As Canadian municipalities face growing demands for safer, longer-lasting, and cost-effective transit infrastructure, the role of surface systems has become increasingly critical. Fading pavement markings, winter weather damage, and frequent maintenance cycles are not just operational challenges—they’re budgetary liabilities. This white paper equips Public Works Directors with practical strategies and proven materials to extend pavement markings, reduce repainting needs, and improve multimodal safety across bus corridors, bike lanes, and pedestrian zones.
Explore how engineered systems such as MMAX™ area markings, TrafficPatternsXD™, and StreetBond150™ are helping cities build smarter, more resilient streetscapes.
Challenge
Fading and surface wear
Poor wet and winter traction
Repainting and maintenance cycles
Design-code misalignment
Impact
Reduced lane visibility, increased safety liability
Increased slip risk and liability near platforms and crossings
Higher lifecycle costs, frequent service disruptions
Inaccessibility, visual confusion, public dissatisfaction
Product
MMAX™
TrafficPatternsXD™
StreetBond150™
Use Case
Bus lanes, bike lanes, area markings
Crosswalks & traffic calming
Asphalt & concrete coatings
Key Benefits
MMA durability, cold weather application, long repainting cycle
Preformed thermoplastic with anti-skid texture and high visual contrast
Colourful, epoxy modified acrylic coating,
UV-stable, low VOC, flexible surface adhesion
All HUB systems meet or exceed TAC and MUTCD standards for safety, visibility, and performance.
To modernize transit safety and improve multimodal navigation, York Region installed TrafficPatternsXD™ at 28 intersections along the Highway 7 transit corridor.
Strategically applied at all signalized pedestrian crossings
Enhanced slip resistance and visibility in year-round conditions
High-friction, long-lasting surfacing supports consistent wayfinding and reduces maintenance
Safer pedestrian environments across multimodal corridors
Long-term surface durability with reduced maintenance costs
Reinforced York Region’s Complete Streets and Vision Zero goals
Toronto applied MMAX™ across priority bus lanes to improve visibility, extend surface durability, and reduce maintenance needs—while ensuring reliable performance through winter conditions.
Installed on routes experiencing high-volume bus traffic and frequent turning movements
MMA-based coating provides strong UV stability, skid resistance, and color retention
Applied during off-peak hours with minimal surface disruption
Reduced repainting interventions over a 5+ year window
Improved safety and visibility during snow, rain, and low light
London enhanced its new bus corridor with a dual application of Red MMAX™ for bus lanes and TrafficPatternsXD™ for pedestrian crossings. This combined approach improved safety and visibility for all users while delivering the durability needed to handle heavy transit traffic and minimize ongoing maintenance.
Red MMAX™ was applied to bus-lanes to ensure long-term durability, visibility and skid resistance
TrafficPatternsXD™ was installed at intersections and crossings to guide pedestrians
Fast installations minimize community disruption
Improved pedestrian safety
Durable surface solutions resilient to freeze–thaw cycles and de-icing chemicals
Reduced maintenance workload and helps to achieve Complete Streets objectives
As Richmond’s busiest B-Line transfer hub, Brighouse Station required a surface solution that could withstand constant foot traffic and harsh weather while enhancing safety. The chosen system delivered long-term durability, high visibility, and reliable performance, ensuring the station could serve thousands of daily commuters with both safety and resilience.
TrafficPatternsXD™ was installed at pedestrian zones, crossings, and access points
Raised, skid-resistant texture improved traction for foot traffic year-round
Designed for high durability under bus turning, braking, and plowing conditions
Visibly defined pedestrian zones for increased safety
Lower long-term maintenance versus traditional paint
Seamless integration with accessibility and urban design initiatives
Waterloo’s ION LRT project incorporated TrafficPatternsXD™ at key pedestrian crossings and transfer points, improving safety, visibility, and user experience while delivering durable, long-lasting performance in a high-traffic environment.
Installed at high-volume pedestrian zones along the LRT corridor
Provided a durable, anti-slip surface ideal for boarding zones and multimodal interfaces
Applied quickly with no need for extensive surface preparation
Consistent visual cues for improved navigation
Reduced slip risk in wet and icy conditions
Extended lifespan of pedestrian areas across LRT platforms
To combine civic identity with enhanced safety, Vancouver applied DecoMark™ and TrafficPatterns™ throughout the culturally vibrant Commercial Drive corridor, creating durable, high-visibility surfaces that reflect the neighborhood’s character while improving pedestrian experience.
DecoMark™ enabled Italian-themed graphics for heritage crosswalks
TrafficPatterns™ delivered high-traction durability in creative, multi-use designs
Reinforced wayfinding while turning crossings into artistic placemaking assets
Improved pedestrian safety in a high-footfall cultural district
Elevated visual identity through public space design
Long-lasting, low-maintenance performance with strong community impact
Best For: Pedestrian crossings, streetscape enhancements and traffic calming zones
Key Features:
Aggregate-reinforced thermoplastic for enhanced durability
Supplied in 150 mil thickness (3.8 mm)
Installed using infrared heating and stamping technology
Aesthetically pleasing designs and high contrast visibility
Performance Highlights:
Designed to withstand heavy vehicular loads
Maintains skid resistance over time
Low maintenance with long service life
Best For: Bus lanes, bike lanes, transit routes, and high-traffic areas requiring high colour contrast.
Key Features:
Exceptional durability and skid resistance
Fast-curing, allowing for minimal traffic disruption
Color-stable pigments for long-lasting visibility
Extended application temperature range (35°F to 150°F / 2°C to 66°C)
Performance Highlights:
High friction surface suitable for all weather conditions
Resistant to snowplow damage and de-icing chemicals
Ideal for year-round application
Best For: Enhanced crosswalks, pedestrian zones, and traffic calming areas
Key Features:
Surface-applied designs created with colour
Available in various standard patterns and colours
Quick installation with minimal traffic disruption
Custom designs available
Performance Highlights:
Durable and skid-resistant surface
Fade-resistant colors for long-term visibility
Suitable for both asphalt and concrete substrates
Best For: Colored area markings, pedestrian realms, and urban streetscapes
Key Features:
UV-stable and skid-resistant finish
Flexible to accommodate substrate movement without cracking
Low VOC and environmentally responsible
Available in a wide range of standard / custom colours, including solar-reflective options
Performance Highlights:
Cures in 24hrs (25°C)
Durable under various weather conditions
Extends pavement life by protecting against UV and weathering
Best For: Logos, surface signs, community branding, wayfinding and decorative markings.
Key Features:
Customizable designs to match branding requirements
High UV resistance ensures vibrant colors over time
Easy application with propane heat torch
Performance Highlights:
Engineered to last 6 to 8 times longer than paint
Maintains appearance in high-traffic pedestrian areas
Enhances community identity and navigational clarity
Whether you’re working on a master plan, issuing an RFP, or looking for long-term solutions to reduce maintenance costs—HUB’s surface systems deliver performance you can trust, backed by 25+ years of experience in Canada.
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Trusted by: Toronto • Vancouver • London • Mississauga • Richmond • York Region • Waterloo
📄White Paper: A Strategic Guide for Public Works Leaders
🔎Case Study: Extending Transit Lane Lifespan & Reducing Costs Accross Canada
🔎Case Study: Enhancing Safety & Durability in High-Traffic Transit Stations in Toronto
🔎Case Study: Strengthening Cycling & Transit Integration with Long-Lasting Surface Solutions
📄White Paper: A Guide for Transportation Engineers and Urban Infrastructure Designers
🔎Case Study: Enhancing Multimodal Connectivity in York Region & Toronto
🔎Case Study: Case Study: Branded Crosswalks & Pedestrian Safety in Vancouver & Richmond
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