Penetration/Viscosity Graded Asphalt Cements

Penetration/Viscosity Graded Asphalt Cements

Penetration/viscosity graded asphalt cements are engineered to meet the CAN/CGSB-16.3-M90 specification as well as specific provincial/state/regional requirements that rely on an empirical asphalt cement grading system.

Safety Data Sheets

DescriptionPdf File
SDS – Asphalt Cements – Performance Graded (PG)WHMIS Icon
SDS – Asphalt Cements – Penetration GradedWHMIS Icon
SDS – Polymer Modified Asphalt CementWHMIS Icon

Related Resources

DescriptionPdf File
Research – Canadian Investigation of Flexible Pavement DesignRESEARCH
Research – Case for Grading Asphalt Cements by Penetration at 77 F (25C)RESEARCH
Research – Comments on the Proposal to Classify Paving Grades of Asphalt Cement by Viscosity at 140 FRESEARCH
Research – Comparison of Mechanical Properties of Asphalt Mixes with Aged ACRESEARCH
Research – A Design of Bituminous Mixtures with Curved Mohr EnvelopesRESEARCH
Research – Designing Standard Asphalt Paving Mixtures for Greater DurabilityRESEARCH
Research – Discussion of Employing Paving Asphalt Temperature Susceptibility in Structural DesignRESEARCH
Research – Discussion of McLeod paper on Rational Asphalt SpecificationsRESEARCH
Research – Employing Paving Asphalt Temperature Susceptibility in the Structural Design of Asphalt PavementsRESEARCH
Research – Fibres in AsphaltRESEARCH
Research – Flexible Pavement Thickness RequirementsRESEARCH
Research – A 4 year Survey of Low Temperature Transverse Pavement Cracking on Three Ontario Test RoadsRESEARCH
Research – A General Method of Design for Seal Coats and Surface TreatmentsRESEARCH
Research – Influence of Tolerances for the Job-Mix Formula on the Properties of Paving MixturesRESEARCH
Research – A Laboratory Investigation of the Compaction of Dense Graded Asphalt ConcreteRESEARCH
Research – Particle Index Evaluation of Aggregates for Asphalt MixturesRESEARCH
Research – Paving the way to Environmentally Friendly Pavements Through Innovative SolutionsRESEARCH
Research – PVN as a Measure of Paving Asphalt Temperature SusceptibilityRESEARCH
Research – A Rational Basis for Specifications for Paving AsphaltRESEARCH
Research – A Rational Design for the Rehabilitation of Asphalt PavementsRESEARCH
Research – Rational Design of Bituminous Paving Mixtures with Curved Mohr EnvelopesRESEARCH
Research – A Rational Method of Design for Bituminous Paving MixturesRESEARCH
Research – Relationship Between Pavement Structural Integrity and Hardness of the Asphalt CementRESEARCH
Research – Relationship of Paving Asphalt Temperatures Susceptibility as Measured by PVNRESEARCH
Research – Some Applications of the Elastic Theory Approach to the Structural Design of Flexible PavementsRESEARCH
Research – Stripping: A Laboratory StudyRESEARCH
Research – Product Design Overview – Surface Chemistry and Physics An Application to Bituminous MixturesRESEARCH
Research – The Asphalt Institute: What is It and What It Does – A Panel DiscussionRESEARCH
Research – The Design of Dense Graded Asphalt Concrete PavementsRESEARCH
Research – The Use of Asphalt Cements from Canadian Light Crudes and Their Use in Pavement ConstructionRESEARCH
Research – Thickness Design for Flexible PavementsRESEARCH
Research – An Ultimate Strength Approach to Flexible Pavement DesignRESEARCH
Research – Use of Asphalt RubberRESEARCH
Research – Using the Freezing Index for the Optimum Selection of Paving AsphaltRESEARCH
Fact Sheet – The MCA AdvantageFACTS
Fact Sheet – Asphalt CementsFACTS
McA Asphalt Technician Training Manual Basic Asphalt MaterialsTECH

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