MavCoat Flex · MavCoat Polyurea · MavSeal HWU

Parking Deck & Traffic Coatings

Water and chlorides destroy structural concrete from the top down. Maverick's deck system — MavCoat Flex flexible epoxy, MavCoat Polyurea rapid-cure membrane, and MavSeal HWU wear topcoat — moves with the deck, bridges cracks, and keeps de-icing salts away from the rebar.

A System That Moves With the Structure

A vehicular traffic coating is a flexible, waterproof membrane system applied to concrete parking decks: an elastomeric base membrane with 60–65% elongation to bridge moving cracks, an aggregate-broadcast wear course for skid resistance, and a pigmented urethane topcoat. Its job is to keep water and the chlorides in de-icing salts out of the structural slab, where they corrode reinforcing steel. Maverick's deck system combines MavCoat Flex, MavCoat Polyurea, and MavSeal HWU.

Parking structures flex, thermally cycle, and crack. Rigid coatings split with them — this system doesn't. MavCoat Flex elastomeric epoxy bridges hairline cracks and accommodates substrate movement, the MavCoat Polyurea membrane stretches across moving cracks, and broadcast wear courses under a MavSeal HWU topcoat take the punishment of turning tires, snowplows, and grit.

Build-ups are zoned to the work the deck actually does: heavy-duty courses at turn lanes, ramps, and ticket spitters; standard courses at parking bays. The result is a single waterproof envelope with wear resistance placed exactly where it's consumed.

Waterproof Crack-Bridging Chloride Barrier Zoned Build-Ups

Why Owners Specify the Maverick Deck System

  • Seamless waterproofing — the MavCoat Polyurea membrane protects occupied space and stored vehicles below the deck.
  • Bridges moving cracks — MavCoat Flex elastomeric epoxy spans hairline cracks and tolerates slab deflection and vibration.
  • Blocks chloride intrusion from de-icing salts — the leading cause of rebar corrosion.
  • Aggregate-broadcast wear courses deliver skid resistance on slopes and ramps.
  • MavSeal HWU topcoat — pigmented aliphatic high wear urethane with UV stability and long-term color retention.
  • Phased installation keeps the structure open — work proceeds bay by bay, level by level.

Deck System Cross-Section

Layered membrane build — per-layer thicknesses on each product TDS. Drive-lane and turn-lane zones receive an additional wear course over the same continuous membrane.

Maverick waterproof traffic-coating system cross-section Layered build-up from bottom to top: structural concrete deck with reinforcing steel, MavCoat Flex flexible epoxy basecoat, MavCoat Polyurea elastomeric membrane, aggregate-broadcast wear course, and MavSeal HWU pigmented urethane topcoat. MavSeal HWU Topcoat Pigmented aliphatic urethane, UV-stable, locks the aggregate Wear Course — Aggregate Broadcast Skid-resistant; doubled at drive and turn lanes MavCoat Polyurea Membrane Rapid-cure elastomeric waterproofing, crack-bridging MavCoat Flex Basecoat Flexible epoxy bond coat over prepared deck Structural Concrete Deck Shot-blast prep; reinforcing steel protected below
Representative section, not to scale. Crack treatment, joint terminations, and drain transitions follow the MAV-PD detail series — request dimensioned drawings for your project.

Every Component, Documented

The products that make up the system, what each one does, and where to get its technical data. Components are supplied as factory-batched kits and installed by Maverick crews per the project specification.

ApplicationProductFunction in the SystemDocuments
Primer MavPrime EP Penetrating epoxy primer over prepared deck concrete. TDS (PDF)
Waterproofing membrane MavCoat Flex Crack-bridging elastomeric membrane over occupied space; receives full aggregate broadcast to rejection. TDS (PDF)
Heavy-duty membrane MavCoat Polyurea High-elongation polyurea for ramps, turns, and high-abuse lanes. TDS (PDF)
Wear course aggregate Angular Silica Broadcast Broadcast to rejection into the membrane for traction and wear. Request TDS
Traffic topcoat MavSeal HWU Pigmented wear coat with striping and demarcation coated into the system. Color Charts

Built for Wheels and Weather

  • Parking Structures
  • Plaza & Podium Decks
  • Vehicle Ramps
  • Stadiums & Arenas
  • Balconies & Walkways
  • Mechanical Rooms

Typical Properties

Typical system properties — request the MavCoat Flex, MavCoat Polyurea, and MavSeal HWU data sheets for project-specific values.
Property Test Method Typical Value
System buildPer layerMembrane + aggregate broadcast + wear coat — per-layer thicknesses on each product TDS
Elongation (MavCoat Flex)ASTM D41260%
Elongation (MavCoat Polyurea)ASTM D63865%
Tensile strength, base membraneASTM D4122,200 psi
Adhesion to concrete (MavCoat Polyurea)ASTM D4541>400 psi
Adhesion to concrete (MavSeal HWU)ASTM D4541>300 psi
Abrasion resistance, wear coat (MavSeal HWU)ASTM D4060, CS-17, 1 kg, 1,000 cycles12 mg loss
Return to vehicle traffic72 °F / 50% RH48 hours

Common Questions

How does a traffic-coating system protect a parking structure?

Water and chlorides destroy structural concrete from the top down. The system forms a single waterproof envelope that blocks chloride intrusion from de-icing salts — the leading cause of rebar corrosion — while the seamless MavCoat Polyurea membrane protects occupied space and stored vehicles below the deck.

Can the deck coating bridge cracks as the structure moves?

Yes. MavCoat Flex elastomeric epoxy spans hairline cracks and tolerates slab deflection and vibration, with 60% elongation (ASTM D412), and the MavCoat Polyurea membrane stretches across moving cracks with 65% elongation (ASTM D638).

Does the parking structure have to close during installation?

No. Phased installation keeps the structure open — work proceeds bay by bay, level by level, and coated areas return to vehicle traffic in 48 hours.

How is wear resistance handled at ramps and turn lanes?

Build-ups are zoned to the work the deck actually does: heavy-duty aggregate-broadcast wear courses deliver skid resistance at turn lanes, ramps, and drive lanes, finished with the MavSeal HWU pigmented aliphatic urethane topcoat — UV-stable, with striping coated into the wear surface rather than painted on.

Isometric System Shop Drawings

Formal isometric shop drawings for deck coating build-ups are issued through the full Maverick shop drawing library in the Architect Center — layer by layer, ready to attach to a submittal package.

Browse the Full Shop Drawing Library

Real Decks, Real Striping

Photographed on our projects — broadcast deck systems with striping coated into the wear surface.

Parking garage deck with broadcast traffic coating and coated-in striping

Parking deck broadcast system — striping coated in, not painted on

Your Deck Is Telling You Something. Let's Look.

Leaching, cracking, ponding, exposed aggregate — we'll assess the deck, scope the repairs, and engineer a membrane plan that keeps the structure open while we work.