems.  In addition, the examination gowns deploy advanced infection-control strategies.

It has been estimated that the global examination gowns market size will register a significant revenue share through 2026. The market value of surgical examination gowns will expand at a considerable rate owing to their higher adoption across all four risk levels. These gowns are highly opted by health care personnel and the affected patients. This is because they offer higher protection from the transfer of microorganisms, body fluids, as well as particulate components to these individuals during surgical procedures.

Use for minimum patient isolation

Non-surgical gowns will witness higher adoption in the next few years as they are well suited to cover most of the body that is appropriate to the tasks. These components are not preferred in surgical and invasive procedures, or in instances where there is a high risk of contamination. Besides, the non-surgical gowns guard the wearers against the spread of microorganisms and body fluids in low and minimal-risk patient isolation conditions.

The annual revenue from minimal risk examination gowns will strike a significant growth rate due to their higher use in basic care situations. These gowns are employed in standard isolation and medical units. They also act as a cover gown for visitors.

On the other hand, the demand for high-risk examination gowns will grow with uses in long and fluid intense surgical operations. They are specifically utilized to offer resistance against pathogens and in instances where infectious diseases are suspected.

Rising popularity of reusable examination gowns

Industry share from reusable examination gowns will register remarkable traction on account of their higher preference over their disposable counterparts. This can be owed to their cost-effectiveness with regard to production, waste, and carbon footprints. These medical gowns also possess optimum barrier properties like a high level of repellency and superior fabric thickness. They also have a longer wash lifespan and offer serviceability features beyond protection, like comfort, durability, and appearance retention.

Examination gown suppliers are focusing on company acquisitions, mergers, and partnerships, to gain an edge over their competitors while simultaneously broadening their footprint across the globe. The COVID-19 pandemic has also substantially paved the way for capacity expansions and novel product launches. For instance, Huntsman Textile Effects collaborated with woven fabric manufacturer, Bao Minh Textile, in May 2020, to come up with fabrics that adhere to stringent performance standards that are needed for isolation gowns.

Medline Industries, Inc., AmeriPride Services Inc., Cardinal Health Standard Textile Co., Inc., and Angelica Corporation are some other companies producing and supplying various types of examination gowns.

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Solar Silicon Wafer Market is Projected to Reach USD 20 Billion by 2027

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According to a recent study from the market research firm Global Market Insights, the demand for the solar silicon wafer market will observe significant inclination in the coming years with the rise in the number of government regulations to curb greenhouse gas emissions. This has led to the increasing adoption of renewable energy resources, particularly solar energy to achieve electricity generation and energy conversion.

Citing the same instance, the Federal Government of Germany passed the new Climate Protection Law in 2019 in a bid to mitigate emissions of greenhouse gas by 38% through 2030, compared to the discharge levels in 2005. This will result in higher penetration of solar power plants and farms across the European Union.

Besides, there is also a growing presence of solar power stations across developing countries like Malaysia, India, Thailand, and Turkey. The COVID-19 pandemic plummeted the supply chain of polysilicon raw materials used in solar silicon wafer manufacturing processes. It drew a considerable impact on the market players as they are largely reliant on China to procure raw materials and components. However, this has opened new opportunities for regional raw material suppliers to establish local and domestic production facilities to fix the supply chain issues.

Elaborated below are some of the key trends driving solar silicon wafer market expansion:

1) Beneficial features of monocrystalline wafers

Monocrystalline wafers with superior electronic properties are proven to be a good fit for optoelectronic and electronic applications. These wafers provide superior energy conversion efficiency, ranging from 15% to 21%. This is higher than that of polycrystalline wafers. Monocrystalline wafers also offer sleeker aesthetics. An increase in demand for these materials could incite manufacturers to increase their production capacity. In 2021, Tianjin Zhonghuan Semiconductor (TZS) hinted at plans on increasing its 210mm monocrystalline wafer capacity by 150% by the end of the year.

2) Robust demand for inverters

Use in inverters held a 3.5% market share in 2020 and is anticipated to register a CAGR of 8.5% over the forecast timeframe. Growing consumption of solar power in the commercial and residential sectors around the world is likely to propel the requirement of inverters in the solar industry. Large solar silicon wafer, like the 210mm size wafer, provides high environmental and technological benefits as well as a high-power output of over 600 watts.

3) North America emerging as a lucrative business avenue

The solar silicon wafer market of North America is projected to record a 9% CAGR over the forecast period owing to an increasing number of solar power plant establishments in the region. Exponential rise in the number of solar power plant installations could offer promising options for solar silicon wafer manufacturers, who are focused on expansion activities as well as on securing funding and investments. In 2020, Sunova Solar introduced its new series of solar PV module that is based on a big wafer size of 182 mm and has a total module power output of 590W.

Some other key players functioning in the global solar silicon wafer market include JinkoSolar Holding Co., Ltd., Huantai Group, LONGi Green Energy Technology Co., Ltd., Jiangxi LDK Solar High-Tech Co., Ltd. GCL-Poly Energy Holdings Limited, Solargiga Energy Holdings Limited, and CETC Solar Energy Holdings Co., Ltd., among others. These companies are focusing on investing in R&D activities and developing innovative products for maintaining a competitive edge in the market.

Source: https://www.gminsights.com/pressrelease/solar-silicon-wafer-market

infrastructure
Archives, Global Trade Daily, Special Reports

Data Center Infrastructure Market is Projected to Reach USD 100 Billion by 2027

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According to a recent study from market research firm Global Market Insights, The need for data center infrastructure market management among organizations to offer higher energy-efficiencies will be positively driven by the influx of cloud computing, Big Data, and AI solutions. The surge in internet infrastructure activities has led to the generation of large quantities of data by individuals and connected devices.

The rising levels of data traffic have placed an immense power burden on data centers on account of the significant jump in the usage of IoT devices. This has in turn pushed data center operators to increasingly adopt efficient and cost-effective data center infrastructure solutions.

As per a report by Global Market Insights, Inc., the global data center infrastructure market could reach USD 100 billion in annual revenue by 2027.

Owing to the adoption of data analytics, cloud computing, and emerging technologies such as AI, machine learning, and IoT, hyperscale data centers have seen huge demand lately. Big tech giants like Facebook, Amazon, and Google are investing heavily in the construction of hyperscale data center facilities.

These data center infrastructures need high capability and modernized infrastructure for supporting critical IT equipment and offer enhanced data protection. High-density networking servers in these data centers demand security management, power and cooling combinations for enabling energy-efficient operation.

Increasing government initiatives regarding the safety of customer data are encouraging businesses to establish their own data center facilities in the Asia Pacific. For instance, China’s Cybersecurity Law states data localization requirements on Critical Information Infrastructure Operators (CIIOs). The Law guides network operators to analyze, store and process customer data within the country. With this, it is estimated that the Asia Pacific data center infrastructure market may speculate sturdy progress over the forecast period. Multiple initiatives such as Smart Cities, Made in China, and Digital India, may also boost the adoption of IoT and cloud computing in the region.

Mentioned below are some of the key trends driving data center infrastructure market expansion:

1) Growing demand for hyper-scale data centers

Expansion of hyperscale data centers owing to the usage of cloud computing, data analytics, and emerging technologies like IoT, AI, and machine learning are fueling industry outlook. Hyperscale data centers need high capability and modernized infrastructure to improve protection and support the critical IT equipment.

High-density networking servers in hyperscale data centers demand cooling, security management, and power solutions in order to facilitate energy-efficient operation. Major cloud service providers like Facebook Inc., Amazon, and Google LLC are making huge investments in the construction of hyperscale data center facilities.

2) Increasing adoption of data center services

The service segment is anticipated to account for a substantial market share on account of surging demand for scalable infrastructure for supporting high-end applications. Data center services such as monitoring, maintenance, consulting, and design help operators to better manage data centers and their equipment.

Enterprises often need professional, skilled, and managed service providers for the management of systems and optimization of data center infrastructure to obtain efficiencies. Professional service providers having the required technical knowledge and expertise in IT management and data center operations allow streamlining of business processes. These services help to significantly decrease the total cost of operations and maintenance of IT equipment.

3) Robust usage of cooling solutions

There is a proliferation of AI, driverless cars, and robots which are encouraging data center service providers to move strategic IT assets nearer to the network edge. These edge data centers are in turn rapidly shifting towards liquid cooling solutions to run real applications having full-featured hardware and lessen energy consumption for the high-density applications.

Key companies operating in the data center infrastructure market are Panduit Corporation, Hewlett Packard Enterprise Company, Black Box Corporation, Vertiv Group Co., ClimateWorx International, Eaton Corporation, Huawei Technologies Co., Ltd., Cisco Systems, Inc., ABB Ltd, Schneider Electric SE, Degree Controls, Inc., and Dell, Inc.

Source: https://www.gminsights.com/pressrelease/data-center-infrastructure-market

weed control
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Growing Agricultural Industry to Spur the Demand for Nonwoven Weed Control Fabric

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The growing agricultural industry has encouraged farmers to use advanced farming methods for enhancing product quality. Products like nonwoven weed fabrics are necessary for regulating the nutrient content of the soil and maintaining the growth stability of crops.

Nonwoven weeds are fabrics with high durability, elasticity, and strength. They allow air and nutrients to permeate efficiently. They also help in curbing down the maintenance costs of gardens and protects root systems from drastic temperature changes by providing insulation. These fabrics act as a barrier between soil and mulch, thus delaying weed growth.

Weed fabrics permit excellent light transmission and they also have a superior rate of moisture absorption. The protection offered by these fabrics allows plants to grow organically, i.e. without the assistance of herbicides and pesticides, thus improving the quality of the yield.

Rapid urbanization and increasing global population have escalated the demand for staple foods. So, farmers are facing a steep challenge of maximizing the yields without compromising on the farming methods.

This is where nonwoven weed fabrics come into the picture. These crop covers can be laid over seedbeds, thus creating a micro-climate scenario where humidity and heat can be controlled. This accelerates the growth of crops whilst protecting them from adverse climatic conditions.

Extensive gardening to stimulate the demand for nonwoven weed control fabrics

Gardeners use nonwoven weed control fabrics for controlling weed growth and soil erosion. Regulating weed growth is crucial because it can restrain crop growth during their flourishing season. Also, these fabrics are efficient on flat surfaces making them ideal for gardening. Increased demand for household gardening coupled with growing insistence on biodegradable products will boost the consumption of these fabrics over the forecasted timeframe.

Asia Pacific region to showcase increased usage of nonwoven weed control fabrics

Growing demand for Asian agricultural produce across the world has bolstered the utilization of these fabrics in the region. Famers from Japan and India have adopted advanced agricultural methods owing to which the quality of the yield has improved, thus justifying the demand. Also, the increasing population has also escalated the demand for food products, thus stimulating the distribution of nonwoven weed fabrics across the region.

On the other hand, North America is predicted to experience substantial growth over the forecasted timeframe with increased insistence for nurseries. Also, the rising requirement of a range of bulbs, plants, and seeds has assisted in the growing usage of these fabrics. In addition, increased disposable income has led to people investing in household nurseries and farming, thus increasing the demand for these fabrics in the region.

Many leading industry players devise strategies like partnerships, mergers & acquisitions, and product launches to solidify their position in the market. To support this statement with an instance, Plantex, a product of DuPont, is environment-friendly and lasts longer. It is ideally used for surfaces like turf, mulch and gravel. Its chemical-free nature allows the fabric to have effective control over the growth of weed.

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Archives, Global Trade Daily, International Trade

Preference of Nonwoven Covers to Grow Across Crop Protection Applications

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Growing instances of adverse weather conditions will positively influence the need for nonwoven crop covers. The jump in the levels of soil and water pollution has resulted in the surging requirement to counter pests and harmful substances across the agricultural sector. Nonwoven fabric crops are extensively used to protect crops, fruits, and vegetables from risky frosts, hailstorms as well as heavy gusts of winds. They also limit the entry of insects into these plant bodies.

Apart from these factors, the crop covers help to reduce the need for chemical treatment for the plants. They offer water and air permeability to the roots of the crops in order to mitigate the instances of maintenance at the upcoming stages of the yield. Furthermore, nonwoven agricultural crop covers render prevention from excess UV rays and facilitate organic farming practices.

As per a recent research report, the global nonwoven crop cover market size could grow at a significant CAGR by 2026.

Customization benefits from rolled crop covers

Industry share of roll nonwoven crop covers will witness considerable expansion due to their increasing preference in comparison to tube and sheet-cut counterparts. The size of the rolls can be customized as per consumer requirements. Furthermore, nonwoven fabrics are over 80% transparent and are uniformly structured, and are found to be better packaged in the form of rolls.

On the other hand, the uses of non-woven crop covers across the crop protection application segment will foster significant gains. This is owing to their robust capabilities in offering better gas exchange and lower suffocation to the roots. The covers are widely used as covering materials in garden farming, greenhouse, and garden beds. This is because the fabric provides an optimal microclimate for plant growth and minimizes the duration of maturing.

The application of nonwoven fabric crop covers in frost protection is likely to reach a prominent growth rate. This can be attributed to their increasing adoption to render safety from frostbites, hailstorms as well as heavy gusts of winds.

Asia Pacific as a leading producer

Asia Pacific is anticipated to see substantial demand for the nonwoven crop cover in the coming years. This can be attributed to the presence of a prominent agricultural sector that has led to the increasing use of the products.

Also, leading manufacturers across some developing countries are working on enhancing their products to offer better productivity and results. Citing an instance, India-based agricultural plastics manufacturer, Ray Colors, made use of Chimassorb, a light stabilizer from BASF to produce PP non-woven fabrics to cover crops, plants, and vegetables.

Manufacturers of nonwoven fabric crop covers are looking forward to new product developments, and capacity expansions to increase their customer reach. These firms are also keen on strategic collaborations like acquisitions and partnerships in order to broaden their product portfolio.

For instance, Berry Global Group, in July 2019, acquired RPC Group Plc (RPC) to provide value-added protective solutions and mark its name as a leading plastic packaging company across the world. First Quality Non Wovens Inc., Mitsui Chemicals, Kimberly Clark Corp., and Akitieselskabet Schouw & Co. Group are few other product manufactures worldwide.

global Integrated Passive Devices pulp demand power manufacturing electronics
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Integrated Passive Devices Market is Projected to Reach USD 2 Billion by 2026

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According to a recent study from market research firm Global Market Insights, the integrated passive devices market growth will be fostered by numerous features offered by IPDs systems such as reduced interconnection complexity, improved performance, reduced package footprints, improved component tolerance, and output, and better flexibility. These advanced characteristics will escalate the high adoption rate of integrated passive devices in numerous smart consumer wearables, IoT and AI-enabled devices, and infotainment and navigation systems in automobiles.

The incorporation of IPDs systems will facilitate manufacturers of automobiles and consumer electronics devices to minimize the overall cost and gain small footprint packages. Reportedly, the global integrated passive devices market is estimated to surpass US$2 billion by 2026.

Substantial investment by governments to develop the automotive industry will augment the high adoption of IPDs systems in vehicle components. As per the European Commission, Gestamp, a Spanish multinational company, which has specialties in developing and manufacturing metal components for automobiles, will receive a loan amount of EUR200 million from the European Investment Bank (EIB), to upgrade its research capabilities for the production of lighter, safer, and environmentally friendly cars. Similar investments will bolster the opportunities for auto component and technology developers.

Mentioned below are some of the key trends that may propel integrated passive devices market outlook:

1. Increasing adoption of devices fitted with diplexers

Integrated passive devices with filters and diplexers find usage in frequency bands and lumped-element circuits used for the purpose of impedance matching. Diplexers are used in GPS, antennas, cellular infrastructures like 2G, 3G, and LTE, automotive telematics, IoT applications and front-end modules of wireless base stations.

The devices give stable and reliable temperature performance, high-performance and low insertion loss. In 2019, the diplexers segment held around 15% industry share and is anticipated to rise further credited to the growing adoption of the devices in 5G communication systems and in the telecommunication industry.

2) Growing demand for ESD/EMI integrated passive devices Market

The electrostatic discharge/electromagnetic interference accounted for over 40% market share in 2019 and is likely to register more than 8% CAGR by 2026. IPD with ESD/EMI possesses the ability to offer flexible designs, giving better solutions like fast rise time and low voltage discharge with enhanced performance and robustness in less development cycle. ESD/EMI integrated passive devices help in improving signal reception and stop transmission loss, which makes them highly popular for mobile phone applications.

3) Robust application in the automotive industry

The automotive sector held over 17% market share in 2019 and is estimated to record a CAGR of over 8% in the upcoming years owing to the surging use of integrated passive devices in car electronics for wireless communication purposes. IPDs are cost-effective and are finding high demand in automotive electronic applications such as digital speedometers, intelligent headlights, and electronic control units.

Key Companies covered in integrated passive devices market are 3DiS Technologies, Advanced Furnace Systems Corp, Global Communication Semiconductor, Johanson Technology, KOA Speer Electronics, MACOM, Murata, On Semiconductor, OnChip Devices, Inc, Qorvo, Inc, Skyworks Solution Inc., Stats Chippac (jCET), STMicroelectronics, Texas Instruments, Viking Tech Corporation, Xinhe Semiconductor Technology (Shanghai) Co., Ltd.

Source: https://www.gminsights.com/pressrelease/integrated-passive-device-market

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Data Center Server Market is Projected to Reach 100 Billion by 2027

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According to a recent study from market research firm Global Market Insights, Growing demand for high-performance servers worldwide is expected to boost the data center server market size in the coming years. There has been a high demand for advanced data center infrastructure solutions in recent years across many industries. Driven by increasing demand, numerous data center business operators are expanding their presence into untapped regions. Industries across the Asia Pacific and North America are increasingly relying on cloud data centers. As per a report published by Global Market Insights, the global data center server market is expected to exceed USD 100 billion by 2027.

Key players functioning in the data center server market are focusing on launching new innovative solutions to strengthen their market position. They are also offering supporting software solutions for remote monitoring of servers. For instance, Chinese technology major, Lenovo Ltd. offers servers that provide easy setup, firmware, and remote server management with the latest Intel Active Management Technology.

Notably, the recent adoption of digitalization in healthcare has also played a major role in surging the demand for data center servers. Healthcare organizations are gradually accepting online methods of payment like the adoption of POS terminals for contactless transactions. To employ an integrated platform that controls payment transactions, the healthcare sector is edging towards the use of cloud POS software solutions across premises.

Elaborated below are some of the key trends driving data center server market expansion:

1) Rising demand for tower servers

Tower servers are witnessing a high demand as they deliver versatile storage configurations and powerful performance in a small footprint for SMBs to big institutions. These servers have the capacity for high optimization and customization, hence allowing firms to adopt a server configuration that fits to their requirements. Compared to other servers, tower servers ensure quiet operations. The agility and scalability provided by tower servers can propel their demand by expanding and emerging businesses.

2) Increasing adoption in the healthcare sector

Several healthcare organizations are using POS terminals to allow contactless transactions and accept digital payments during the pandemic. They are adopting cloud POS software solutions to employ an integrated platform that controls payment transactions throughout the whole premise. The industry is also using technologies like telemedicine and video conferencing, in order to enable remote consultations. The growing presence of digitalization is likely to fuel the demand for data center infrastructure solutions for efficiently managing data.

3) Presence of key automotive manufacturers in Europe

The promising manufacturing sector along with the rising adoption of advanced digital technologies is expected to boost the demand for data center servers for networking and data storage. Major automotive manufacturers such as Mercedes-Benz and BMW AG are using sophisticated technologies including IoT and machine learning, in their production centers to accelerate productivity. A surge in data traffic could drive the demand for advanced IT infrastructures which can efficiently help transfer and store vast volumes of data.

Key Companies covered in the data center server market are Acnodes, AsusTek Computer Inc., ATOS SE, Cepoint Networks LLC, Cisco Systems Inc., Dell Technologies Inc., Fujitsu Ltd., Hewlett Packard Enterprise Co., Hitachi Ltd., Huawei Technologies Co. Ltd., IBM Corporation, Inspur Group, Intel Corporation, Lenovo Group Ltd., NEC Corporation, Nvidia Corporation, Oracle Corporation, Panaro Tech Private Ltd., Premio Inc., Super Micro Computer Inc.

Source:  https://www.gminsights.com/pressrelease/data-center-server-market

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Increased Awareness of Personal Care & Hygiene to Spur the Usage of Spun Bond Nonwovens

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Spun bonding is a popular method of developing polymer-induced nonwovens. Spun bond nonwovens consist of filaments developed by an integrated process of web formation, bonding and fiber spinning. Spun bonds skip the intermediate steps like staple formation, making it the shortest way to develop fabrics from polymers. This helps in increasing the product whilst reducing its cost.

The process of spun bonding is complex, and it includes operational parameters like die and polymer temperatures, polymer throughput, quenches environment, etc. It also includes material parameters like molecular weight, type of polymer. All these factors together influence the fiber structure, fiber diameter, tensile performance, web lay down and physical performance properties of spun bond fabrics.

Spun bond method offers excellent tensile characteristics with respect to the fabric weight. Also, subtle modifications in the production process like changing the cross-section, crimp or degree of bonding helps in producing the necessary property balance to satisfy the requirements of end-users.

A wide range of applications across various industries to stimulate the demand for spun bond nonwovens

Spun bond fabrics are found useful in many sectors like civil engineering, carpet backing and diaper linings. Some other applications of spun bond nonwovens include roofing, packaging, agriculture, electronics, coating substrate, etc.

Characteristics like high chemical stability, high elasticity, high barrier quality and high liquid absorbance. They are used for producing protective apparel like surgical coats, masks, and aprons owing to their excellent barrier protection characteristics.

Fabrics like geotextiles are produced using staple fibers due to their flexibility in choosing the polymer type and greater latitude. Also, with excellent extensibility, these fabrics can obtain higher tear resistance.

Polypropylene – the go-to polymer for nonwoven production

Polypropylene is the most common polymer to be used for producing spun bond nonwovens. They have a high melting point which proves beneficial in processing these fabrics. Their fibers can be softened enough to form a bond with other fibers without compromising their fibrous properties. This has eliminated the necessity of using chemical binders. It also saves energy and is environment-friendly. Baby diapers and other similar products largely use thermally bonded cover stock which can increase the usability of polypropylene.

Asia Pacific to emerge as a lucrative hub

Increased disposable income along with rapid developments in the personal care and hygiene sector has boosted the usage of spun bond nonwovens in Asia Pacific. Also, the rising birth rate has increased the demand for baby care products, thus stimulating the usage of nonwoven fabrics in the region.

Many industry players are expanding their business operations and strengthening their market positions through strategies like collaborations, product launches, etc. For instance, Avgol Nonwovens are relocating their current spun melt line from Israel to India. This shift was executed as part of a strategic investment in the country. The company is strategizing to expand its service and presence not only across India but throughout South Asia. Such business expansions will bolster the usage of spun bond nonwovens.

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Nonwoven Sorbent Use to Expand Across the Healthcare Sector

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Higher adoption across personal care, healthcare, and water treatment applications will significantly influence the market for nonwoven sorbents. In addition, the rising instances of oil spills and leakages have given rise to numerous cleanliness concerns.

Nonwoven sorbents are derived from melt-blowing processes that employ propylene polymers and are mainly used as oil sorb materials. These components possess high bulk and strength, maximum oil capacities and absorption rates across various applications.

As per estimates, the global nonwoven sorbents market size could reach a significant value through the next few years.

Rising preference for spunbound components

Annual revenue from spunbound nonwoven sorbents will gain remarkable traction owing to the rising deployment of the technology. These materials act as antistatic absorbents and are well suited for dry and cold climates as well as outdoor use. The sorbents selectively absorb oil and repel water.

On a further note, melt-blown spunbond nonwoven oil sorbents are ultra-light with strong characteristics and resemble polyester. They show high tensile strength & durability whilst having maximum absorption capabilities. Another impact rendering factor for these sorbents is that thicker fluids can diffuse into the spunbond membrane apart from saturating the extremely absorbent melt-blown center layer.

Wide scope across healthcare applications

The demand for nonwoven sorbents across the healthcare sector is anticipated to grow significantly owing to their increasing adoption. These materials are widely used in the creation of smart wound care products to offer controlled vapor transmission, absorbency as well as low skin adhesion. They also induce a moist wound healing environment. Furthermore, the sorbents render protection against dry and wet contact and excellent fluid absorbency & uniformity. They comprise air-borne particles and are abrasion-resistant as well as lint-free.

Potential in personal care

The application of nonwoven sorbents in personal care will record a substantial revenue share in the next few years. This can be attributed to their increasing penetration in products like baby diapers, as well as in feminine hygiene, and adult incontinence. Besides, the sorbents offer superior absorption, strength, softness, smoothness, and uniformity. These materials can be enhanced with the addition of lotions to cater to specific uses.

Innovations to foster product demand

Suppliers of nonwoven sorbents are focusing on inorganic strategies like acquisitions, mergers, and partnerships to sustain competition. They are also keen on novel product developments, innovations, and technological incursions to meet the increasing needs of consumers. For instance, in March 2017, Indian maritime company, NAVTEK introduced a timely solution and incorporated an environmentally friendly and absorbent nonwoven mat for clean-up activities at a spill site.

Mitsubishi Chemicals Holdings Company, Kolon Industries, LG Chem Ltd., W. R. Grace, Honeywell, Calgon Carbon Corporation, and Arkema are some other firms in the business.

The ongoing COVID-19 pandemic drew a slightly negative impact on the demand and supply of the nonwoven sorbents in the first quarter of the industrial lockdown. However, as all the business activities have now resumed, the industry forecast could gradually garner considerable momentum.