Road Marking Material

Road Marking Materials

"Maclane (M)" Thermoplastic Road Marking Paint

Maclane (M) is a retro-reflective thermoplastic road making material conflrming to MORTH&H, 803.4. It is specially designed taking into account Indian traffic & climate conditions. The material is engineered to suit various weather & 1raffic conditions outside India too. "Maclane (M)" is suitable for application with manual, screed/extrusion automatic machines with excellent wear resistance and adhesion on asphalt roads

  • Conforms to clause 803.4 of "Specification for Road & Bridge Works issued by the Ministry of Road Transport & highways (MORTH&H)
  • Retro-reflective thermoplastic road marking material with excellent whiteness.
  • Inter mix glass beads offer long lasting retro-refletivity.
  • Optimal balance between melt flow and flow resistance to achieve well defined lines as per the desired width and thickness.
  • Excellent wear resistance and adhesion on asphalt roads.
  • Suitable for application with manual, screed/extrusion automatic machines.

Technical specifications

  • Colour: White & Yellow
  • Binder: < 18% min
  • Glass Beads (intermix): 30% min
  • Ti02 (forWhite): 10%Max
  • Fillers (for White): 42% Max
  • Softening Point: 102.5± 9 .5°
  • Yellowness Index (for White): Not more that 0.12
  • Drying Time: 15 min Max
  • Daylight Luminance: 45°
  • White: 65% Min
  • Yellow: 50% min
  • Flow Resistance: Not more than 25%

"Macline" Thermoplastic Road Marking Paint

"Macline" is a specifically formulated high quality retro­ reflective thermoplastic road making material confirming to BS 3262 : Part 1 /1989. It is specially designed taking into account Indian traffic & climate conditions. It is based on aliphatic chemistry and offers superior weathering resistance and color stability. It is suitable for both screed and extrusion application. "Macline" is suitable for application with manual, screed/extrusion automatic machines with excellent wear resistance. It is ideal for cemented or reinforced concrete roads (e.g. highways), bituminous surf aces etc.

Technical specifications

  • Colour: White & Yellow
  • Binder: 18% min
  • Glass Beads (intermix): 20% min
  • Aggregates including glass beads, pigment & extender: 80±2%
  • Softening Point: Greater than 65°C
  • Yellowness Index {for White}: Not more that 0.12
  • Drying Time: 15 min Max
  • Daylight Luminance: 45°
  • White: 65% Min
  • Yellow: 50% min
  • Flow Resistance: Not more than 25%

Features

  • Conforms to the British Standards (BS) Speciflcation 3262 : Part 1 /1989.
  • Retro-reflective thermoplastic road marking material with excellent whiteness.
  • Optimal balance between melt flow and flow resistance to achieve well defined lines as per the desired width and thickness.
  • Excellent wear resistance and adhesion on asphalt roads.
  • Suitable for application with manual, screed/extrusion automatic machines.
macline-paint

Profile/Convex Marking Paint

Profile/convex marking is specially designed for creating profiles in the marking. The material can be manufactured to suit various weather & traffic conditions outside Indio too. It has high durability, excellent adhesion, good visibility, high skid resistance and dries quickly. Profiles present in the marking alerts the driver when the vehicle steps on the marking by vibrations.

Technical specifications

  • Luminance: > 80
  • Drying Time: < 15 min
  • Softening Point: > 135°C
  • Density: 1.9 - 2.1 Gm/CC
  • For Screed Application: 180 - 200°C
  • Yellowness Index: 0.07

"Maclite" Glass Beads

Maclite glass beads provide good, consistent retroreftective values in all conventional road marking materials. Used for Inter-mix or drop on applications produced to meet all federal, state, country, customers specifications.

Technical specifications

  • Size range: 20 - 325 US Mesh I 45-850 Microns
  • Roundness: >80%
  • Refractive lnex: > 1.51
  • Specific Gravity : 2.5 Approx
  • Coating: Moisture proof coating
  • Packaging: 25KG
  • Speciality: Strong Adhesion on the surface of thermoplastic material