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Coatings
StreetBondSR
Solar reflective acrylic coating. High SRI. LEED-eligible.
Specify StreetBondSR.
Technical data sheets, pricing, and certified installer support across Canada.
About StreetBondSR
StreetBondSR is a solar reflective acrylic pavement coating engineered for surface temperature reduction. Reflects solar radiation off the pavement, lowering surface temperature relative to dark asphalt and mitigating urban heat island effects. Initial Solar Reflectance ≥ 0.33, meeting the LEED v4 SS Credit: Heat Island Reduction threshold for non-roof hardscape. Same flexible chemistry and adhesion characteristics as StreetBond. Available in a curated palette of SRI-optimized tones with full custom Pantone matching for projects targeting LEED certification, climate action plan implementation, or sustainability-focused hardscape design.
Gallery
5 photos
StreetBondSR · Overview
StreetBondSR · Installation
StreetBondSR · Detail
StreetBondSR · Completed
StreetBondSR · In Service
Product Features
TypeSolar reflective acrylic pavement coating
LEED CreditContributes to SS Credit: Heat Island Reduction (v4)
Initial Solar Reflectance≥ 0.33 (meets LEED threshold)
Heat MitigationReduces surface temperature vs. standard coatings
SurfacesAsphalt and concrete
Coverage30–50 sq ft per gallon
Dry Time2–4 hours
Colour OptionsStandard palette + Pantone matching
Green Building Credentials
Contributes to LEED Points
StreetBondSR's high Solar Reflectance Index (SRI) qualifies for LEED v4 SS Credit: Heat Island Reduction under the U.S. Green Building Council framework. The coating reflects solar radiation rather than absorbing it, reducing surface temperature relative to standard dark asphalt and lowering radiant heat loads on adjacent buildings.
Credit Category
Sustainable Sites
Applicable Rating
LEED BD+C, ID+C, O+M
Credit Pathway
High-SRI paving materials
Why It Matters
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Cooler Surfaces
Dark asphalt can reach 60–70°C in direct sun. High-SRI coatings reflect solar energy off the surface, reducing pavement temperature and the heat radiated back to pedestrians and cyclists.
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Urban Heat Island Mitigation
Cities run 2–4°C warmer than surrounding rural areas due to heat-absorbing surfaces. High-SRI pavement coatings are one of the established mitigation strategies in municipal climate action plans.
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Building Energy Performance
Cooler adjacent pavement reduces radiant heat loads on nearby buildings, contributing to lower cooling energy consumption — recognized as a co-benefit in LEED whole-building assessments.
Where It's Used
Applications
LEED & Urban Heat Island
Solar reflective paving solutions that reduce urban heat island effect and earn …
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Playgrounds
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Parks & Paths
Decorative surface systems for urban paths, park plazas, and multi-use trails.
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Commercial Spaces
Premium hardscape finishes for retail centres, mixed-use developments, and hospi…
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Lunch & Learn
at Your Location
Lunch included, in your office or virtual.
45–60 minute presentation tailored to your projects
Live Q&A with HUB technical team
Sample materials and specification sheets
Lunch included — virtual sessions come with a $25 lunch voucher
