Polyethylene
(Pe) Foams Market 2022 - Market Size & Forecast, Industry Trends,
Manufacturers Analysis, & Opportunities 2030
Page: 386 | Report Code: MC22100603 | Research Suite: Report (PDF) & Market Data (Excel)
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Polyethylene foams are foams made by mixing carbon dioxide and hot liquid
polyethylene (PE). These foams are durable and lightweight and acquire high
load-bearing and resistive characteristics, making them a highly preferable
commodity for packaging delicate goods among several end-use industries,
including packaging, medical, and automotive.
Growth Drivers:
Factors
primarily driving the global polyethylene (PE) foams market include: the
expanding trade across the globe; the burgeoning demand and application of
polyethylene foams across several end-use industries; the rising construction
business in both residential and commercial properties sector due to rapid
urbanization; the soaring expenditure on commercial & luxury vehicles,
especially in developing countries; and the growing consumer spending on
packaged goods across the globe.
Additionally,
with the rapid penetration of the e-commerce industry across the globe, the
online retailing segment has been surging at a colossal rate over the last few
years. This has given rise to an increased movement of products from one place
to another. Consequently, polyethylene (PE) foams are witnessing huge demand as
they aid in offering cushioning to goods by absorbing shocks and hits while on transit.
Thus, with the rise in the penetration of e-commerce and the expansion of the
online retailing segment and the logistics industry, the market for
polyethylene (PE) foams is expected to gain swift growth in the next few years.
Furthermore,
other factors such as the surging income levels of individuals worldwide; the
increasing investment by individuals towards homeownership in various
countries; the escalating adoption of recycling of polyethylene (PE) foams, and
the proliferating demand for CO2-based polyols across the globe are expected to
further augment the growth of the global polyethylene (PE) foams market during
the forecast period.
However,
factors such as volatility in raw material prices, strict government
regulations, and the toxic properties of polyethylene (PE) foams may restrain
the growth of the market during the forecast period.
Polyethylene (PE) Foams Market Segmentation:
By Type:
·
Non- XLPE
·
XLPE
By Density:
·
LDPE Foam
·
HDPE Foam
By End-use Industry:
·
Protective Packaging
·
Automotive
·
Building & Construction
·
Footwear, Sports &
Recreational
·
Medical
·
Others
o
Aviation & Aerospace
o
Marine
o
Refrigeration
o
Electrical & Electronics
By Region:
·
North America
·
Europe
·
Asia Pacific
·
Latin America
·
Middle East and Africa
Based on type, the non-XLPE segment held the largest
share of the global polyethylene (PE) foams market in 2021. The segment is
expected to retain its dominance further in the market during the forecast
period of 2022-2030. The beneficial properties of non-XLPE foams, including
floatation and thermal insulation properties, ease of fabrication, recyclability,
non-abrasiveness, resilience, ability to provide excellent shock and vibration
protection during product transport, water-resistance for sporting and
recreational applications, are majorly attributed to the large market share of
this particular segment.
Based on end-use industry, the protective packaging
segment acquired the largest share of the global polyethylene foams market in
2021, followed by the automotive segment. The segment is predicted to remain
dominant throughout the forecast period of 2022-2030. The extensive usage of
protective packaging in a wide variety of applications, the growing
technological advancements in material options, the rising consumer spending on
packaged goods, and the rapid expansion of e-commerce are the key factors
driving the growth of this segment. However, the medical segment is projected
to attain the highest CAGR in the market during the forecast period. The growing usage of XLPE foams in medical
applications and the increasing need for intensive care of medical products are
the major factors attributable to the segment’s growth.
Regional Outlook:
The Asia Pacific region captured the largest share of
the global polyethylene (PE) foams market in 2021. The segment’s position is
likely to remain unchanged during the forecast period of 2022-2030. Factors such
as the expanding construction, logistics, and healthcare industry; the high production
and usage of polyethylene (PE) foams; the rapid growth in protective packaging;
the escalating investments in various end-use industries; the growing shifting
of production facilities from different countries to this region, and the
presence of well-established market players in the region. Moreover, the easy availability
of low-cost labor and materials, the increasing number of government
initiatives, and the rising middle-class population with high disposable incomes
are also expected to significantly contribute to the growth of the region's
polyethylene (PE) foams market during the forecast period. India, China, Japan,
and South Korea are the major contributors to the growth of the market in the
region.
The North American region accounted for the
second-largest share of the global polyethylene (PE) foams market in 2021,
followed by Europe, Middle East Africa, and Latin America. The region is
projected to experience significant growth during the forecast period on
account of factors such as the presence of various marquee players, the
burgeoning expenditure on commercial and luxury vehicles, and the escalating
growth of several-end user industries in the region. The U.S. and Canada stand
as the leading contributors to the growth of the market in the region.
The European region also held a substantial share of
the global polyethylene (PE) foams market in 2021. The region is predicted to
witness massive expansion during the forecast period, mainly due to the
existence of a robust manufacturing and service industry in the region.
Key Companies in Polyethylene (PE) Foams Market:
·
The DOW Chemical Company
·
Thermotec
·
Trecolan GmbH
·
Wisconsin Foam Products
·
Recticel NV/SA
·
BASF SE
·
DAFA A/S
·
PalzivArmacell
·
JSP
·
Zotefoams
·
Inoac Corporation
·
PAR Group
·
Sealed Air Corporation
·
Protac Inc.
·
Pregis LLC
·
Mitsui Chemicals America Inc.
·
Kaneka Corporation
·
Toray Industries Inc.
· Other Players