Cutback Bitumen RC-3000 Description
Our Cutback Bitumen RC-3000 complies with cutback petroleum asphalts of the rapid-curing type for use in the construction and treatment of pavements as per ASTM D2028-97 reapproved in 2004. Cutback Grade Bitumen is normally used in spraying and in some mixing applications. Cutback Bitumen is penetration grade bitumen blended with a solvent such as kerosene, white spirit, gasoline, and naphtha, controlling the curing time. Cut back petroleum asphalts of the rapid curing type supplied by us is petroleum grade bitumen manufactured from the fractional / vacuum distillation HJ Oil Group of crude oil blended with a solvent. Bitumen supplied by us is produced from the vacuum residue (short residue) feedstock. Penetration Grade bitumens are specified by the penetration and softening point test. The designation is by penetration range only. The penetration grade bitumens have a thermoplastic property which causes the material to soften at high temperatures and to harden at lower temperatures. This unique temperature/ viscosity relationship is important when determining the performance parameters such as the adhesion, rheology, durability, and application temperatures of bitumen. The cutback bitumen (Asphalts) supplied by us are blended from petroleum grade bitumen as stated herein.
Cutback asphalt is an asphalt cement that has a solvent or distillate such as gasoline, diesel fuel, kerosene, or naphtha added to make the asphalt liquid at ambient temperatures and improve its ability to coat aggregates. Two letters followed by a numerical digit designate or name a cutback asphalt.
Cutback asphalt can contain between 12 and 40 percent distillate. The high demand for the distillates to be used in energy applications and ever-increasing air quality regulations have caused a steady decline in the use of cutback asphalt.
When gasoline or naphtha is used to flux asphalt cement, the final product is called “rapid curing” (RC) cutback asphalt. Specifications permit up to 45 percent distillate in manufacturing an RC-3000 cutback asphalt.
Cutback Asphalt RC-3000 Applications
Current common uses are in penetrating prime coats and in producing patching or stockpile mixtures. Cutback asphalt used in mixing with aggregate will usually contain an adhesion agent to assist in the coating of the aggregate surface.
Cutback agents are used to lowering the viscosity of bitumen when it is applied as a primer to the surface of a road pavement aggregate base course or substrate. Kerosene is used as a bitumen cutback agent at different concentrations according to local conditions and requirements.
The cutback bitumen is ideal for prime coat and cold applied because of easy uses and no need for thinning and heating.
Cutback bitumen RC-3000 consist of initial incorporation of asphalt into the surface of non-asphalt based course preparatory to any superimposed treatment of construction.
The cutback asphalt RC-3000 applying to waterproof of surfaces, plug capillary voids, coat, and bond loose mineral particles.
Packing of Cutback Bitumen RC3000
Packing of cutback bitumen RC-3000 is in the new thick steel drum on the pallet to prevent any leak inside of container also bulk in bitutainer and tanker.
Safety of Cutback Asphalt RC-3000
Refer to Safety Datasheets before use.
Transport, use, and store at the lowest temperature possible.
Eliminate all potential ignition sources during application.
Avoid breathing vapors. Avoid contact with skin.
Always wear appropriate PPE including heat protection when used hot.
DO NOT allow product or washings to enter stormwater or sewer systems.
Specification of Cutback Asphalt RC 3000
we guarantee that the Rapid curing CutBack Grade RC-3000 it supplies under its offers is produced in compliance to and is in conformity to ASTM D-2028-97 Rev 2004 and is compliant to the following specification requirements.
|Kinematic viscosity at 60°c ,cST
|Flashpoint(tag open cup), °c
Distillate, volume percent of total Distillate to 680°F(360°F)
|Residue from distillation to
680°f(360°c), percent volume by the difference
|Test on Residue from distillation test
|Penetration 77°f(25°c) 100g,5s mm
|Ductility 77°f(25°c) 5cm/min cm
|Solubility in trichloroethylene %
|Water, percent volume