Industrial Polyurea Coatings for the Oil & Gas Industry
Call in to discuss which of our industrial coatings, services, and equipment meet your demands. As a partner with some of the largest oil and gas companies around the world, Marvel Industrial Coatings is proven and dependable for the most demanding projects.
Uses
Secondary Containment
Storage Silos
Pipelines
Processing Sites
Burms
Frac Tanks
Products
M91
M85
M395
Aliphatic 79
Marvel Primers
Call in for product recommendations at 1-888-419-6305.
The Oil & Gas Industry's Industrial Coating Needs
The oil and gas industry operates in some of the toughest conditions on Earth. Offshore platforms face constant exposure to saltwater, while onshore facilities handle harsh chemicals, abrasive materials, and heavy equipment. Without the right protective coatings, pipelines, tanks, and other critical infrastructure can degrade quickly, leading to costly downtime, equipment failures, safety hazards, and environmental risks.
Advanced coatings serve as a durable barrier, protecting assets from corrosion, chemical attack, abrasion, and UV damage. They reinforce structures, extend service life, and reduce maintenance needs. Among available options, military-grade polyurea coatings are widely preferred for their rapid curing, flexibility, and ability to withstand chemical and mechanical stress.
Marvel Industrial Coatings delivers industrial-strength polyurea solutions engineered for the demanding needs of upstream, midstream, and downstream operations. From polyurea secondary containment to pipeline and tank protection, our coatings help operators stay safe, compliant, and fully operational.
Key Environmental and Operational Challenges
Corrosion caused by moisture, salt, and chemicals
Chemical exposure from hydrocarbons, acids, and solvents
Abrasion from sand, gravel, and high-pressure operations
UV degradation and extreme weather fluctuations
Heavy wear in loading zones, tank batteries, and containment areas
Why Polyurea is Ideal for Oil & Gas Applications
In the gas industry, operators demand coatings that can withstand harsh chemicals, abrasion, and extreme temperatures while minimizing downtime. Polyurea coatings deliver this balance, offering rapid cure times, long-term durability, and robust corrosion protection. Unlike conventional epoxy or urethane systems, polyurea combines speed, flexibility, and chemical resilience to meet the tough requirements of pipelines, tanks, containment areas, etc.
What Makes Polyurea Different?
Its unique characteristics make it ideal for polyurea pipeline coatings, tanks, and other critical equipment, even in the harshest environments.
Fast Cure Times: Sets in seconds, reducing downtime and allowing rapid return to service.
Continuous Coverage: Sprayed polyurea creates a continuous, monolithic membrane with no weak points.
High Elongation & Flexibility: Moves with substrates without cracking or peeling.
Extreme Temperature Tolerance: Performs reliably in both hot and cold climates.
Superior Chemical Resistance: Protects against fuels, oils, acids, salts, and other aggressive substances, making it ideal for gas coatings and industrial equipment.
Moisture Insensitive: Can be applied in high-humidity environments where other coatings fail.
Benefits for the Oil & Gas Sector:
From polyurea tanks to coatings for oil and gas infrastructure, these systems keep everything durable and compliant.
Extends the service life of steel, concrete, geotextiles, and other critical infrastructure
Reduces maintenance and repair costs while protecting pipelines and tanks
Supports compliance with environmental regulations, including EPA SPCC standards
Provides impact and abrasion resistance in high-wear areas such as loading zones and containment areas
Available in mil-spec certified formulations for sensitive or regulated applications
Whether you're protecting a polyurea pipeline coating, lining a secondary containment area, or reinforcing tanks and other components, Marvel's Type 1 and Type 2 polyurea systems are engineered for high-performance, long-lasting results.
Key Applications & Use Cases in Oil & Gas
Marvel’s polyurea coatings are engineered to protect the most critical assets in oil and gas operations. From upstream well sites to downstream processing facilities, our systems are trusted in environments where failure is not an option.
Explore the most common and high-impact applications below:
Secondary Containment Systems
Polyurea is ideal for sealing berms, duck ponds, and containment pits that prevent environmental contamination. Our seamless, chemical-resistant liners meet environmental compliance standards and stand up to spills from hydrocarbons, acids, and other aggressive substances.
Spray-applied to geotextile fabric or concrete
Rapid set times minimize disruption
Prevents soil and groundwater contamination
Tank Linings & Storage Vessels
Our Type 1 and Type 2 polyurea systems provide long-lasting protection for both the interior and exterior of steel or fiberglass tanks. These coatings resist corrosion, abrasion, and chemical attack, extending tank service life and reducing costly repairs.
Ideal for crude oil, water, wastewater, and chemical storage
Seamless membranes eliminate leak paths
NSF/ANSI certified options available (potable water)
Pipeline & Valve Coatings
Marvel coatings create a rugged, impermeable barrier on above-ground and buried pipelines, valves, and fittings. They mitigate rust, erosion, and chemical damage caused by harsh field conditions.
Flexible enough to handle vibration and temperature fluctuations
Prevents pitting, corrosion, and premature failure
Compatible with steel, fiberglass, and composite substrates
Well Pads, Rigs & High-Traffic Zones
Coatings applied to concrete and metal rig platforms increase worker safety and equipment longevity. Our polyurea systems offer anti-slip surfaces, chemical resistance, and durability under heavy traffic and mechanical impact.
Withstands spills, drops, and abrasion
Fast cure allows same-day return to service
Protects foundations and rig structure
Tank Exteriors & Environmental Shielding
For storage tanks exposed to the elements, UV-stable polyurea coatings prevent sunlight degradation, rust, and paint failure. These systems are especially effective in harsh climates and remote environments.
Extended UV protection reduces repaint cycles
Improves aesthetics and asset value
Minimizes corrosion from rain, salt air, and temperature cycling
Each of these use cases reflects real-world applications proven in the field, supported by Marvel’s mil-spec certifications, decades of experience, and industry-best technical service.
Product Highlights: Polyurea Systems for Oil & Gas
Marvel’s coatings aren’t just tough—they’re engineered for mission-critical performance in the harshest oil and gas environments. Below are our top products trusted for containment, corrosion protection, structural reinforcement, and more.
M91 – Type 1 Polyurea
Best for large containment areas, tank linings, corrosion protection.
100% solids, high-build coating
Fast-curing and moisture-insensitive
Excellent abrasion and chemical resistance
Ideal for concrete, steel, and geotextile substrates
Recommended for: Secondary containment, tank exteriors, berms, well pad surfaces
M395 – Pure Polyurea (Type 1)
Best for High-flex, high-impact environments requiring elite performance.
Military-grade chemical formulation
High elongation for substrate movement
Seamless, watertight membrane
Outstanding durability in corrosive zones
Recommended for: Pipelines, storage tanks, valve pads, refinery flooring
C11 – Type 2 Polyurea Cartridge System
Best for quick repairs, touch-ups, and smaller containment areas.
Portable, cartridge-based system
Mil-spec grade coating in a compact form
Perfect for remote locations and on-site repairs
No equipment needed—just plug and spray
Recommended for: Maintenance teams, small-area containment, rapid patch jobs
Grip Liner & Premium Bedliner Systems
Best for high-impact zones needing slip resistance and surface protection.
Rubberized formulations for added flexibility
Premium product resists UV and chemical breakdown
Commonly used in high-wear areas of oil rigs and service vehicles
Recommended for: Walkways, platforms, truck beds, spill-prone surfaces
Each Marvel formulation is backed by our industry-best tech support and over 40 years of chemical innovation. If you’re unsure which coating is right for your application, our team can help you select the ideal product based on your project specs.
Proven Performance in the Field
Marvel coatings are proven across some of the toughest oil and gas coating environments in the country. From West Texas oilfields to coastal refineries, our polyurea tanks and polyurea containment systems deliver real-world results that reduce downtime, extend equipment life, and help operators stay compliant.
Key highlights:
Trusted in high-volume containment areas, large tank battery sites, and remote well pads where failure is not an option
Partnered with independent operators, service contractors, and engineering firms who rely on consistent performance and responsive technical support
Common applications include:
Secondary containment around valve systems ("duck ponds") using polyurea for secondary containment to create a waterproof barrier and prevent environmental damage
Prefabricated liner systems installed under large tanks, forming a continuous barrier to protect tanks and surrounding areas from leakage, corrosion, and erosion
Specifically formulated for harsh industrial conditions, unlike competitors who rebrand bedliner products
Ideal for evaluating a chemical storage coating service or protecting pipelines, backed by decades of field data and real-world durability
Expert Tech Support & Training
In oil and gas operations, downtime is costly and poor technical support can cost even more. Marvel provides not just high-performance industrial coatings, but also direct access to experienced coating professionals who understand the challenges of field application.
Our support includes:
On-call technical service, including weekends and holidays
Remote troubleshooting and guidance for applicators in the field
On-site training for new crews or complex projects
Equipment guidance, setup, and maintenance recommendations
Assistance interpreting product data sheets, mixing ratios, and application specs
Many customers come to us after leaving competitors who couldn't deliver consistent support and they stay because Marvel guarantees that every product comes with the expertise to get the job done right. Whether coating a containment berm or lining tanks at coastal facilities, our team is with you before, during, and after the job.
Want to learn more about our mil-spec coatings and how they’re used in high-risk environments like defense and energy?
Explore our Military Coatings page to see why Marvel is trusted by professionals who can’t afford to compromise.
Frequently Asked Questions about Oil & Gas Industry Coatings (FAQs)
What coatings are used in oil and gas pipelines?
Polyurea coatings are commonly used to protect the exterior of pipelines from corrosion, abrasion, and chemical exposure. Marvel’s polyurea systems form a seamless barrier that adheres to steel, fiberglass, or composite substrates—even in extreme weather conditions.
What’s the difference between Type 1 and Type 2 polyurea?
Type 1 polyurea is typically used in large-scale applications where drum or tote systems are sprayed with plural-component equipment. Type 2 polyurea is a cartridge-based system designed for smaller jobs or quick field repairs. Marvel offers both, with Type 1 options like M91 and M395 used extensively in the oil and gas sector.
How does polyurea compare to epoxy for containment?
Polyurea cures much faster than epoxy and performs better in environments with fluctuating temperatures or moisture. It also offers superior elongation, making it ideal for containment areas subject to movement, impact, or vibration. Polyurea forms a seamless membrane, while epoxy can crack under stress.
Can Marvel coatings be applied in the field, or only in a shop?
Marvel coatings are engineered for both in-shop and field application. Many containment liners are sprayed in controlled environments and then seamed on-site, while others are applied directly to concrete, geotextile, or steel at the job location.
Are Marvel coatings compliant with environmental regulations?
With proper surface prep and application, polyurea coatings can last 10–20 years or more in oil and gas settings. Marvel’s coatings are engineered for longevity, even in high-wear zones exposed to harsh weather, chemicals, and mechanical abrasion.
How long does a polyurea coating last in the oil and gas field?
Type 1 polyurea is typically used in large-scale applications where drum or tote systems are sprayed with plural-component equipment. Type 2 polyurea is a cartridge-based system designed for smaller jobs or quick field repairs. Marvel offers both, with Type 1 options like M91 and M395 used extensively in the oil and gas sector.
Do I need special equipment to apply these coatings?
Type 1 polyurea systems require plural-component spray equipment, while our Type 2 cartridge-based system can be applied without any special machinery. Marvel also provides guidance and training to ensure the equipment is properly configured and maintained.
Can polyurea be applied over rusted or previously coated surfaces?
Polyurea can be applied over older surfaces, but the substrate must be properly cleaned and prepared first. Any loose rust or failed coating has to be removed so the new protective coating bonds securely. Once the surface is solid and stable, polyurea creates a layer that restores and reinforces the aging infrastructure.
What is the minimum surface preparation required before applying polyurea?
Most applications require a clean, dry surface with proper profiling. Steel often needs abrasive blasting, while concrete typically requires grinding or scarifying. Good preparation guarantees long-term performance of the coatings, especially in demanding environments.
Can these coatings handle continuous immersion in chemicals or wastewater?
Yes. Polyurea systems offer strong chemical resistance and can be formulated for immersion service, including wastewater basins, brine pits, and chemical tanks. For more aggressive media, our team selects the right system based on the specific chemicals involved.
Are polyurea coatings suitable for offshore environments?
They are widely used on offshore platforms because of their durability, impact strength, and corrosion resistance in salt-heavy marine environments. Polyurea's flexibility also handles constant movement from waves and machinery.
How quickly can coated assets return to service after application?
Polyurea cures extremely fast, allowing many assets in the oil and gas industry to return to service within hours rather than days. This reduces downtime and makes it ideal for high-throughput operations.
Can polyurea be used on flexible or moving substrates?
Polyurea can stretch and move with flexible materials, making it suitable for liners, joints, berms, expansion points, etc. It bonds well to many components, including steel, concrete, and certain plastics.
Do you offer custom formulations for unique chemical exposures?
For specialized environments, including refining and processing, custom blends are available through our industrial coatings portfolio. These systems can be tuned for heat, abrasion, or specific chemical attack.
What thickness is recommended for different oil and gas applications?
Thickness varies depending on use. Containment areas may require 60–120 mils, while equipment coatings may be thinner. In pipeline or tank work, engineers often specify additional layers for high temperature coatings or impact protection.
Can polyurea coatings be applied in extreme temperature or humid conditions?
Polyurea can be applied in challenging weather, but certain ranges work best. When temperatures or humidity levels are extreme, installers adjust spray parameters or choose products designed for those conditions, such as thermal spray coating for high-heat environments.
Do Marvel coatings help extend the lifespan of aging infrastructure?
By sealing surfaces and protecting them from abrasion, chemicals, and moisture, these systems strengthen old pipelines and equipment, slowing deterioration and reducing long-term maintenance needs.
The quality products and technical support has given confidence that we can do the job right. Their techs have helped us out a bunch.