Protective Clothing Market (2024 - 2031)_Sample Extract.pdf.pdf

The protective clothing market size is forecast to reach USD 17.86 billion by 2031, after growing at a CAGR of 5.77% during the forecast period 2024-2031.

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PROTECTIVE CLOTHING MARKET

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TABLE OF CONTENTS
Topics
Chapter 01: Protective Clothing Market Overview
Slide No
Chapter 01: Protective Clothing Market Overview
Chapter 02: Protective Clothing Market Executive Summary
Chapter 02: Protective Clothing Market Executive Summary
Chapter 03: Protective Clothing Market Landscape
Chapter 03: Protective Clothing Market Landscape
Chapter 04: Protective Clothing Market Forces
Chapter 04: Protective Clothing Market Forces
Chapter 05: Protective Clothing Market Strategic Analysis
Chapter 05: Protective Clothing Market Strategic Analysis
Chapter 06: Protective Clothing Market - By Material Type
Chapter 07: Protective Clothing Market - By Application
Chapter 07: Protective Clothing Market - By Application
Chapter 08: Protective Clothing Market - By End User Industry
Chapter 08: Protective Clothing Market - By End User Industry
Chapter 09: Protective Clothing Market - By Geography
Chapter 09: Protective Clothing Market - By Geography
Chapter 10: Protective Clothing Market Entropy
Chapter 11: Protective Clothing Market Company Profiles
Chapter 11: Protective Clothing Market Company Profiles

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PROTECTIVE CLOTHING MARKET OVERVIEW
CHAPTER - 01

5. |
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Market Definition
❖
Protective
materials
Clothing are high-quality
superior
properties and are designed to protect the
wearer’s body from hazardous conditions.
Protective clothing and other protective
that demonstrate
❖
equipment are also called Personal
Protective Equipment (PPE), a term that
encompasses types of protective
equipment that are not exclusively clothing
products.
Scope
❖ ❖
The market is segmented by material type,
by application, and by end-use industry.
Further, the market has also been analyzed
based on its geographic region comprising
North America, South America, Europe,
Asia-Pacific, and the Rest of the World.
These are further sub-segmented into
eminent countries providing a deep analysis
of the Protective Clothing Market.
Protective Clothing Market:
❖
Protective clothing is designed to provide
protection from serious injuries resulting
from contact with chemical, radiology,
physical, mechanical, and other hazards.
❖
A
determine the decision to use protective
clothing as a protection measure and its
availability.
Looking at the current situation across the
globe, protective clothing has seen increased
demand from the medical business since the
COVID-19 pandemic period.
Strict labor laws have forced industrial
producers in North America and Europe to
strictly obey the standards and guidelines
established by government organizations to
prevent any type of occupational hazard. The
increasing working population across
North America, Europe, and APAC is expected
risk evaluation should be used to
❖
❖
❖
to have a positive impact on the growth due
to the rapid growth of the manufacturing
sector in these regions during the forecast
period.
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mentioned factors:
❖
Increasing usage of protective clothing in
the medical sector for preventing
transmission of viruses such as COVID-19,
and other chronic cases, along with rising
infection control measures.
❖
The growing trend for multi-functional
durable clothing with high chemical and
mechanical resistance is expected to drive
the growth of protective clothing.
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1. MARKET OVERVIEW (1/3)
Protective clothing Market is driven by the below-
Protective Clothing Market Revenue,
2023-2031, ($bn)
20.00
18.00
16.00
14.00
12.00
10.00
8.00
6.00
4.00
2.00
-
Source: IndustryARC Analysis, Expert Insights
2023 2024 2025 2026 2027 2028 2029 2030 2031
Revenue ($bn)

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1. MARKET OVERVIEW (2/3)
Aramid and Blends
Polyolefin and Blends
Cotton Fibers
Polybenzimidazole (PBI)
Ultra-High-Molecular-Weight
(UHMW) Polyethylene
Polyacrylonitrile (PAN)
Others
Others
Polyacrylonitrile (PAN)
Ultra-High-Molecular-Weight (UHMW)…
Polybenzimidazole (PBI)
Cotton Fibers
Polyolefin and Blends
Aramid and Blends
0.00% 1.00% 2.00% 3.00% 4.00% 5.00% 6.00% 7.00% 8.00%
Source: IndustryARC Analysis, Expert Insights
CAGR (%)
Thermal
Chemical
Radiation
Mechanical
Others
Others
Mechanical
Radiation
Chemical
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Thermal
0.00% 1.00% 2.00% 3.00% 4.00% 5.00% 6.00% 7.00% 8.00%
CAGR (%)
By Material Type, Revenue CAGR 2024-2031 (%)
Protective Clothing Market Revenue Share, By Material Type, 2023 (%)
By Application, Revenue CAGR 2024-2031 (%)
Protective Clothing Market Revenue Share, By Application, 2023 (%)

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RESEARCH METHODOLOGY

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Research Methodology Flowchart
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Preliminary Research In the initial stage of research, the scope of the Global protective clothing market is defined. In this preliminary stage, the key data points in t
market are identified which can be used to estimate the market to the best extent. The scope of this report primarily focuses on the revenue generated from t
products manufactured by
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the major producers. To better gauge the market, the secondary focus is on different layers in the Global protective clothing market, such as products catering to
disparate segments like applications.
RESEARCH METHODOLOGY (1/9)
Data Validation
Verification
Data Synthesis
Data Triangulation
Market Scope & Definition
Preliminary Research Data Gathering
Data Analysis
Quality Assurance

9. | | |
Data Gathering Based on the scope of the market and the key data points, several secondary sources have been utilized for data gathering. The data gathering sta
comprises a team
of analysts who gather data by researching secondary research resources, accessing proprietary databases, and with primary research reaching out to key indust
participants and opinion leaders (Sales & Marketing Directors, Product Managers, Market Intelligence Directors as well as Technical Experts and Administrato
throughout the protective clothing ecosystem including end-use environments forming a crucial aspect of the value chain. The key sources for estimations remain
the investments made by end-user verticals along with the sales figures of product suppliers in the market. Also, various trade bodies and associations were taken in
consideration to understand the dynamics of each industry vertical and their respective investment scenarios.
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For this market, the volume of Nanomaterials as well as the varying price points were identified as key informational conjectures for market estimation in 202
Market performance and trending market dynamics are some of the key questions that are studied during this stage. It also involves studying market factors a
changing trends that are projected to affect the market in the future.
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RESEARCH METHODOLOGY (2/9)

10. | | |
secondary sources
presentation).
(given towards
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the end of
Data Synthesis In this stage a team of analysts
incorporates the data that has been gathered by
corroborating with various sources. These sources include
industry participants, In-house models, regulatory bodies
key opinion leaders in the market ecosystem and
databases. In this stage, patterns in historical data are
identified and compared with the current scenario. Based
on the Macro and Micro factors
prevalent in various geographies, various data models are
used to assess the key countries for the market. The
the
analysis also includes the identification of new
companies that have entered the market scenario and
their impact on the market dynamics in the future. The
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Stakeholders
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data regarding end users is gathered from various
Distributors
End User Segments
Research & Development
Regulatory Bodies/Testing
Authorities
Protective Clothing Manufacturers
RESEARCH METHODOLOGY (3/9)

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categories, offering another way of cross-validating the data. The data is then summarized and the key findings are disseminated.
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Data Analysis After the corroboration of data, the team of analysts moves toward understanding how the market has evolved over the years. The overall market size
gathered after analyzing various segments and verticals of the market. An impact analysis is also carried out to see which factors will affect the market in the next fe
years. These factors have been researched concerning prominent economies across different geographic regions to understand their corresponding impact on t
market.
Verification Data verification is carried out at all stages of research. This stage, however, is dedicated to a more thorough check of all data points, which have be
incorporated and rechecked against various data sources. Various C-level executives and key opinion leaders are contacted for verification of the data. The total mark
for global
nanomaterials is verified through the capital expenditure of various industry verticals. The market is also estimated for various key players in each of the product
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RESEARCH METHODOLOGY (4/9)

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Forecast Methodology Further, time series forecasting methodology is applied based on the various factors such as the product replacement, propensity to buy a ne
product, average life span, suppliers and distribution margins along with the trade dynamics of the leading countries across the region. Average weighted ASPs are als
considered while
estimating the market value in the report. The estimates are further revalidated with the suppliers and manufacturers operating in the market. However, some
macroeconomic factors like inflation are not considered. Forecasting model is an iterative tool and is backed with historical trends of the market along with
regressive mathematical model which assesses the value based on factors such as capital expenditure, product lifespan, R&D investments and so on.
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RESEARCH METHODOLOGY (5/9)

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Assumptions & Research Methodology for Global protective clothing market
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Pricing
Exchange Rate
Global protective
Historic and Forecast
Value
Description
Nominal values (i.e. values are not adjusted w.r.t inflation) are considered
in the market estimation
The base year is 2023 and 2024 is the estimated year. The forecast period
is between 2024 and 2031.
Average weighted selling prices of the protective clothing concerning their
diversified application are considered while arriving on the market in terms
of volume.
Average year USD exchange is considered for the estimation of historic
values and average five years exchange rate is considered for forecast values.
clothing market
•
•
RESEARCH METHODOLOGY (6/9)

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European Commission
International Safety Equipment Association
PCIAW
OSHA
AIHA
Articles
Blogs
Annual Reports
Investor Presentations
White Papers and Journals
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Assumptions & Research Methodology for Global protective clothing market
S.NO
1
2
3
4
SECONDARY SOURCES
5
6
7
8
9
10
RESEARCH METHODOLOGY (7/9)

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4
S.No
1
2
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Primary Sources: Global protective clothing market
Designation Company/Organizations
Business Development Manager DuPont
Sales Manager 3M
International Sales Director Lakeland Industries
Product Marketing Executive Honeywell
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3
RESEARCH METHODOLOGY (8/9)

16. |
6. Data Presentation
Data Analysis,
Summarization, Key
Finding & Reporting is
done for efficient
dissemination of
information
1. Scope Definition:
Defining scope of the
Report:
Analyzing its Services,
operations and
Geographic penetration
2. Secondary Research:
Based on the scope and
segmentation, secondary
research is done using
public, private and
subscribed sources
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Competitive
Landscape
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5. Data Triangulation &
Validation
After data compilation, it is
validated with various key
opinion leaders and C-level
Executives globally
4. Data Interpretation &
Assessment
Based on the macro and
micro factors prevalent in
various geographies,
proprietary data models are
used to assess the key
countries for the market
3. Primary Research: Reach
out to all the stake holders
involved in ecosystem:
Industry Experts insights
taken to gauge and validate
key data points
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Market Assessment
HeXa-Grid Paradigm:
RESEARCH METHODOLOGY (9/9)

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PROTECTIVE CLOTHING MARKET EXECUTIVE SUMMARY
CHAPTER - 02

18. visibility protective apparel due to its advanced mechanical and chemical proof 6.87perties. The aramid fabric provides the growing demand for safety clothin
comfort, and maneuverability. Aramids are heat-resistant and strong synthetic fibers that are an ideal choice for many protective clothing applications. Further, it h
been ascertained that a high content of para-aramid fibers may negatively impact the performance of the flame and heat-resistant fabric.
polyolefin and blends for the production of industrial protective apparel materials is increasing because of improved resistance to harmful chemicals and gases.
Furthermore, they are not affected by solvents and swell at higher temperatures by chlorinated and aromatic hydrocarbons, which increases their demand.
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2. EXECUTIVE SUMMARY (1/5)
❖
❖
The Aramid and Blends segment in the market is expected to expand at a CAGR % in terms of revenue from 2023 to 2031. Aramid fiber fabric is suited for high-
Demand for polyolefins and blends is higher. Polyolefin and polyolefin blends have a great resistance to heat and chemicals. Furthermore, the demand for
❖
Protective Clothing Market Revenue, By Material Type, 2023-2031 ($Bn)
Others
Polyacrylonitrile (PAN)
Ultra-High-Molecular-Weight (UHMW)
Polyethylene
Polybenzimidazole (PBI)
Cotton Fibers
Polyolefin and Blends
Aramid and Blends
2023
0.55
0.40
0.49
1.49
2.05
2.46
3.66
2024
0.57
0.42
0.53
1.62
2.19
2.67
4.06
2025
0.59
0.44
0.56
1.79
2.35
2.92
4.57
2026
0.61
0.46
0.58
1.88
2.46
3.07
4.84
Source: IndustryARC Analysis, Expert Insights
2027
0.63
0.47
0.61
2.01
2.59
3.26
5.21
2028
0.65
0.49
0.64
2.11
2.71
3.42
5.51
2029
0.67
0.51
0.66
2.22
2.83
3.59
5.83
2030
0.69
0.53
0.69
2.33
2.95
3.76
6.15
2031
0.71
0.54
0.71
2.44
3.07
3.93
6.47
Revenue($Bn)

19. The thermal-based Protective Clothing segment in the market is expected to expand at a CAGR of 5.75% in terms of revenue from 2023 to 2031. The therma
protective clothing is designed to protect against harmful thermal conditions. A combination of textile layers and the air gap between them prevent therma
energy transfer to the skin. Different fibers such as aramid fibers, polyamide-imide, polybenzimidazole, polyimide fibers, and others are prominent choices fo
thermal protective clothing garments. Currently, thermal protective clothing is manufactured according to ASTM F955-07 stCaonpdyarrigdh. tT ©he2r0e 2a4re
nvdaurisoturysA rReCgu lations such as NFPA1971, ASTM 2701-08, ISO 17492, CGSB, ASTM F955-07, and others, that govern thermal protective clothing tha
allows useful thermal protection as well as high levels of chemical resistance, usually an outer garment of thermally resistant material worn over the chemica
suit.
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2. EXECUTIVE SUMMARY (2/5)
Protective Clothing Market Revenue, By Application, 2023-2031 ($Bn)
Thermal
Chemical
Radiation
Mechanical
Others
2023
3.38
3.23
2.45
1.05
1.00
2024
3.65
3.57
2.57
1.18
1.09
2025
3.96
3.99
2.71
1.34
1.21
2026
4.18
4.24
2.78
1.42
1.28
2027
4.44
4.56
2.88
1.53
1.36
Source: IndustryARC Analysis, Expert Insights
2028
4.68
4.83
2.97
1.61
1.44
2029
4.92
5.12
3.05
1.71
1.51
2030
5.16
5.40
3.14
1.80
1.59
2031
5.40
5.69
3.22
1.89
1.67
❖
❖
❖
Revenue($Bn)

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PROTECTIVE CLOTHING MARKET FORCES
CHAPTER - 04

21. | | |
Low
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Protective Clothing Market - Impact of Drivers
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4.1. DRIVERS - IMPACT ANALYSIS (1/4)
Source: IndustryARC Analysis & Expert Insights
Drivers
Increasing usage of protective clothing in the medical sector for preventing
transmission of viruses
(2024-2026)
(2027-2028)
(2029-2031)
The growing trend for multi-functional durable clothing
The growing industrialization will augment the growth of the protective clothing
market
Short Term
Medium Term
Long Term

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Increasing usage of protective clothing in the medical sector for preventing transmission of viruses
❖
The demand for protective clothing is increasing in the medical sector, owing to its properties for preventing the transmission of viruses such as COVID-19, Ebola,
and others. Protective clothing acts as a barrier between infectious materials such as viral and bacterial contaminants.
There has been a surge in demand for protective clothing since the COVID-19 pandemic. Health workers are at the front line of any outbreak response and as
such are exposed to hazards that put them at risk of infection with an outbreak pathogen. The World Health Organization (WHO) notified industries and
government bodies across the globe to increase the manufacturing of protective clothing by 40% to meet rising global demand. Since the start of the COVID-1
outbreak, UNICEF has been undertaking a continuous assessment of the impact on sourcing essential and strategic supplies, including those used in the response
the disease such as personal protective equipment (PPE). PPE items are used by frontline healthcare workers in the response and the equipment includes surgic
face masks, N95 respirators, gowns, face shields, coveralls, and gloves. The demand for protective clothing is likely to increase as the COVID-19 pandemic continu
and new variants of the virus emerge. Increasing concerns regarding viral diseases are expected to increase the demand for protective clothing over the foreca
period. For instance, the CDC’s estimates of hospitalizations and deaths associated with the 2022–2023 influenza season are a reminder that influenza viruses ca
cause severe disease and death. CDC estimated that the burden of illness during the 2022–2023 season was similar to some seasons before the pandemic, with a
estimated 31 million people sick with flu, 14 million visits to a health care provider for flu, 360,000 hospitalizations for flu, and 21,000 flu deaths. The number
cases of influenza-associated illness, medically attended illnesses, hospitalizations, and deaths was similar to the 2013-2014 seCasoopny,r iwghti c©h 2w0a2s4
Ilnsod ucslatrsysAifiReCd as a moderate severity season.
❖
4.1. DRIVERS - IMPACT ANALYSIS (2/4)
❖
❖
❖

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PROTECTIVE CLOTHING MARKET STRATEGIC ANALYSIS
CHAPTER - 05

24. Value Chain of Protective Clothing Market
The value chain of protective clothing is the process of transforming raw materials into finished products that can protect the wearer from various hazards. The major
stages involved in the contribution of the total value of the protective clothing products are described below:
❖
Research & development: This phase entails the creation of new protective clothing products or enhancements to already available ones. These include
knowledge of market trends and fabric availability, the integration of both into the development of product lines and the cost of the planned collection. This
involves the innovation of new materials, designs, and technologies that can enhance the performance, durability, and comfort of protective clothing. For examp
smart textiles, nanofibers, and coatings are some of the emerging trends in this segment. Raw materials sourcing: This involves the procurement of high-quali
fibers and chemicals that are used to manufacture protective clothing. The choice of raw
materials depends on the type, level, and application of protection required. For example, araCmopidy raignhdt ©bl2en0d2s4 aInred uwstidryeAlyR Cu sed f
thermal protection, while
polyethylene and polypropylene are used for chemical protection. To ensure efficiency and a smooth flow of production operations, this stage employs inventory
management, quality analysis, and production line optimization.
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5.1. VALUE CHAIN ANALYSIS (1/2)
Research & development Raw Material Sourcing
Manufacturing
Route to Market
(Supplier/Distributor)
After-sales service
❖

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Manufacturing: This involves the production of protective clothing using various processes such as weaving, knitting, dyeing, finishing, and coating. T
manufacturing process also needs to comply with the safety and quality standards set by various regulatory bodies and industry associations. For example, ISO 116
and EN 469 are some of the standards for flame-resistant clothing. This department collaborates with design teams to determine how to improve
production lines to produce products faster and with lower operational costs. They also collaborate with the supply chain team to improve manufacturing
efficiency to meet consumer demand. Route to Market (Supplier/Distributor): Getting the protective clothing products to consumers for end-use applications wi
the help of suppliers, or distributors, is the goal of this step. This can involve transportation logistics, storage, and managing inventory levels. The distribution chann
can include wholesalers, retailers, online platforms, or direct sales. In practice, the marketing function operates in parallel with earlier steps since most clothing firm
try to spread their
risk by seeking expressions of interest from retailers before moving into full production. The protective clothing serves in application areas such as Manufacturing
& Construction, Oil & Gas, Chemical, Healthcare/Medical, Firefighting & Law Enforcement, Metals & Mining Warehouse & Logistics, and Others. After-sales servic
This involves the provision of support and maintenance to the customers after the purchase of protective clothing. The after-sales service can include warran
repair, replacement, recycling, or disposal of the products. The after-sales service strategy depends on customer satisfaction, loyalty, and retention. For examp
offering recyclable or biodegradable protective clothing can enhance the environmental image and reputation of the business.
optimizing each stage of the value chain, manufacturers can create high-quality products that meCeto ptyhreig nhet e©d2s 0o2f4 t hInediru sctursytAoRmCe rs and con
growth of the protective clothing market.
5.1. VALUE CHAIN ANALYSIS (2/2)
❖
❖
❖
Each of these stages represents an important step in the protective clothing value chain and requires specialized skills and knowledge to be performed effectively. By

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PROTECTIVE CLOTHING MARKET - BY APPLICATION
CHAPTER - 07

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chemical suit.
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Thermal
❖
Thermal protective clothing is required to
protect those working in primary metal
industries with molten metal, and similar areas
involving high heat such as welding, foundries,
manufacturing, and construction.
The high heat resistant fibers such as Nomex,
Kevlar, PBI, Kermel, P84, and pre-oxidized PAN-
based fibers, are widely used for thermal
protective clothing.
❖
There are various regulations such as
NFPA1971, ASTM 2701-08, ISO 17492, CGSB,
ASTM F955-07, and others, that govern thermal
protective clothing that allows useful thermal
protection as well as high levels of chemical
resistance, usually an outer garment of
Mechanical
❖
Protective clothing provides ballistic and
mechanical protection against various cut or
slash hazards, such as chain saws, sheet metal,
glass, knives, or other sharp edges, and stab and
puncture-resistant materials.
These protective clothing include protective
gloves, aprons, sleeves, felt inserts for chain saw
cut protection, pads to protect from abrasion,
protection from cuts while working with sheet
metal, glass, meat cutting, and others.
Para--aramids such as Kevlar and Twaron are
widely used in protective clothing offering
mechanical protection.
Mechanical protective clothing is used in
industries such as semiconductors, food, metal,
and others.
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1.00
Source: IndustryARC Analysis & Expert Insights
2023 2024 2025 2026 2027 2028 2029 2030 2031
❖
❖
❖
thermally resistant material worn over the
Thermal: Protective Clothing Market Revenue,
Mechanical: Protective Clothing Market Revenue,
2023-2031 ($bn)
2023-2031 ($bn)
7. BY APPLICATION (1/3)
6.00
5.00
4.00
3.00
2.00
1.00
-
2.00
1.50
0.50
-
2023 2024 2025 2026 2027 2028 2029 2030 2031
Revenue ($bn)
Revenue ($bn)

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Level-C provides significant splash penetration protection and may or may not use a respirator. Level-
includes coveralls and boots to provide splash and dirt protection. These protective clothing are governe
by various government regulations and standards such as EN 943- 1, ASTM F1186-03, ISO 6530, EN ISO
6529, and ASTM F1001-99a.
The most common type of garment used in the chemical area includes spun bonded nonwoven fabric,
plain or coated. In the uncoated state, it is used in particulate protection and relatively low levels o
splash, non-hazardous chemical protection areas. For a higher level of protection against dangerou
liquids, spun bonded nonwoven fabric is coated with
Chemical
❖
❖
Protective clothing used for chemical protection is categorized from high to low, i.e., from Level A to D.
Level A garments provide total encapsulation, with sealed seams, negative pressure, and with self-
contained breathing apparatus for protection from chemicals, gases, and vapors.
Level-B provides protection from highly toxic chemical splash, but may not be sealed and the garment is
not intended for vapor protection.
❖
polyethylene or other polymers.
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Source: IndustryARC Analysis & Expert Insightsx
❖
❖
❖
❖
❖
Chemical: Protective Clothing Market Revenue,
2023-2031 ($bn)
7. BY APPLICATION (2/3)
6.00
5.00
4.00
3.00
2.00
1.00
-
2023 2024 2025 2026 2027 2028 2029 2030 2031
Revenue ($bn)

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PROTECTIVE CLOTHING MARKET - BY END USER INDUSTRY
CHAPTER - 08

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8. PROTECTIVE CLOTHING MARKET- BY END USER INDUSTRY
2023: $1.40 bn
2031: $2.74 bn
2023: $2.98 bn
2031: $3.66 bn
Chemical
ManuOfvaecrt uring
& CCounrsrterunct tion
Relay
Distance
R &e lGayass
Oil
2023: $1.71 bn
2031: $3.23 bn
2023: $2.24 bn
2031: $2.58 bn
Healthcare/
Medical
2023: $ 0.84 bn
2031: $1.53 bn
2031: $1.06 bn
2023: $0.46 bn
2031: $0.76 bn
Metals &
Mining
2023: $0.97 bn
2031: $2.31 bn
Others
Warehouse &
Logistics
Firefighting &
Law
Enforcement
Protective Clothing Market CAGR - By End User
Industry, 2024-2031 (%)
2023: $0.49 bn
Warehouse & Logistics
Others
Oil & Gas
Firefighting & Law Enforcement
Healthcare/Medical
Chemical
Manufacturing & Construction
0.00%
4.00% 8.00% 12.00%
Metals & Mining

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PROTECTIVE CLOTHING MARKET - BY GEOGRAPHY
CHAPTER - 09

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China is one of the world's major aramid fiber producers. China produces
aramid and para-aramid are the two types of aramid fibers that are used in
making protective clothing. Owning to large production of aramid fiber in
the country, the protective clothing production is also getting influenced.
Industrial accidents ranging from factory fires to mining disasters are
common in China, often due to poorly enforced safety standards, due to
which the protective clothing market in China is expected to grow during the
forecast period. For instance, a fire swept through a two-story factory in
central China in November 2022, killing 38 people in one of the most deadly
fires in the country in recent years. China has over 1,500 major mining
operations. The upcoming years foresee more mining activities, which will
bring opportunities for the protective
clothing market players in China.
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Government authorities in developed economies such as Japan, are increasingly
concerned over the health and safety of the workers. Many governmen
regulations and standards compel the end-use industries, majorly the
construction industry to provide protective clothing to the workers working
under hazardous conditions. Japan’s Industrial Safety and Health Law requires
employers to take necessary measures as general health standards concerning
the environment in factories and offices. It is made mandatory for the workers
in the construction industry to use ointments, impermeable protective clothing
or protective gloves or shoes when they handle substances that may cause skin
disorders or any fatalities.
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9.3. APAC (1/6)
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❖
❖
9.3.1. China
❖
mainly meta-aramid fiber with low technological requirements. Meta
9.3.2. Japan
❖
Source: Safety Division, Ministry of Health,
Labour and Welfare (MHLW)
Breakdown of Number of deaths by sector, 2022 (%)
Construction
Tertiary Industy
Manufacturing
Land cargo transportation
Others

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PROTECTIVE CLOTHING MARKET COMPANY PROFILES
CHAPTER - 11

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Financials:
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Business Overview
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DuPont de Nemours, Inc.: Product Portfolio
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11.2 DUPONT DE NEMOURS, INC. (1/2)
Source: Company Website and Annual Reports
DuPont de Nemours, Inc.
Established Year
Headquarters
Number of Employees (2022)
Revenue (2022)
Website
Dupont De Nemours, Inc., Revenue,
2020-2022 ($M)
Description
1802
U.S.A
23,000
$13,017 M
https://www.dupont.com/
DuPont
Nomex®
Product Name
Tychem®
Tyvek® protective apparel
Dupont De Nemours, Inc., Revenue Share, By
Segment, 2022 (%)
Dupont De Nemours, Inc., Revenue Share,
By Geography, 2022 (%)
Description
Tyvek® helps offer an ideal balance of protection, durability and comfort to
employees in industrial applications and contamination control environments,
including manufacturing, pharmaceutical, automotive and utilities.
DuPontNomex®'s tried-and-true performance meets or surpasses
international standards for performance and protection. Nomex® fabric, which
resists heat, flame, and arc flash.
Tychem® fabrics are resistant to hundreds of chemicals, including sarin and
chlorine gas, as well as hazardous liquids and vapors.
20,000
15,000
10,000
5,000
0
2020
20,397
2021
16,653
2022
13,017
46%
9%
45%
Electronics &
Industrial
Water &
Protection
Corporate & Other
46%
4%
2%
17%
31%
USA
Canasa
EMEA
Asia Pacific
Latin America
25,000
Revenue ($M)

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DuPont de Nemours, Inc : Developments
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11.2 DUPONT DE NEMOURS, INC. (2/2)
Source: Company Website and Annual Reports
Date
June, 2023
March, 2022
Approach
Product Launch
Product Launch
Description
A new disposable coverall from DuPont offers workers in gigafactories, automotive, and chemical
manufacturing—including the creation of EV batteries—the best possible protection and comfort. In
manufacturing settings such as those involved in the production of electric vehicle (EV) batteries, 400 Dual
TG offers a comprehensive frontal barrier protection against hazardous chemicals
Nomex® Xtreme Performance, an innovative line of superior protection and efficiency solutions for
emergency responders, was introduced by DuPont Personal Protection. Nomex® Xtreme Performance is a
comprehensive and revolutionary solution for the next generation of personal protective equipment (PPE)
that offers exceptional thermal safeguarding and humid administration.
Protective gear is made from Tyvek, a polymer impervious to water and microbes, which is produced at
the Spruance facility. Tyvek manufacturing has risen by almost 20% so far in 2020compared to the same
period last year, primarily due to the global epidemic.
March, 2020 Production Capacity

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