|
Forecast Period
|
2026-2030
|
|
Market Size (2024)
|
USD 1.19 Billion
|
|
Market Size (2030)
|
USD 1.85 Billion
|
|
CAGR (2025-2030)
|
7.44%
|
|
Fastest Growing Segment
|
Waterproofing &
Roofing Chemicals
|
|
Largest Market
|
Riyadh
|
Market Overview
The Saudi
Arabia Construction Additives Market was valued at USD 1.19
Billion in 2024 and is expected to reach USD 1.85 Billion by 2030 with a CAGR
of 7.44% during the forecast period.
The Saudi Arabia
construction additives market is evolving rapidly, fueled by the country’s
aggressive urbanization and infrastructure expansion. Large-scale projects
across cities like Riyadh, Jeddah, and the NEOM corridor are increasing the
demand for additives such as concrete admixtures, waterproofing chemicals,
repair materials, and sealants. The industry is being shaped by a growing need
for durable and climate-resilient buildings, which require specialized chemical
formulations to withstand heat, salinity, and structural stress. Concrete
admixtures remain the largest segment, driven by their ability to reduce water
usage by 15–20% and improve workability by over 25%.
Sustainability
initiatives are also influencing the market. Additives with low volatile
organic compounds (VOCs), recycled raw materials, and bio-based formulations
are gaining traction. Products with over 20% recycled content are increasingly
preferred in public tenders. Meanwhile, the adoption of high-performance
additives—such as shrinkage-reducing agents and corrosion inhibitors—has grown
by more than 12% year-on-year.
Domestic
manufacturers are expanding capacity to meet rising demand, while international
players focus on introducing advanced, climate-adapted solutions. Despite
fiscal constraints and shifting project timelines, the Saudi construction
additives market remains supported by long-term megaprojects, housing demand,
and environmental compliance requirements, ensuring sustained market expansion
across multiple product categories.
Key Market Drivers
Mega-Project Infrastructure
Growth
Saudi Arabia’s construction
additives market is being significantly propelled by a wave of
government-funded mega projects. Developments such as NEOM, Red Sea Global,
Diriyah Gate, New Murabba, and Jeddah Central are each planned across areas
ranging from 5 to 250 square kilometers. These projects are generating
large-scale demand for additives like superplasticizers, retarders,
waterproofing compounds, and corrosion inhibitors to support heavy concrete
usage.
For example, a single site
within NEOM is expected to pour over 500,000 cubic meters of concrete annually,
consuming over 1,500 tons of concrete admixtures. Accelerators and
early-strength additives are essential due to tight project timelines—reducing
curing periods from 28 days to under 10 days. In Jeddah Central, the
redevelopment spans over 5.7 square kilometers, requiring waterproofing systems
across thousands of square meters of exposed surfaces.
New Murabba, covering
nearly 19 square kilometers, will introduce vertical structures requiring over
300,000 tons of concrete annually—driving demand for shrinkage-reducing and
flow-enhancing admixtures. Furthermore, over eight new stadiums are planned ahead
of the 2034 World Cup, each using around 60,000 cubic meters of structural
concrete and extensive anchoring grouts.
These mega-projects
collectively demand thousands of tons of additives yearly, with individual
projects requiring anywhere from 20 to 50 product types. On-site additive
batching systems are increasingly adopted to meet demand precision, enhancing
mix consistency by up to 98%. The volume, complexity, and environmental
exposure of these developments make construction additives indispensable for
performance, safety, and lifecycle durability.
Residential Construction
and Renovation Demand
The residential sector
continues to be a strong force behind construction additive consumption. Nearly
40% of ongoing construction is residential, with over 100,000 new housing units
projected annually. Each housing unit typically consumes 20–30 kg of admixtures,
contributing to significant year-round demand for water-reducing agents,
air-entraining chemicals, and grouts.
Housing permits grew by
approximately 12% in the last year alone, with government-backed housing
initiatives further accelerating momentum. Renovation and maintenance are also
rising, especially in urban areas where over 35% of buildings are now more than
20 years old. Repair and rehabilitation chemicals—like bonding agents, epoxy
resins, and patching mortars—are in growing demand to meet performance
standards and aesthetic upgrades.
Urban population growth has
surpassed 2% annually, putting pressure on public infrastructure and housing.
Multi-story apartment blocks increasingly use superplasticizers to reduce
water-cement ratios by 20% while maintaining strength. Lightweight additives
are also gaining popularity for ease of installation and energy-efficient
designs.
In addition, decorative
finishes are driving uptake of coloring additives and sealants. Approximately
30% of new housing units now include polished or colored concrete floors,
requiring pigments and surface hardeners. For waterproofing, nearly 80% of new
residential projects use membrane or crystalline coatings, reflecting rising
awareness of long-term structural protection.
Together, these data points
highlight a residential segment that is dynamic, growing, and technically
demanding. Whether through new builds or upgrades, additives are critical for
durability, speed, cost-efficiency, and design versatility.
Harsh Climate and Material
Durability Needs
Saudi Arabia’s extreme
climate conditions—characterized by summer temperatures exceeding 50°C, high
salinity near coastlines, and intense UV radiation—are pushing construction
teams toward additive-based solutions that enhance material performance and longevity.
In high-temperature zones,
retarding agents are essential to delay concrete setting by 1 to 3 hours,
preventing thermal cracking during placement. Approximately 25% of large-scale
pours now incorporate retarders to maintain workability. To address corrosion
risks from saline exposure, especially in coastal projects, corrosion
inhibitors are used in up to 40% of reinforced concrete applications. These
formulations can extend steel durability by 20 to 30 years.
Shrinkage-reducing
admixtures are also critical, especially in slab construction, reducing volume
loss by over 50%. Industrial flooring projects spanning more than 10,000 square
meters often use shrinkage-compensating products to maintain surface integrity.
For roofing and basements, waterproofing membranes and coatings—typically
applied in 2–3 mm layers—are used on over 70% of high-rise and commercial
builds.
In sandstorm-prone areas,
surface hardeners and protective coatings are used to reduce abrasion by
30–40%, thereby minimizing maintenance cycles. Polymer-modified mortars are
also favored for façade repairs, resisting dust penetration and thermal movement.
Overall, Saudi Arabia’s
environmental conditions are driving demand for performance-based construction
additives that reduce degradation risks, extend service life, and enhance
construction reliability under harsh field conditions.
Sustainability Requirements
and Green Building Push
Sustainability goals are
becoming embedded in Saudi Arabia’s construction practices, increasing demand
for additives that reduce environmental impact. Green formulations—such as
low-VOC sealants and bio-based plasticizers—are now used in approximately 15%
of all new projects, and that share is expected to grow steadily.
Many public and commercial
projects now require VOC levels below 250 g/L in coatings and adhesives,
influencing product selection and reformulation. Additives with recycled
content—often up to 20–30%—are used in over 25% of government-funded builds.
These products support certification goals for LEED, Estidama, and local
equivalents, which are increasingly tied to project approvals.
Bio-based superplasticizers
derived from agricultural byproducts are gaining popularity in eco-sensitive
zones, reducing carbon footprints by as much as 40%. Green coatings with
reflective surfaces are also being adopted in over 50% of commercial rooftops
to meet passive cooling goals.
Additive manufacturers have
responded by launching entire product lines certified for low emissions, with
at least five major suppliers now offering EPD-certified admixtures in the
Saudi market. Although green products carry a 5–10% cost premium, their adoption
is rising due to lifecycle savings and long-term compliance benefits.
As more projects adopt
sustainable building materials, the role of environmentally responsible
additives will continue to expand, making this a strategic growth area for
manufacturers and contractors alike.
Product Innovation and
Performance Optimization
Technological innovation is
changing the construction additives landscape in Saudi Arabia, as the market
shifts toward high-performance materials. New-generation admixtures with
nano-silica or graphene additives improve concrete compressive strength by up
to 30% and enhance bonding with reinforcement bars.
Controlled-release
admixtures are being used to regulate hydration time, ensuring uniform curing
across large slab placements. These advanced systems can reduce thermal
gradients by up to 40%, improving structural reliability. High-strength
early-set admixtures are shortening project cycles by accelerating formwork
removal times from 48 hours to less than 24.
Smart coatings—some with
self-cleaning or color-changing properties—are now entering the market,
offering functional and aesthetic benefits. In commercial towers, these
coatings reduce maintenance by up to 25% over the building's lifecycle.
Meanwhile, automation technologies like digital dosing systems are improving
additive accuracy to within ±1%, reducing waste and improving mix design
consistency.
Several manufacturers now
offer customized additive solutions tailored to specific project
conditions—such as high salinity, rapid setting, or temperature
extremes—creating a more responsive supply chain. Onsite mixing and additive
integration systems are also becoming standard, particularly in giga-projects,
improving productivity by as much as 15%.
As innovation becomes a
competitive differentiator, the use of specialized additives is expected to
grow—driven by efficiency, safety, sustainability, and architectural
creativity.
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Key Market Challenges
High Cost of Raw Materials
The Saudi Arabia
construction additives market is challenged by the volatility in raw material
prices, particularly due to the dependency on chemical compounds like
lignosulfonates, polycarboxylates, and sulfonated naphthalene. Since a
considerable portion of these are imported, fluctuations in global oil prices
and chemical supply chains impact costs. For instance, in 2023, the average
global price of polycarboxylate ether surged by nearly 12% due to disruptions
in supply from East Asia. The Saudi market also faces import duties and
transportation costs, which elevate overall procurement expenses. The lack of
large-scale local manufacturing infrastructure for high-performance additives
limits cost optimization. Additionally, pricing instability makes it difficult
for contractors to estimate long-term project expenses, especially in
megaprojects like NEOM or Qiddiya. In commercial construction tenders, this
often leads to price sensitivity and preference for low-cost or alternative
technologies. The imbalance between quality demand and raw material cost
becomes a constraint for suppliers trying to deliver performance without
overshooting project budgets. In many mid-scale construction ventures,
developers often choose base-grade additives to minimize cost, thereby reducing
market penetration of advanced materials. Regulatory changes such as
environmental levies on imported raw chemical materials further compound this
challenge. The situation is worsened by limited R&D investment within Saudi
Arabia, which restricts domestic innovation in low-cost additive alternatives.
Collectively, this cost challenge hinders market scalability and affects
pricing strategies for both local and international players operating in the
Kingdom.
Fragmented Supply Chain
Infrastructure
The construction additives
industry in Saudi Arabia suffers from a fragmented and underdeveloped supply
chain ecosystem. This issue is particularly evident in secondary and emerging
cities like Abha, Tabuk, and Jazan, where logistics limitations delay timely
delivery of specialty additives. Most major distributors and storage facilities
are concentrated in Riyadh, Jeddah, and Dammam, leading to regional delivery
gaps and inflated distribution costs. On average, construction additive
delivery timelines in remote cities exceed three weeks compared to just 4–6
days in central Riyadh. Limited access to temperature-controlled storage and
handling increases the risk of chemical degradation, particularly during summer
when average temperatures exceed 45°C. This reduces the shelf life and
effectiveness of key additive categories like plasticizers and air-entraining
agents. Additionally, inadequate last-mile delivery infrastructure increases
the risk of supply delays during critical stages of construction, resulting in
scheduling conflicts and potential fines under EPC contracts. The lack of
visibility across logistics chains also creates procurement inefficiencies for
large construction groups operating multiple sites simultaneously. Even in
high-growth areas like the Red Sea coastal zone, contractors often face
difficulties in securing timely, consistent additive deliveries. The absence of
a digital procurement platform that integrates real-time inventory, delivery
status, and supplier ratings further exacerbates the fragmented nature of the
supply network. Overall, the lack of reliable, integrated logistics
infrastructure constrains market expansion and makes it difficult for new
entrants to scale operations effectively beyond major cities.
Limited Technical Know-How
Among Contractors
Despite the growing demand
for advanced additives in concrete formulation, many small-to-medium
construction firms in Saudi Arabia lack the technical knowledge to apply them
effectively. A 2024 survey showed that over 47% of regional contractors had not
received formal training in selecting or dosing construction additives. As a
result, there is widespread misuse or underutilization of performance-enhancing
agents, especially in rural and non-tier-1 projects. For instance, improper
mixing of superplasticizers leads to segregation or poor slump retention,
compromising structural quality. In fast-track projects, contractors often skip
critical steps in additive handling to save time, which undermines the
long-term durability of structures. Misunderstandings about additive
interactions also create safety and performance risks—such as when accelerators
are used inappropriately with fly ash blends. Compounding this issue is the
absence of specialized technical advisors or on-ground product support from
many additive suppliers. Unlike developed markets where application engineers
routinely guide dosage and integration, Saudi Arabia’s construction ecosystem
lacks such value-added services outside major urban centers. This disconnect
discourages many project managers from incorporating advanced or customized
additives into their formulations. Furthermore, many developers view additives
as discretionary rather than essential, due to lack of measurable performance
feedback mechanisms post-project. These knowledge barriers result in missed
opportunities for innovation, compromised structural quality, and lower
consumption of specialty additives in mid-tier construction segments.
Regulatory Compliance and
Certification Delays
Another major challenge in
Saudi Arabia’s construction additives market is the lengthy and complex
regulatory approval process. All additives used in government-funded
infrastructure must comply with Saudi Building Code (SBC) and gain clearance
from authorities like the Saudi Standards, Metrology and Quality Organization
(SASO). While this ensures safety and performance, it introduces significant
bottlenecks for companies trying to launch new or customized formulations. For
example, it typically takes 4–6 months for new additive products to receive
final compliance approvals—delaying market entry and revenue generation. These
regulatory processes are often inconsistent across municipalities, with varying
documentation requirements in Riyadh compared to Jeddah or the Eastern
Province. Global suppliers attempting to localize products often face delays in
third-party lab testing, especially for eco-friendly or bio-based additives. In
several instances, shipments have been held up at customs pending additional certification
proof, causing project delays and inventory losses. Additionally, since some
government mega-projects have independent auditing requirements, additive
manufacturers must tailor documentation on a case-by-case basis, stretching
internal regulatory teams. Smaller domestic firms are particularly
disadvantaged by the lack of clear regulatory guidance and digital submission
portals. These compliance complexities not only hinder innovation but also
raise the cost of market entry and slow down product diversification across the
Kingdom.
Environmental Pressures and
Waste Management
The environmental impact of
chemical-based construction additives is becoming a growing concern, especially
with Saudi Arabia’s Vision 2030 focus on sustainability and green building
standards. Most traditional additives contain petrochemical-derived compounds
that are not biodegradable and require controlled disposal. However, the
Kingdom lacks a uniform national framework for handling construction chemical
waste, leading to inconsistent practices across regions. For instance, over 60%
of used packaging drums and containers are disposed of in general construction
waste, without proper recycling. With Saudi Arabia aiming to increase the
percentage of green-certified buildings by 50% by 2030, developers are under
pressure to reduce their carbon and chemical footprint. This presents a
significant challenge for additive manufacturers who must invest in
reformulating products to meet emerging green standards. Biodegradable and
low-VOC additives are not yet widely available due to higher R&D costs and
raw material constraints. Additionally, there is minimal incentive for
contractors to adopt eco-friendly alternatives, as the regulatory framework
doesn’t currently penalize the use of conventional additives. Furthermore, the
hot and arid climate of Saudi Arabia limits the range of biodegradable
ingredients that can be used without compromising performance. Lack of waste
disposal partnerships between construction firms and chemical recyclers also
discourages sustainable additive lifecycle management. Together, these environmental
challenges threaten to disrupt the current growth momentum unless addressed
through policy, innovation, and awareness.
Key Market Trends
Rising Adoption of
High-Performance Additives in Mega Projects
Saudi Arabia’s ongoing
mega-projects, including NEOM, The Line, Qiddiya, and Diriyah Gate, are
significantly driving the demand for high-performance construction additives.
These large-scale developments require advanced material performance—such as
higher compressive strength, faster setting time, and enhanced durability in
extreme climates. To meet these demands, there has been a surge in the use of
superplasticizers, retarders, corrosion inhibitors, and shrinkage-reducing
additives. For example, in The Line's foundational works, superplasticizers
have been used to increase workability by 30% without increasing water content,
improving long-distance pumping capacity. Additionally, set-retarding additives
have been applied in over 800,000 cubic meters of concrete to handle prolonged
casting cycles in summer. High-performance air-entraining agents are also
gaining popularity in regions with significant thermal cycling to reduce
freeze-thaw damage risks, especially for elevated infrastructure and utility tunnels.
The need for corrosion-resistant concrete in coastal and underground tunnels
has accelerated the use of specialized admixtures that improve permeability
resistance by up to 60%. With projects such as Amaala emphasizing long-term
structural integrity and environmental resilience, designers are mandating the
inclusion of high-end chemical solutions during the tendering phase. Also
notable is the increased involvement of European and American additive brands
in consortiums and subcontracting layers, bringing global product standards to
Saudi sites. This trend is further supported by digital construction methods
like BIM and digital twin technologies, which allow exact quantification and
integration of additives into designs—eliminating overuse and ensuring optimal
performance. As mega-projects continue to lead the nation’s construction
ecosystem, the demand for high-performance, technically advanced additives is
likely to grow more entrenched.
Expansion of Precast and
Modular Construction Fuels Additive Demand
Precast and modular
construction methods are gaining momentum in Saudi Arabia as developers look to
accelerate project timelines, reduce labor costs, and enhance quality control.
This construction model is particularly prominent in large housing and infrastructure
schemes under the Sakani housing program and various Vision 2030-linked urban
expansions. Precast construction relies heavily on the use of additives such as
fast-setting accelerators, shrinkage reducers, bonding agents, and
anti-bleeding admixtures to ensure consistent quality during offsite casting
and rapid installation. In recent precast residential developments in Dammam,
accelerators reduced curing time by nearly 35%, allowing for a 10% faster
production cycle. Additionally, modular schools and healthcare facilities in
Riyadh have seen a 25% reduction in water-related defects due to the adoption
of high-performance water-reducing agents. Since modular units must remain
dimensionally stable and durable during transportation, additives that improve
tensile and flexural strength—such as nano-silica blends—are increasingly being
included in formulations. Another trend is the use of color-retaining additives
in architectural precast panels, especially for public facilities seeking to
reduce repainting cycles. Manufacturers of precast elements are now building
long-term partnerships with chemical suppliers to co-develop formulations
tailored for local climatic conditions. Digital control in factory environments
also allows more precise additive dosing, maximizing performance without waste.
As Saudi Arabia continues to address housing shortages through large-scale
modular housing units, and ramps up standardized infrastructure like flyovers
and utility chambers, the role of construction additives in offsite solutions
is becoming essential and structural rather than optional.
Localization and Onshore
Manufacturing of Additives
In line with Saudi Arabia’s
broader push for industrial localization, the construction additives segment is
also witnessing a trend toward local production and formulation. Import
dependency has historically made the market vulnerable to delays, price fluctuations,
and currency shocks. However, since 2022, more than seven international
additive manufacturers have either announced joint ventures or feasibility
studies for setting up local blending facilities. The Public Investment Fund
(PIF) has indirectly supported this transition by promoting import substitution
across strategic building material sectors. For example, a Jeddah-based cement
additive blending plant established in 2023 now supplies shrinkage reducers to
over 18 regional construction companies. Similarly, a joint initiative between
a Riyadh-based RMC provider and a European additive company is aiming to supply
customized admixtures for desert concrete mixes. Localization is not only about
manufacturing but also about formulating products suited for local aggregates,
sulfate-rich soils, and arid climatic conditions. More than 55% of additives
used in Eastern Province projects in 2024 had locally modified formulations to
handle salinity and high-temperature exposure. This shift also reduces lead times
and improves technical support, as local teams can respond faster to on-site
performance issues. With new SEZ (special economic zone) incentives introduced
for chemical production in Dammam and Ras Al-Khair, more additive companies are
expected to explore in-Kingdom manufacturing. This trend, while still emerging,
is crucial for long-term supply security and aligns with national industrial
diversification goals under Vision 2030.
Increased Digitalization in
Additive Selection and Application
Digital transformation is
reshaping the way construction additives are selected, dosed, and tracked in
Saudi Arabia. This trend is particularly driven by large-scale contractors and
real estate developers who are integrating digital tools like Building Information
Modeling (BIM), ERP-integrated additive tracking, and real-time concrete
performance monitoring. Contractors on projects such as NEOM and King Salman
Park are already leveraging BIM libraries with additive properties embedded,
enabling engineers to test admixture impacts virtually before deployment. In
2024, over 40% of high-rise projects in Riyadh incorporated digital additive
dosing systems that automatically adjust dosages based on mix design, weather,
and concrete age. These smart batching systems help reduce human error,
optimize material use, and improve sustainability scores. Additionally,
cloud-based dashboards allow suppliers and contractors to collaboratively
monitor concrete performance post-pour, including shrinkage, temperature gain,
and strength development. QR-coded additive drums and RFID-tagged delivery
containers are being trialed in major projects for traceability and inventory
control. Moreover, mobile apps now assist on-site engineers with dosage
calculation, technical sheets, and troubleshooting guides, increasing
field-level productivity. This digital shift also encourages standardization,
helping reduce inconsistencies across multiple sites and subcontractors. As
Saudi Arabia’s construction ecosystem continues to modernize, digital platforms
for additive management are expected to become standard operating procedure,
making the entire supply chain more agile, efficient, and transparent.
Segmental Insights
Product Type Insights
Concrete Admixtures segment
dominates in the Saudi Arabia Construction
Additives market in 2024 due to the country’s concrete-intensive construction sector,
driven by strategic urban development and infrastructure megaprojects under
Vision 2030. Cities like Riyadh, Jeddah, and NEOM witnessed a surge in concrete
pour volume as metro lines, stadiums, airports, and commercial towers went up
simultaneously. In such high-volume projects, water-reducing, set-retarding,
shrinkage-controlling, and workability-enhancing admixtures are essential for
achieving structural integrity, strength, and project timelines.
Moreover, Saudi
Arabia’s harsh climatic conditions—characterized by summer heat of around
45–50 °C, high sand and dust levels, and coastal salinity—pose significant
stress on concrete during curing and early lifecycle. To prevent thermal
cracking, admixtures that retard or regulate hydration are widely used;
meanwhile, superplasticizers help manage slump retention during extended
placement in hot weather. These additives enable batching plants to maintain
consistent mix performance even when exposed to extreme ambient temperatures.
Additionally,
residential development, comprising about 40% of the construction market,
relies heavily on rapid and cost-effective construction methods. Here,
admixtures enable faster setting times and reduced finish defects, facilitating
working weekends and overnight pours that compress project schedules. In
commercial and industrial segments, admixtures are mandatory to meet technical
specifications such as compressive strength, durability against aggressive
soils, and freezing/deflection cycles in high-rise structures.
Public
procurement policies also support admixture use through tender requirements
that specify compliance with strength and environmental benchmarks. As
developers and contractors recognize the value of reduced cement usage (by
15–20%) and improved concrete life cycles, admixtures are increasingly seen not
as optional add-ons but as essential components. The transition from commodity
bulk cement to performance-enhanced concrete cements has made admixtures the
backbone of construction chemistry, firmly securing their leading position in
Saudi Arabia's 2024 market landscape.
Function Insights
Plasticizers &
Superplasticizers segment dominated the Saudi Arabia Construction Additives market in 2024 due to their ability to
significantly reduce water–cement ratios—typically by 20–30%—while maintaining
workability in hot climates. In large-scale pours for high-rise towers and mega
infrastructure, these additives extended slump life up to 90 minutes, allowing
efficient pumping and placement even under extreme heat. By enabling concrete
to reach strength benchmarks within 7–10 days, they satisfied tight
construction schedules. The necessity of high early strength and reduced
defects in over 40% of the Kingdom’s reinforced concrete activity in 2024 made
these additives indispensable.
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Region Insights
Largest Region
Riyadh dominates the Saudi Arabia Construction
Additives market in 2024 due to Riyadh’s construction landscape is dominated by
large-scale megaprojects under Vision 2030. The Riyadh Metro, an extensive
public transport network involving six lines and millions of concrete pours,
has alone driven massive demand for admixtures. In addition, developments such
as the King Salman International Airport expansion and New Murabba complex are
among the Kingdom’s largest ongoing projects, requiring steady and diverse
supplies of specialized additives—from superplasticizers to corrosion inhibitors.
Secondly, Riyadh
serves as Saudi Arabia’s primary residential and commercial hub. Its urban
population exceeds 8 million and grows at over 2% annually. In 2024,
government-backed housing initiatives delivered more than 50,000 new housing
units in the city, each consuming 25–30 kg of additives. Combined with an
active renovation market—driven by municipal upgrades to public housing—this
residential surge translated into consistent demand for mortar enhancers,
surface sealants, and flooring additives.
Industrial and
commercial infrastructure has also been rapidly expanding around Riyadh’s
periphery. With industrial permit approvals increasing over 15% annualized, the
city’s outskirts now host logistics parks and manufacturing hubs requiring
heavy-duty flooring, corrosion-resistant coatings, and waterproofing solutions.
Another key
factor is the supply ecosystem. Major chemical multinationals and local
producers maintain regional distribution hubs, R&D centers, and technical
teams in and around Riyadh, enabling rapid product delivery and on-site
support. This proximity gives developers operational flexibility, particularly
for large-scale projects.
Finally, Riyadh
sets the tone for technical standards and sustainability. Local governing
bodies and private-sector developers frequently mandate LEED or GSAS
certification that necessitates low-VOC and high-performance additives.
Riyadh-based tenders increasingly emphasize quality specifications, steering
procurement toward advanced construction chemistries. All these factors
combined have firmly established Riyadh as the epicenter of construction
additive demand in Saudi Arabia’s 2024 market.
Emerging Region
Makkah is the emerging region in the Saudi Arabia Construction
Additives market in the coming period due to escalating religious tourism projects and urban
renewal work. Constant expansion and refurbishment of the Grand Mosque
precinct, along with supporting transit, housing, and hospitality
infrastructure, are driving large cement volumes. Waterproofing additives are
increasingly needed to counteract groundwater conditions and tunnel systems.
Decorative and fast-setting admixtures are being used to complete phases
between the tightly scheduled Hajj and Umrah cycles, pushing around 20,000 tons
of additive demand per annum. These conditions position Makkah as a
strategically important growth region in the near future.
Recent Developments
- In February 2025, Casais
Group, a leading European construction firm, partnered with Nahaz Investment
Group to establish Casais Entirez, a strategic joint venture in Saudi Arabia.
Leveraging Casais' 60+ years of global experience in industrialized and sustainable
construction and Nahaz’s local market expertise, the venture aims to deliver
high-efficiency, high-quality building solutions tailored to Saudi needs.
Casais Entirez will introduce advanced building technologies to the Kingdom,
accelerating project timelines and supporting the national shift toward
sustainable construction practices.
- In April 2025, WakeCap, a
Saudi provider of smart construction management tools, formed a strategic
partnership with U.S.-based OpenSpace, a global leader in AI-powered analytics
and reality capture. This collaboration aims to bring next-generation global
construction technologies to the Saudi market, enabling enhanced project
monitoring, digital documentation, and efficiency improvements. Aligned with
Vision 2030, the partnership will equip Saudi construction firms with advanced
tools to optimize workflows, improve safety, and elevate the standards of local
project execution.
- In May 2025, Bechtel signed
an agreement with the King Salman International Airport Development Company to
act as delivery partner for three terminals at the King Salman International
Airport in Riyadh. This strategic agreement, signed during President Trump’s
visit to the Kingdom, reflects the deepening U.S.-Saudi infrastructure ties.
Building on its delivery of over 300 projects in Saudi Arabia, including the
Riyadh Metro, Bechtel will bring global expertise and efficiency to one of the
country’s most significant aviation developments.
- In April 2025, the European
consortium xBUILD-EU completed a high-level mission to Riyadh from February
24–27, exploring collaboration opportunities in Saudi Arabia’s construction,
logistics, and sustainable infrastructure sectors. The initiative brought
together textile, construction, and advanced technology leaders aiming to
support the Kingdom’s Vision 2030 objectives. The visit highlighted the demand
for European expertise in smart and sustainable infrastructure, strengthening
trade and investment dialogue between the EU and Saudi stakeholders in the
evolving built environment ecosystem.
Key
Market Players
- SABIC
- Sika AG
- BASF SE
- Fosroc
International Ltd.
- 3M
Company
- Arkema
Group
- Dow
Chemical Co.
- RPM
International Inc.
- Henkel AG
& Co. KGaA
- W. R.
Grace & Co.–Conn.
|
By Product Type
|
By Function
|
By Application
|
By Region
|
- Concrete
Admixtures
- Waterproofing
& Roofing Chemicals
- Repair &
Rehabilitation Chemicals
- Others
|
- Plasticizers
& Superplasticizers
- Accelerating
Additives
- Retarding
Additives
- Others
|
- Residential
- Commercial
- Industrial
- Infrastructure
|
- Riyadh
- Makkah
- Madinah
- Eastern
Province
- Asir
- Tabuk
- Rest of
Saudi Arabia
|
Report Scope:
In this report, the Saudi Arabia Construction
Additives Market has been segmented into the following categories, in addition
to the Application trends which have also been detailed below:
- Saudi Arabia Construction
Additives Market, By Product Type:
o Concrete Admixtures
o Waterproofing & Roofing Chemicals
o Repair & Rehabilitation Chemicals
o Others
- Saudi Arabia Construction
Additives Market, By Function:
o Plasticizers & Superplasticizers
o Accelerating Additives
o Retarding Additives
o Others
- Saudi Arabia Construction
Additives Market, By Application:
o Residential
o Commercial
o Industrial
o Infrastructure
- Saudi Arabia Construction Additives Market, By Region:
o Riyadh
o Makkah
o Madinah
o Eastern Province
o Asir
o Tabuk
o Rest of Saudi Arabia
Competitive Landscape
Company Profiles: Detailed analysis of the major companies
present in the Saudi Arabia Construction Additives Market.
Available Customizations:
Saudi Arabia Construction Additives Market report
with the given market data, TechSci Research offers customizations according
to a company's specific needs. The following customization options are
available for the report:
Company Information
- Detailed analysis and
profiling of additional market players (up to five).
Saudi Arabia Construction Additives Market is an
upcoming report to be released soon. If you wish an early delivery of this
report or want to confirm the date of release, please contact us at [email protected]