“A High-Quality Alternative to Hot
Melt Crack Fillers”
(makes all other cold-pours
obsolete)
Cold-applied
Truly pourable
This system seals as well as
fills
Minimum shrinkage due to
XerithaneTM Technology
Stays pliable in cold weather
Tenacious adhesion to crack side
walls
Doesn’t track in warm weather
Smaller crews to apply
No routing required
Less equipment needed to apply
May apply in damp or cold
conditions
No hot-kettle liability exposure
Aerospace Polymer Science Breakthrough
Sacramento,
Ca. -- Carbonyte Systems, Inc. announces an Emulsifed Cold-Applied,
Asphalt Filled Rubber Crackfiller and Cracksealer system based on
the Carbonyte ProcessTM. The Carbonyte ProcessTM is a technology
derived from a decade of vigorous polymer science research and team
development within the Lockheed Martin Missile and Space Company.
This process utilizes nano ceramics and ionized minerals which are
selectively introduced to create a totally new concept in asphalt
maintenance product design. The Carbonyte ProcessTM, in conjunction
with the Xerithane technology produces an asphalt-filled
thermoplastic elastomer. Modifying the molecular bonds within the
asphalt emulsion and mixture substantially improves the asphalt's
ductility, raises it's softening point, increases adhesion to
mineral surfaces, and renders the finished product insoluble.
RaynGuard is an
Authorized Carbonyte Systems, Inc. Product Distributor
Sacramento,
Ca. -- Carbonyte Systems, Inc. announces an Emulsifed Cold-Applied,
Asphalt Filled Rubber Crackfiller and Cracksealer system based on
the Carbonyte ProcessTM. The Carbonyte ProcessTM is a technology
derived from a decade of vigorous polymer science research and team
development within the Lockheed Martin Missile and Space Company.
This process utilizes nano ceramics and ionized minerals which are
selectively introduced to create a totally new concept in asphalt
maintenance product design. The Carbonyte ProcessTM, in conjunction
with the Xerithane technology produces an asphalt-filled
thermoplastic elastomer. Modifying the molecular bonds within the
asphalt emulsion and mixture substantially improves the asphalt's
ductility, raises it's softening point, increases adhesion to
mineral surfaces, and renders the finished product insoluble.