DESCRIPTION:
RoadChem 500®
is a cationic emulsifier used to manufacture slow setting and high binder content
emulsions. RoadChem 500® is sometimes used in slurry sealing emulsions
also. RoadChem 500® forms highly stable slow setting emulsions.
This emulsifier gives excellent adhesion to most aggregate types, including
both acidic and basic aggregates.
BENEFITS:
- Slow set
- Creates highly stable
emulsions
- Compatible with a wide
range of bitumens and polymers
- High binder contents
possible
- Completely water soluble
PHYSICAL PROPERTIES:
Appearance: Clear liquid
Flash point: 55F (13C)
Specific gravity: 0.89@ 69F (20C)
Viscosity: 52 cP @ 69F (20C)
Storage: Store in a cool dry place, do not let the temperature exceed
120F (50C). Use open drums first. Note this material is flammable.
Storage life:
24 months minimum (if stored correctly).
Packaging: Supplied in steel 205 lt size drums, in 1 tonne totes, or in bulk.
APPLICATION:
RoadChem 500® is specifically used for CSS-1, CSS-2 and high binder
content emulsions. It may also be used for slurry seal emulsions.
RoadChem 500® is a quaternary ammonium type emulsifier.
TYPICAL FORMULATION:
All formulations should be tested in the laboratory before use.
Soap solution:
RoadChem 500® 1.3-2.0%
Calcium Chloride 0.1%
Kerosene 0%-6%
Water Adjust to 100%
Water phase pH 4.0-6.0
Asphalt: 60-65%
SAFETY:
A Material Safety Data Sheet is available for this product. Always read the
safety data sheet for any chemical prior to use.
Valley Slurry Seal Company, PO Box 981330, West Sacramento, CA
95798, USA.
Phone (916) 373-1500 Fax: (916) 373-1438 Email: vss@slurry.com
Information given herein
is given in good faith, without warranty, representation or inducement or license
of any kind. VSS does not assume any legal responsibility for reliance upon
same. VSS is not responsible for materials not manufactured by VSS that may
represent a hazard in handling or use, nor for the safety of any process employing
any VSS product. No representation is given as to freedom from patent restriction.
RK/August 5, 1998